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Colour television Chassis
Published by RB 0370 Service PaCE
©Copyright 2003 Philips Consumer EAll rights reserved. No part of this puretrieval system or transmitted, in anymechanical, photocopying, or otherw
EM1.2AAA
CL 36532061_000.eps280803
Contents Page Contents Page1 Technical Specifications, Connection Facilities, 2
and Chassis Overview2 Safety and Maintenance Instructions, 4
Warnings, and Notes3 Directions for Use 64 Mechanical Instructions 225 Service Modes, Error Codes, and Faultfinding 266 Block Diagrams, Testpoint Overview, and
WaveformsWiring Diagram 33Block Diagram LSP Supply and Deflection 34Testpoint Overview LSP and CRT 35Block Diagram Video 36Testpoint Overview SSB 37Block Diagram Audio 38I2C Overview 39Supply Lines Overview 40
7 Circuit Diagrams and PWB layouts Diagram PWBLSP: Main Supply (Diagram A1A)41 51-57LSP: Main Supply (Diagram A1B)42 51-57LSP: Standby Supply (Diagram A2) 43 51-57LSP: Line Deflection (Diagram A3) 44 51-57LSP: Frame Deflection E/W Drive(Diagram A4) 45 51-57LSP: Rotation Circuitry (Diagram A5) 46 51-57LSP: Audio Amplifier (Diagram A6) 47 51-57LSP: Headphone Amplifier (Diagram A7) 46 51-57LSP: Tuner, SIMM Conn.(Fem.) (Diagram A8) 48 51-57LSP: Receiver (Diagram A9) 49 51-57LSP: Front (Diagram A10) 49 51-57LSP: Inputs/Outputs (Diagram A11) 50 51-57LSP: Mapping PWB Layouts 52SSB: SIMM Connector (Male) (Diagram B1) 58 66-76SSB: IF, I/O, Video Processing (Diagram B2) 59 66-76SSB: Featurebox (Diagram B3) 60 66-76
SSB: HOP (Diagram B4) 61 66-76SSB: Audio Demodulator (Diagram B6) 62 66-76SSB: Audio HP Amplifier (Diagram B6A)63 66-76SSB: Painter (Diagram B7) 64 66-76SSB: 3D Comb (Diagram B8) 65 66-76SSB: Mapping PWB Layouts 71Side I/O Panel (Diagram D) 77 78CRT Panel (Diagram F) 79 80DC-Shift Panel (Diagram G) 81 81VDAF + 2nd Orders (Diagram I) 82 83Mains Switch FL9 Styling (Diagram J) 84 85Mains Switch PV2 Styling) (Diagram J) 86 86HD Jack Panel: Control (Diagram N1) 87 90-92HD Jack Panel: Inputs/Outputs (Diagram N2) 88 90-92HD Jack Panel: Sync Slicer (Diagram N3) 89 90-92HD Jack Panel: Matrix (Diagram N4) 89 90-92Side I/O Panel (Diagram O) 93 94Top Control Panel PV2 Styling (Diagram P) 95 96Top Control Panel PV0 Styling (Diagram P) 95 97
8 Electrical Alignments 999 Circuit Descriptions 104
List of Abbreviations 118IC Data Sheets 120
10 Spare Parts List 12211 Revision List 130
Printed in the Netherlands Subject to modification EN 3122 785 13880
lectronics B.V. Eindhoven, The Netherlands.blication may be reproduced, stored in a form or by any means, electronic,
ise without the prior permission of Philips.
Technical Specifications, Connections, and Chassis OverviewEN 2 EM1.2A AA1.
1. Technical Specifications, Connections, and Chassis Overview
1.1 Technical Specifications
1.1.1 Reception
Tuning system : PLLColor systems (off-air) : NTSC M
(3.58 & 4.43 MHz),Sound systems : FM/FM,
: 2SC B/G,: NICAM B/G/D/K/I/L
A/V connections : NTSC M (3.58 & 4.43 MHz).
Channel selections : 100 channels,: UVSH-channels
Frequency range : 44.25 - 855.25 MHzAerial input : 75 ohm, Coax
1.1.2 Miscellaneous
AC voltage : 160 - 276 V (± 10 %),AC frequency : 50 / 60 Hz (± 5%)Ambient temperature : + 5 to + 45 deg. C.Standby Power consumption : 1 W
1.2 Connections
1.2.1 Front and Top Controls / Side Connections
Figure 1-1 Front/Top controls and Side I/O
S-Video1 - Gnd
2 - Gnd
3 - Y 1 Vpp / 75 ohm 4 - C 0.3 Vpp / 75 ohm
Audio / video- - Video 1 Vpp / 75 ohm - - Audio L (0.5 Vrms / 10 kohm)
- - Audio R (0.5 Vrms / 10 kohm)
- - Headphone (3.5mm) (32 - 2000 ohm / 10 mW)
Rear Connections
Figure 1-2 Rear View
Monitor out1 - Video 1 Vpp / 75 ohm 2 - Audio L (0.5 Vrms / 10 kohm)
3 - Audio R (0.5 Vrms / 10 kohm)
AV1 in1 - Y 0.7 Vpp / 75 ohm
2 - Pb 0.7 Vpp / 75 ohm
3 - Pr 0.7 Vpp / 75 ohm
AV1 in4 - Video 1 Vpp / 75 ohm
5 - Audio L (0.5 Vrms / 10 kohm) 6 - Audio R (0.5 Vrms / 10 kohm)
AV2 in1 - Video 1 Vpp / 75 ohm 2 - Audio L (0.5 Vrms / 10 kohm)
3 - Audio R (0.5 Vrms / 10 kohm)
AV2 in (SVHS)1 - Gnd 2 - Gnd
3 - Y 1 Vpp / 75 ohm
4 - C 0.3 Vpp / 75 ohm
AV3 in (D-sub connector)1 - Pr (R) 0.35 Vpp (0.7 Vpp) / 75 ohm
2 - Y (G) 0.7 Vpp (0.7 Vpp) / 75 ohm 3 - Pb (B) 0.35 Vpp (0.7 Vpp) / 75 ohm
4 - H 5 Vpp / 1 kohm
5 - V 5 Vpp / 1 kohm
AV3 in (cinches)1 - Y (G) 0.7 Vpp (0.7 Vpp) / 75 ohm
2 - Pb (B) 0.35 Vpp (0.7 Vpp) / 75 ohm 3 - Pr (R) 0.35 Vpp (0.7 Vpp) / 75 ohm
AV3 in1 - Audio L (0.5 Vrms / 10 kohm) 2 - Audio R (0.5 Vrms / 10 kohm)
SVHSVIDEOAUDIO LAUDIO R
3.5
'IR- RECEIVER'SK 1
LED
V+V-
P/CH-
P/CH+
M
CL26532072_009.eps140602
CL 36532061_043.eps030903
SERVICECONNECTOR(COMPAIR)
S-VIDEO
AUDIO
VIDEO
MONITOROUT
AV1IN
Y
Pb
Pr
L
R
L
R
L
R
Y
Pb
RGB
Pr
L
R
AV2IN
AUDIO
AV3 INVIDEO 2FH - 480p/1080i
75V
Technical Specifications, Connections, and Chassis Overview EN 3EM1.2A AA 1.
1.3 Chassis Overview
Figure 1-3 PWB location
MAINS SWITCH (PV2 & FL9)
LARGE SIGNAL PANEL
CRT/SCAVEM PANEL F
J
TOP CONTROL PANEL(styling FL9) PP
A
DC-SHIFT (optional) G
VDAF + 2nd ORDERS PANEL I
SMALL SIGNAL BOARD PB
CL 36532061_042.eps020903
SIDE I/O PANELOD
N JACK HIGHDEFINITION INTERFACE
TOP CONTROL PANEL(styling PV2) PP
or
&
Safety and Maintenance Instructions, Warnings, and NotesEN 4 EM1.2A AA2.
2. Safety and Maintenance Instructions, Warnings, and Notes
2.1 Safety Instructions
Safety regulations require that during a repair:• Due to the chassis concept, a very large part of the chassis
(including horizontal and vertical deflection) is 'hot.' Connect the set to AC power via an isolation transformer.
• Safety components, indicated by the symbol , must be replaced with original PCEC components.
• Wear safety goggles when you replace the CRT. Safety regulations require that after a repair, you must return the set in its original condition. Pay particular attention to the following points:• General repair instruction: as a strict precaution, we advise
you to resolder the solder connections through which the horizontal deflection current is flowing, in particular:1. All pins of the line output transformer (LOT.)2. Flyback capacitor(s.)3. S-correction capacitor(s.)4. Line output transistor.5. Pins of the connector with wires to the deflection coil.6. Other components through which the deflection current
flows.
Note: This resoldering is advised to prevent bad connections due to metal fatigue in solder connections and is therefore only necessary for television sets more than two years old.• Route the wire trees and EHT cable correctly and secure
them with the mounted cable clamps.• Check the insulation of the AC power cord for external
damage.• Check the strain relief of the AC power cord for proper
function, to prevent the cord from touching the CRT, hot components, or heat sinks.
• Check the electrical DC resistance between the AC plug and the secondary side (only for sets that have an isolated power supply.) To do this:1. Unplug the AC power cord and connect a wire between
the two pins of the AC plug.2. Set the AC power switch to the “on” position (keep the
AC power cord unplugged.)3. Measure the resistance value between the pins of the
AC plug and the metal shielding of the tuner or the aerial connection of the set. The reading should be between 4.5 Mohm and 12 Mohm.
• Check the cabinet for defects, to prevent the customer from touching any inner parts of the television set.
2.2 Maintenance Instructions
It is recommended to have a maintenance inspection carried out by qualified service personnel. The interval depends on the usage conditions:• When the set is used under normal circumstances, for
example in a living room, the recommended interval is three to five years.
• When the set is used in an environment with higher dust, grease or moisture levels, for example in a kitchen, the recommended interval is one year.
• The maintenance inspection includes the following actions:1. Perform the “general repair instruction” noted above.2. Clean the power supply and deflection circuitry on the
chassis.3. Clean the picture tube panel and the neck of the picture
tube.
2.3 Warnings
• In order to prevent damage to ICs and transistors, avoid all high voltage flashovers. In order to prevent damage to the picture tube, use the method shown in Fig. 2-1 to discharge the picture tube. Use a high voltage probe and a multimeter (position Vdc.) Discharge until the meter reading is 0 V (after approx. 30s.)
Figure 2-1 Discharge picture tube
• All ICs and many other semiconductors are susceptible to electrostatic discharges (ESD. ) Careless handling during repair can reduce life drastically. When repairing, make sure that you are connected with the same potential as the mass of the set by a wristband with resistance. Also keep components and tools at this potential.
• Available ESD protection equipment:– Complete kit ESD3 (small table mat, wristband,
connection box, extension cable, and ground cable) 4822 310 10671.
– Wristband tester 4822 344 13999.• Together with the deflection unit and any multi-pole unit,
flat square picture tubes form an integrated unit. The deflection and the multi-pole units are set optimally at the factory. Adjustment of this unit during repair is therefore not recommended.
• Be careful during measurements in the high voltage section and on the picture tube.
• Never replace modules or other components while the unit is switched “on.”
• When you align the set, use plastic rather than metal tools. This will prevent any short circuits and the danger of a circuit becoming unstable.
2.4 Notes
2.4.1 General
• Measure the voltages and waveforms with regard to the chassis (= tuner) ground (), or hot ground (), depending on the area of circuitry being tested.
• The voltages and waveforms shown in the diagrams are indicative. Measure them in the Service Default Mode with a color bar signal and stereo sound (L: 3 kHz, R: 1 kHz; unless stated otherwise) and picture carrier at 61.25 MHz (NTSC, channel 3.)
• Where necessary, measure the waveforms and voltages with () and without () aerial signal. Measure the voltages in the power supply section both in normal operation () and in standby ( .) These values are indicated by means of the appropriate symbols.
• The picture tube panel has printed spark gaps. Each spark gap is connected between an electrode of the picture tube and the Aquadag coating.
V
CL96532156_040.eps140501
Safety and Maintenance Instructions, Warnings, and Notes EN 5EM1.2A AA 2.
• The semiconductors indicated in the circuit diagram and in the parts lists are interchangeable per position with the semiconductors in the unit, irrespective of the type indication on these semiconductors.
• DOLBY, the double D symbol and PRO LOGIC are trademarks of Dolby Laboratories Licensing Corporation. Manufactured under license from Dolby Laboratories Licensing Corporation.
Figure 2-2 Dolby Pro Logic Symbol
2.4.2 Schematic Notes
• All resistor values are in ohms and the value multiplier is often used to indicate the decimal point location (e.g. 2K2 indicates 2.2 kOhm).
• Resistor values with no multiplier may be indicated with either an "E" or an "R" (e.g. 220E or 220R indicates 220 Ohm).
• All Capacitor values are expressed in Micro-Farads (µ = x10-6), Nano-Farads (n = x10-9), or Pico-Farads (p = x10-
12).• Capacitor values may also use the value multiplier as the
decimal point indication (e.g. 2p2 indicates 2.2 pF).• An "asterisk" (*) indicates component usage varies. Refer
to the diversity tables for the correct values.• The correct component values are listed in the Electrical
Replacement Parts List. Therefore, always check this list when there is any doubt.
2.4.3 Practical Service Precautions
• It makes sense to avoid exposure to electrical shock. While some sources are expected to have a possible dangerous impact, others of quite high potential are of limited current and are sometimes held in less regard.
• Always respect voltages. While some may not be dangerous in themselves, they can cause unexpected reactions - reactions that are best avoided. Before reaching into a powered TV set, it is best to test the high voltage insulation. It is easy to do, and is a good service precaution.
• Before powering up the TV set with the back cover off (or on a test fixture), attach a clip lead to the CRT DAG ground and to a screwdriver blade that has a well insulated handle. After the TV is powered on and high voltage has developed, probe the anode lead with the blade, starting at the case of the High Voltage Transformer (flyback - IFT.) Move the blade to within two inches of the connector of the CRT. If there is an arc, you found it the easy way, without getting a shock! If there is an arc to the screwdriver blade, replace the part which is causing the problem; the High Voltage Transformer or the lead (if it is removable.
Directions for UseEN 6 EM1.2A AA3.
3. Directions for Use
3
SA
FE
TY I
NF
OR
MA
TIO
NA
ND
US
EF
UL T
IPS
Saf
ety
Info
rmat
ion
•D
isco
nnec
t m
ains
plu
g w
hen
:–
the
red
light
bel
ow t
he T
V s
cree
n is
flas
hing
con
tinuo
usly
.–
a br
ight
whi
te li
ne is
dis
play
ed a
cros
s th
e sc
reen
.–
clea
ning
the
TV
scr
een.
Nev
er u
se a
bras
ive
clea
ning
age
nts.
Use
a s
light
dam
p ch
amoi
sle
athe
r or
sof
t cl
oth.
–th
ere
is a
ligh
tnin
g st
orm
.–
the
set
is le
ft u
natt
ende
d fo
r a
prol
onge
d pe
riod
of t
ime.
•N
o na
ked
flam
e so
urce
s, s
uch
as li
ghte
d ca
ndle
s, s
houl
d be
pla
ced
on t
op o
f the
TV
or
in th
e vi
cini
ty.
•D
o no
t pl
ace
your
TV
set
und
er d
irec
t su
nlig
ht o
r he
at.
•Le
ave
at le
ast
5 cm
aro
und
each
sid
e of
TV
set
to
allo
w fo
r pr
oper
ven
tilat
ion.
•A
void
pla
cing
you
r se
t (e
.g. n
ear
the
win
dow
) w
here
it is
like
ly t
o be
exp
osed
to
rain
or w
ater
.
•N
o ob
ject
s fil
led
with
liqu
ids
shou
ld b
e pl
aced
on
top
the
TV
so
as t
o av
oid
drip
ping
or s
plas
hing
of l
iqui
ds o
n th
e se
t.
Use
ful T
ips
•D
o no
t le
ave
your
set
on
stan
dby
mod
e fo
r a
prol
onge
d pe
riod
of t
ime.
Sw
itch
off s
etto
allo
w it
to
be d
emag
netis
ed.
A d
emag
netis
ed s
et s
uppo
rts
good
pic
ture
qua
lity.
•D
o no
t sh
ift o
r m
ove
the
set
arou
nd w
hen
it is
sw
itche
d on
. Une
vene
ss in
col
our
inso
me
part
s of
the
scr
een
may
occ
ur.
•N
ever
att
empt
to r
epai
r a
defe
ctiv
e T
V y
ours
elf.
Alw
ays
cons
ult a
ski
lled
serv
ice
pers
onne
l.
Rec
yclin
g D
irec
tive
– T
o m
inim
ise
harm
to
the
envi
ronm
ent,
the
batt
erie
ssu
pplie
d w
ith t
he T
V s
et d
o no
t co
ntai
n m
ercu
ry o
r ni
ckel
cad
miu
m. I
f pos
sibl
e,w
hen
disp
osin
g of
bat
teri
es, u
se r
ecyc
ling
mea
ns a
vaila
ble
to y
ou. Y
our
TV
set
uses
mat
eria
ls w
hich
are
reu
sabl
e or
whi
ch c
an b
e re
cycl
ed. T
o m
inim
ise
the
amou
nt o
f was
te in
the
env
iron
men
t, sp
ecia
list
com
pani
es r
ecov
er u
sed
sets
for
dism
antli
ng a
nd c
olle
ctio
n of
reu
sabl
e m
ater
ials
(co
ntac
t yo
ur d
eale
r).
2
TA
BL
E O
F C
ON
TE
NT
S
Tha
nk y
ou fo
r pu
rcha
sing
thi
s te
levi
son
set.
You
are
now
the
pro
ud o
wne
rof
a P
HIL
IPS
TV
set
whi
ch p
rom
ises
full
valu
e to
you
as
a cu
stom
er.
Plea
se r
ead
the
inst
ruct
ion
man
ual c
aref
ully
and
tho
roug
hly
to h
elp
you
inst
all a
nd o
pera
te y
our T
V s
et.
Intr
od
uct
ion
Safe
ty In
form
atio
n/U
sefu
l Tip
s ...
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
3Be
fore
Cal
ling
Serv
ice
......
......
......
......
......
......
......
......
......
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......
......
......
......
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.....
4
Bas
ic I
nst
alla
tio
n/F
un
ctio
ns
Hoo
king
Up
Your
TV
(Ba
sic
Con
nect
ion)
.....
......
......
......
......
......
......
......
......
......
......
......
......
..5
Use
/Car
e of
rem
ote
Con
trol
.....
......
......
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......
......
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......
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......
......
......
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5C
onne
ctin
g th
e A
udio
/Vid
eo S
ocke
ts (
Play
back
) ...
......
......
......
......
......
......
......
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...6
Con
nect
ing
the
Aud
io/V
ideo
Soc
kets
(R
ecor
ding
) ...
......
......
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......
......
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8Fu
nctio
ns o
f Rem
ote
Con
trol
.....
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....9
Func
tions
of
TV
Con
trol
s ...
......
......
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......
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..11
TV
In
stal
lati
on
Sele
ctin
g th
e M
enu
Lang
uage
and
Aut
omat
ic T
unin
g of
Cha
nnel
s....
......
......
......
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....1
2M
anua
l Tun
ing
of C
hann
els
......
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...14
Sele
ctin
g th
e C
olou
r/So
und
Syst
em ..
......
......
......
......
......
......
......
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......
......
......
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..15
Fine
Tun
ing
Of C
hann
els
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.16
Sort
ing
of C
hann
els.
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
...17
Editi
ng o
f Cha
nnel
s....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..18
Nam
ing
of C
hann
els.
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
...19
Feat
ure
s
Usi
ng t
he P
ictu
re/S
ound
Men
u....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....
20U
sing
the
Act
ive
Con
trol
Fea
ture
......
......
......
......
......
......
......
......
......
......
......
......
......
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....2
1A
ctiv
atin
g th
e T
imer
......
......
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......
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....2
2A
ctiv
atin
g th
e C
hild
Loc
k....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
...24
Usi
ng t
he S
cree
n Fo
rmat
.....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.28
Usi
ng t
he R
otat
ion
Feat
ure.
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..29
Usi
ng t
he B
lue
Mut
e Fe
atur
e....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
..30
Smar
t Pi
ctur
e C
ontr
ol a
nd S
mar
t So
und
Con
trol
......
......
......
......
......
......
......
......
......
......
....
31U
sing
the
Tel
etex
t.....
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
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...32
Gen
eral
Spec
ifica
tions
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
......
.....3
4
Directions for Use EN 7EM1.2A AA 3.
5
An
ten
na
Co
nn
ecti
on
•C
onne
ct t
he a
eria
l plu
g to
the
ant
enna
soc
ket¬¬¬¬ ¬
on t
he b
ackc
over
.
•In
sert
the
mai
ns p
lug
into
the
wal
l soc
ket.
Mai
ns
Co
nn
ecti
on
•Fo
r co
rrec
t m
ains
vol
tage
, ref
er t
o ty
pe s
ticke
r at
the
rear
of t
he T
V s
et
•C
onsu
lt yo
ur d
eale
r if
mai
ns s
uppl
y is
diff
eren
t.N
ote
: T
his
diag
ram
is n
ot r
epre
sent
ativ
e of
the
actu
al p
lug
and
sock
et.
Sw
itch
ing
on
th
e S
et•
Pres
s th
e m
ain
pow
er b
utto
n to
sw
itch
on/
off t
he T
V.
•If
the
set
is o
n st
andb
y (in
dica
tor
is r
ed),
pres
s th
e P
ow
er b
utto
n on
the
rem
ote
cont
rol t
o sw
itch
on s
et.
HO
OK
ING
UP Y
OU
R T
V (
BA
SIC
CO
NN
EC
TIO
N)
US
E/C
AR
EO
F R
EM
OT
E C
ON
TR
OL
•In
sert
the
cor
rect
typ
e of
bat
teri
es in
to t
heco
mpa
rtm
ent.
•En
sure
the
bat
teri
es a
re p
lace
d in
the
rig
htdi
rect
ion.
4
BE
FO
RE C
AL
LIN
G S
ER
VIC
E
Belo
w is
a li
st o
f fre
quen
tly o
ccur
red
sym
ptom
s. Be
fore
you
cal
l for
ser
vice
, mak
e th
ese
sim
ple
chec
ks. S
ome
of t
hese
sym
ptom
s ca
n ea
sily
be
rect
ified
if y
ou k
now
wha
t to
do.
Sym
pto
mW
hat
you
sho
uld
do
Col
our
patc
h•
Switc
h of
f the
TV
by
the
mai
ns p
ower
but
ton.
Wai
t fo
r 20
(une
vene
ss)
min
utes
bef
ore
switc
hing
on
agai
n.•
Che
ck t
he T
V is
not
pla
ced
too
near
spe
aker
s or
mag
netic
obje
cts.
No
pow
er•
Che
ck t
he T
V’s
AC
pow
er c
ord
is p
lugg
ed in
to t
he m
ains
sock
et. I
f the
re is
stil
l no
pow
er, d
isco
nnec
t pl
ug. W
ait
for
60 s
econ
ds a
nd r
e-in
sert
plu
g. Sw
itch
on t
he T
V a
gain
.
No
pict
ure
•C
heck
the
ant
enna
con
nect
ion
at t
he r
ear
of t
he T
V.•
Poss
ible
TV
sta
tion
prob
lem
. Try
ano
ther
cha
nnel
.
Goo
d pi
ctur
e•
Try
incr
easi
ng t
he v
olum
e.bu
t no
sou
nd•
Che
ck t
hat
the
soun
d is
not
mut
ed. I
f it
is m
uted
, pre
ss t
heM
ute
but
ton
on t
he r
emot
e co
ntro
l to
rest
ore
soun
d.
Goo
d so
und
but
poor
•Tr
y in
crea
sing
the
con
tras
t an
d br
ight
ness
set
ting.
colo
ur o
r no
pic
ture
Snow
ish
pict
ure
and
•C
heck
ant
enna
con
nect
ion
at t
he r
ear
of t
he T
V.no
ise
Hor
izon
tal d
otte
d lin
es•
Poss
ible
ele
ctri
cal i
nter
fere
nce
e.g.
hair
drye
r, va
cuum
clea
ner,
etc.
Sw
itch
off a
pplia
nces
.
Dou
ble
imag
es o
r•
Poss
ible
poo
r po
sitio
ning
of a
nten
na. U
sing
a h
ighl
y “
Gho
st”
imag
esdi
rect
iona
lan
tenn
a m
ay im
prov
e re
cept
ion.
TV
not
res
pond
ing
to•
Che
ck li
fe s
pan
of b
atte
ries
of r
emot
e co
ntro
l han
dset
.re
mot
e co
ntro
l han
dset
•A
im r
emot
e co
ntro
l han
dset
dir
ectly
at
rem
ote
cont
rol
sens
or le
ns o
n th
e T
V.
Directions for UseEN 8 EM1.2A AA3.
7
CO
NN
EC
TIN
G T
HE
AU
DIO
/VID
EO
SO
CK
ET
S(P
LA
YB
AC
K)
For
mor
e co
nven
ient
dire
ct p
layb
ack
conn
ectio
ns, t
he S
ide
Audi
o/Vi
deo
Inpu
t soc
kets
allo
w fo
r qu
ickan
d ea
sy c
onne
ctio
ns, p
artic
ular
ly Ca
mco
rder
tape
reco
rdin
gs.
–C
onne
ct t
he S
-VID
EO
sock
et (
if av
aila
ble)
from
the
Cam
cord
er t
o th
e Si
de S
-VID
EO
sock
et o
f the
TV
. Y
ou n
eed
not
conn
ect
the
Side
VID
EO
IN
soc
ket
of t
he T
V if
the
S-V
IDE
Oso
cket
is c
onne
cted
.–
Con
nect
the
AU
DIO
OU
T s
ocke
ts (
Rig
ht a
nd L
eft)
from
the
Cam
cord
er t
o th
e Si
deA
UD
IO I
N s
ocke
ts.
You
can
view
the
play
back
of D
VD d
iscs
by u
sing
the
COM
PON
ENT
VID
EO IN
PUT
sock
ets
on th
ere
ar o
f the
TV.
–C
onne
ct t
he “
Y”,
“P
b” a
nd “
Pr”
IN
PU
T s
ocke
ts o
n th
e T
V t
o th
e “Y
”, “
Pb”
and
“Pr”
OU
TP
UT
soc
kets
on
the
DV
D t
o vi
ew p
layb
ack
of D
VD
dis
cs.
No
te :
“Y”,
“Pb”
,“P
r”so
cket
s an
d A
V1
sock
ets
cann
ot b
e co
nnec
ted
sim
ulta
neou
sly.
Conn
ect h
eadp
hone
jack
toso
cket
for
pers
onal
list
enin
g
Cam
cord
er AV so
cket
son
rea
r of
TV
Back
of D
VD
DVD
(Equ
ippe
d w
ith “
Y”,
“Pb”
and
“Pr
” an
d O
utpu
tso
cket
s)
L/M
ono R
S-VI
DEO
VID
EO
AU
DIO
AV1
inA
V2 in
Mon
itor o
ut COM
PON
ENT
VID
EO IN
PUT
Y Pb Pr
OU
T
AU
DIO
YL
OU
T
RP
bP
r
6
CO
NN
EC
TIN
G T
HE
AU
DIO
/VID
EO
SO
CK
ET
S(P
LA
YB
AC
K)
You
can
view
the
play
back
of V
CR ta
pes
(Vid
eo D
isc p
laye
rs, c
amco
rder
s, et
c.) b
y us
ing
the
AUD
IOan
dVI
DEO
INPU
T so
cket
s on
the
rear
of t
he T
V.
–C
onne
ct t
he V
IDE
O a
nd A
UD
IO I
N s
ocke
ts o
n th
e re
ar o
f the
TV
to
the
AU
DIO
and
VID
EO
OU
T s
ocke
ts o
n th
e V
CR
.
The
S-Vi
deo
conn
ectio
n on
the
rear
of t
he T
V is
used
for
the
play
back
of S
-VH
S V
CR ta
pes,
Vide
o D
iscs,
Vide
o G
ames
or
Com
pact
Disc
-Inte
ract
ive (c
d-i)
disc
s. Be
tter
pict
ure
deta
il an
d cla
rity
ispo
ssib
le w
ith th
e S-
Vide
o pl
ayba
ck a
s co
mpa
red
to th
e pi
ctur
e fr
om a
nor
mal
ant
enna
(RF)
conn
ectio
n.–
Con
nect
the
S-V
IDE
O s
ocke
t on
the
rea
r of
the
TV
to
the
S-V
HS
OU
T s
ocke
t on
aS-
VH
S V
CR
.–
Con
nect
the
AU
DIO
IN
soc
kets
from
the
rea
r of
the
TV
to
the
AU
DIO
OU
T s
ocke
tson
the
VC
R.
No
te :
You
nee
d no
t co
nnec
t th
e V
IDE
O I
N s
ocke
t of
the
TV
if S
-VID
EO
IN
soc
ket
isco
nnec
ted.
AV so
cket
son
rea
r of
TV AV so
cket
son
rea
r of
TV
Back
of
VCR
VCR
(Equ
ippe
d w
ithVi
deo
and
Audi
o O
utpu
tso
cket
s Back
of S
-VH
S V
CR
AN
TE
NN
A
OU
T
IN
OU
T
IN
AU
DIO
RL
VID
EO
IN
OU
T
L/M
ono R
S-VI
DEO
VID
EO
AU
DIO
AV1
inA
V2 in
Mon
itor o
ut COM
PON
ENT
VID
EO IN
PUT
Y Pb Pr
S-VI
DEO
AV1
inA
V2 in
Mon
itor o
ut COM
PON
ENT
VID
EO IN
PUT
Y Pb Pr
AN
TE
NN
A
OU
T
IN
OU
T
IN
AU
DIO
RL
VID
EO
IN
OU
TO
UT
S-V
IDE
O
L/M
ono R
VID
EO
AU
DIO
Directions for Use EN 9EM1.2A AA 3.
9
FU
NC
TIO
NS
OF
RE
MO
TE
CO
NT
RO
L
&P
ower
bu
tto
n–
Switc
h se
t of
f tem
pora
rily
to
stan
dby
mod
e.(T
he r
ed li
ght
indi
cato
r lig
hts
up w
hen
the
set
is o
n st
andb
y m
ode)
.–
To
switc
h on
set
from
sta
ndby
mod
e, p
ress
Cha
nnel
+/–
, D
igit
(0 -
9) o
r Po
wer
but
ton.
éT
elet
ext
Col
our
butt
ons
–In
tel
etex
t m
ode,
the
col
our
butt
ons
allo
w y
ou t
oac
cess
dir
ectly
an
item
or
corr
espo
ndin
g pa
ges.
“T
elet
ext
butt
ons
Allo
ws
you
to a
cces
s te
lete
xt in
form
atio
n. F
orde
taile
d de
scri
ptio
n of
func
tions
, ref
er t
o se
ctio
non
“U
sing
the
Tel
etex
t”‘
Sm
iley
butt
on
Not
app
licab
le.
(T
imer
Bu
tto
nA
llow
s yo
u to
set
the
clo
ck t
o sw
itch
to a
noth
erch
anne
l at
a sp
ecifi
ed t
ime
whi
le y
ou a
re w
atch
ing
anot
her
chan
nel o
r w
hen
the
set
is o
n st
andb
y m
ode.
§S
mar
t S
oun
d B
utto
nPr
ess
the
Smar
t So
und
butt
on r
epea
tedl
y to
acce
ss 4
diff
eren
t ty
pes
of s
ound
set
tings
and
choo
se y
our
desi
red
sett
ing.
èM
enu
Bu
tto
nD
ispl
ays
the
mai
n m
enu.
Als
o ex
its m
enu
from
scr
een.
!C
urs
or
Up
Bu
tto
nA
llow
s yo
u to
sel
ect
the
next
item
on
the
men
u.ç
Cu
rso
r L
eft
Bu
tto
nA
llow
s yo
u to
sel
ect
the
sub-
men
us a
nd a
djus
t th
e se
ttin
gs.
0V
olu
me
+ /
– B
utt
on
Incr
ease
s or
dec
reas
es v
olum
e.14444 4 A
llow
s yo
u to
sw
itch
from
Ste
reo
to M
ono
soun
d du
ring
ster
eo t
rans
mis
sion
or
to c
hoos
e be
twee
n la
ngua
ge5
orla
ngua
ge6
duri
ng d
ual s
ound
tra
nsm
issi
on.
2A
/CH
(Alt
ern
ate
chan
nel
) B
utt
on
Allo
ws
you
to c
hang
e be
twee
n th
e cu
rren
tch
anne
l and
the
pre
viou
s ch
anne
l.
& “ ( § ç 0‘ 1é 2!è
8
CO
NN
EC
TIN
G T
HE
AU
DIO
/VID
EO
SO
CK
ET
S(R
EC
OR
DIN
G)
Co
nnec
tio
n fo
r re
cord
ing
fro
m t
he T
V c
hann
el
–C
onne
ct t
he c
orre
spon
ding
INP
UT
soc
kets
of t
he V
CR
to
the
MO
NIT
OR
OU
TP
UT
sock
ets
on th
e re
ar o
f the
TV
.–
To
enha
nce
the
soun
d of
you
r T
V, c
onne
ct th
e A
UD
IO L
and
R s
ocke
ts to
an
exte
rnal
audi
o sy
stem
inst
ead
of th
e V
CR
. For
mon
o eq
uipm
ent,
conn
ect o
nly
the
AU
DIO
L s
ocke
t.
Co
nnec
tio
n fo
r re
cord
ing
fro
m o
ne V
CR
to
ano
ther
VC
R
–C
onne
ct t
he s
ocke
ts o
f the
VC
R w
hich
you
wis
h to
rec
ord
from
, to
the
corr
espo
ndin
gso
cket
s at
eith
er A
V1
or A
V2.
.–
Con
nect
the
soc
kets
of t
he r
ecei
ving
VC
R t
o th
e M
ON
ITO
RO
UT
PU
T s
ocke
ts o
n th
ere
ar o
f the
TV
.
VCR
(Equ
ippe
d w
ith V
ideo
and
Audi
o In
put s
ocke
ts
AV so
cket
son
rea
r of
TVL/
Mon
o R
S-VI
DEO
VID
EO
AU
DIO
AV1
inA
V2 in
Mon
itor o
ut COM
PON
ENT
VID
EO IN
PUT
Y Pb Pr
AN
TE
NN
A
OU
T
IN
OU
T
IN
AU
DIO
RL
VID
EO
IN
OU
T
L/M
ono R
S-VI
DEO
VIDE
O
AUDI
O
AV1
inAV
2 in
Mon
itor o
ut COM
PON
ENT
VIDE
O IN
PUT
Y Pb Pr
AN
TE
NN
A
OU
T
IN
OU
T
IN
AU
DIO
RL
VID
EO
IN
OU
T
AN
TE
NN
A
OU
T
IN
OU
T
AU
DIO
RL
VID
EO
OU
T
AV s
ocke
ts o
nre
ar o
f TV
VCR
(Equ
ippe
d w
ith V
ideo
and
Audi
o In
put s
ocke
ts
VCR
(Equ
ippe
d w
ithVi
deo
and
Audi
oO
utpu
t soc
kets
VCR
1
VCR
2
Back
of
VCR
Directions for UseEN 10 EM1.2A AA3.
11
FU
NC
TIO
NS
OF
TV
CO
NT
RO
LS
&M
ains
Po
wer
but
ton
Switc
h m
ains
pow
er o
n or
off.
éS
tand
by L
ight
indi
cato
rIn
dica
te r
ed li
ght
whe
n st
andb
y m
ode
is a
ctiv
ated
.
“R
emo
te S
enso
rA
cts
as a
sen
sor
for
activ
atin
g th
e co
ntro
ls o
f the
TV
whe
n re
mot
e co
ntro
l han
dset
is a
imed
at
it.
‘V
olu
me
+ / –
but
ton
Adj
ust
soun
d vo
lum
e lo
uder
/sof
ter.
(C
hann
el +
/ –
but
ton
Sele
ct c
hann
el in
asc
endi
ng/d
esce
ndin
g or
der.
§M
enu
but
ton
Pres
s th
e M
EN
Ubu
tton
to
ente
r m
ain
men
u.Pr
ess
the
Cha
nnel
+ o
r–
butt
on t
o se
lect
the
next
item
on
the
men
u. P
ress
the
Vo
lum
e +
or
– b
utto
n to
acc
ess
the
sub-
men
us a
nd a
djus
t th
ese
ttin
gs.
‘
(
–
–
CH+ M
+‘
(
3 &é
“
§
10
FU
NC
TIO
NS
OF
RE
MO
TE
CO
NT
RO
L
3M
ain
In
dex
Bu
tto
nN
ot a
pplic
able
.4
Fro
wni
e bu
tto
nN
ot a
pplic
able
.5
Sm
art
Pic
ture
Bu
tto
nPr
ess
the
Smar
t Pi
ctur
e bu
tton
rep
eate
dly
toac
cess
5 d
iffer
ent
type
s of
pic
ture
set
tings
and
choo
se y
our
desi
red
sett
ing.
61I
ncr
edib
le S
urr
ou
nd
Bu
tto
n–
Allo
ws
you
to s
elec
t In
cred
ible
Sur
roun
d so
und
whe
n tr
ansm
issi
on is
in s
tere
o m
ode.
–A
llow
s yo
u to
sel
ect
Spat
ial S
ound
whe
n tr
ansm
issi
onis
in m
ono
mod
e.7
1Cu
rso
r R
igh
t B
utt
on
Allo
ws
you
to a
cces
s th
e su
b-m
enus
and
adj
ust
the
sett
ings
.8
Cu
rso
r D
own
Bu
tto
nA
llow
s yo
u to
sel
ect
the
next
item
on
the
men
u.9
Ch
ann
el +
/ –
Bu
tto
ns
Allo
ws
you
to s
elec
t ch
anne
ls in
asc
endi
ng o
rde
scen
ding
ord
er.
20M
ute
Bu
tto
nM
utes
sou
nd. T
o re
stor
e so
und,
pre
ss b
utto
n ag
ain.
21Te
lete
xt B
utt
on
Ref
er t
o se
ctio
n on
“U
sing
the
Tel
etex
t” 2
2O
SD
bu
tto
nA
llow
s yo
u to
dis
play
the
cur
rent
cha
nnel
num
ber.
It a
lso
allo
ws
to e
xit
men
u fr
om t
he s
cree
n af
ter
cont
rol a
djus
tmen
ts.
23D
igit
(0
-9)
Bu
tto
ns
Pres
s to
sel
ect
a ch
anne
l. Fo
r a
2-di
git
chan
nel
num
ber,
pre
ss t
he fi
rst
digi
t an
d fo
llow
edim
med
iate
ly b
y th
e se
cond
dig
it.24
A/V
Bu
tto
nA
llow
s yo
u to
sel
ect
the
AV
cha
nnel
s.25
Sle
epti
mer
But
ton
Allo
ws
you
to s
elec
t a
time
peri
od a
fter
whi
ch t
hese
twill
sw
itch
to s
tand
by m
ode
auto
mat
ical
ly.
3 4 5 6 7 8 9 2120 22 23 24 25
Directions for Use EN 11EM1.2A AA 3.
13
Res
ult
on
scre
enP
ress
but
ton
Ste
p
SE
LE
CT
ING
TH
E M
EN
U L
AN
GU
AG
EA
ND
AU
TO
MA
TIC
TU
NIN
GO
F C
HA
NN
EL
S
Ente
r L
AN
GU
AG
E m
ode
.
Sele
ct d
esir
ed la
ngua
ge.
Exit
from
lang
uage
mod
e.
Sele
ctA
UT
O S
TO
RE
.
Star
t au
tom
atic
tun
ing.
Whe
n tu
ning
is c
ompl
eted
,ex
it m
enu
from
scr
een.
9
or˙ ˚ ¸ ˝ ¸ ˙ m
ÑÉ
INSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÑINSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÉÑ
É
Ñ
É
INSTALL
•LANGUAGE
AUTO STORE
•SEARCH
•MANUAL STORE
•SORT
•CHANNEL EDIT
Ñ
ÑINSTALL
•LANGUAGE
•AUTO STORE
•SEARCHING
•MANUAL STORE
PLEASE WAIT
•SORT
CHAN.FOUND 8
•CHANNEL EDIT
048.31 MHZ
É
Ñ
É
INSTALL
•LANGUAGE
AUTO STORE
•SEARCH
•MANUAL STORE
•SORT
•CHANNEL EDIT
Ñ
12
Pre
ss b
utto
nS
tep
SE
LE
CT
ING
TH
E M
EN
U L
AN
GU
AG
EA
ND
AU
TO
MA
TIC
TU
NIN
GO
F C
HA
NN
EL
S
Befo
re y
ou t
une
in t
he c
hann
els
by t
he A
UT
O S
TO
RE
met
hod,
sel
ect
the
men
u la
ngua
ge o
fyo
ur c
hoic
e. T
he L
AN
GU
AG
E fe
atur
e al
low
s yo
u to
set
the
TV
’s o
n-sc
reen
men
u to
be
show
n in
you
r de
sire
d la
ngua
ge.
Ente
r m
ain
men
u.
Pres
s bu
tton
rep
eate
dly
until
INS
TA
LL
is s
elec
ted.
Ente
rIN
ST
AL
L m
enu.
Op
erat
ing
inst
ruct
ion
s ge
ner
ally
exp
lain
s th
e o
per
atio
n o
f th
e T
V s
et u
sin
gth
e b
utt
on
s o
n t
he
rem
ote
co
ntr
ol u
nle
ss o
ther
wis
e st
ated
. P
leas
e re
ad t
he
follo
win
g in
stru
ctio
ns
care
fully
an
d fo
llow
th
e st
eps
as s
how
n t
o f
amili
aris
eyo
urs
elf
wit
h t
he
inst
alla
tio
ns
and
all
feat
ure
s av
aila
ble
in y
ou
r se
t.
Res
ult
on
scre
en
¸MEN
U
˙
•PICTURE
BRIGHTNESS
•SOUND
COLOUR
•FEATURES
CONTRAST
•INSTALL
SHARPNESS
COLOUR TEMP
É
ÑINSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÉÑ
É
•PICTURE
LANGUAGE
•SOUND
AUTO STORE
•FEATURES
MANUAL STORE
•INSTALL
SORT
CHANNEL EDIT
É
Directions for UseEN 12 EM1.2A AA3.
15
SE
LE
CT
ING
TH
E C
OL
OU
R/S
OU
ND
SY
ST
EM
Thi
s fe
atur
e al
low
s yo
u to
sel
ect
your
des
ired
CO
LO
UR
and
SO
UN
D s
yste
m. I
f AU
TO
is s
elec
ted,
the
res
pect
ive
colo
ur a
nd s
ound
sys
tem
will
be
auto
mat
ical
ly s
elec
ted
acco
rdin
gto
the
tra
nsm
issi
on s
yste
m.
No
te :
Sele
ct y
our
desi
red
colo
ur a
nd s
ound
sys
tem
man
ually
if r
ecep
tion
is p
oor
at A
UT
Om
ode.
Rep
eat
step
1 t
o st
ep 5
as
in “
MA
NU
AL
TU
NIN
G O
F C
HA
NN
EL
S”
CO
LO
UR
SY
ST
EM
is s
elec
ted.
Ente
rC
OL
OU
R S
YS
TE
M m
ode.
Sele
ct t
he d
esir
ed c
olou
r sy
stem
.
Exit
from
col
our
syst
em m
ode.
Proc
eed
to s
elec
t S
OU
ND
SY
ST
EM
.
Ente
rS
OU
ND
SY
ST
EM
mod
e.
Sele
ct t
he d
esir
ed s
ound
sys
tem
.
Exit
from
sou
nd s
yste
m m
ode.
Pres
s bu
tton
rep
eate
dly
until
ST
OR
E is
sel
ecte
d.
Stor
e se
lect
ed s
yste
m.
Exit
men
u fr
om s
cree
n.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10 11 12
or or˙ ¸˚ ˝ ¸ ˙ ˚ ¸ ˝ ¸ ˙ m
Ñ
ÉINSTALL
MANU
AL S
TORE
COLO
UR SYS
TEM•
AUTO
•SO
UND
SYST
EMPAL•
•SE
ARCH
SECA
M•CH
ANNE
L•ST
ORE
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
SOUN
D SY
STEM
•AUTO
•SEARCH
B/G
•CH
ANNE
LD/
K•ST
ORE
•
Ñ
Ñ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
SOUN
D SY
STEM
•AUTO
•SE
ARCH
B/G
•CH
ANNE
LD/K
•ST
ORE
ÑÉ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EM•SE
ARCH
•CH
ANNE
LST
ORE
•
ÑÉ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EM•SE
ARCH
•CH
ANNE
LST
ORE
•ST
ORED
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EMSE
ARCH
•196.25MHZ
•CH
ANNE
L•ST
ORE
ÑÉ
14
MA
NU
AL
TU
NIN
G O
F C
HA
NN
EL
S
Man
ual t
unin
g al
low
s yo
u to
sto
re e
ach
prog
ram
me
man
ually
.
Ente
r m
ain
men
u.
Pres
s bu
tton
rep
eate
dly
until
INS
TA
LL
is s
elec
ted.
Ente
rIN
ST
AL
L m
enu.
Pres
s bu
tton
rep
eate
dly
until
MA
NU
AL
ST
OR
E is
sel
ecte
d.
Ente
rM
AN
UA
L S
TO
RE
men
u.
Sele
ctS
EA
RC
H.
Star
t m
anua
l tun
ing
of c
hann
el.
Sear
chin
g st
ops
once
a t
rans
mitt
ing
chan
nel i
s fo
und.
Sele
ctC
HA
NN
EL
.
Key
in t
he d
esir
ed c
hann
el n
umbe
r.
Sele
ctS
TO
RE
.
Stor
e tu
ned
cha
nnel
. No
te :
If yo
uw
ant
to c
ontin
ue s
earc
hing
for
anot
her
tran
smitt
ing
chan
nel,
repe
atst
eps
7 to
11.
Exit
men
u fr
om s
cree
n.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10 11 12
MEN
U
¸ ˙ ¸ ˙ ¸ ˙ ¸ ¸ ˙ m
•PICTURE
LANGUAGE
•SOUND
AUTO STORE
•FEATURES
MANUAL STORE
•INSTALL
SORT
CHANNEL EDIT
É INSTALL
•LA
NGUA
GECO
LOUR
SYS
TEM
•AU
TO S
TORE
SOUN
D SY
STEM
•MA
NUAL
STO
RESE
ARCH
•SO
RTCH
ANNE
L•
CHAN
NEL
EDIT
STOR
E• INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EMSE
ARCH
•048.31MHZ
•CH
ANNE
L•ST
ORE
ÑÉ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EMSE
ARCH
•196.25MHZ
•CH
ANNE
L•ST
ORE
ÑÉ
ÑÉ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EM•MA
NUAL
•SE
ARCH
CHAN
NEL
•18
•ST
ORE
ÑÉ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EM•SE
ARCH
•CH
ANNE
LST
ORE
•ST
ORED
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EMSE
ARCH
•196.25MHZ
•CH
ANNE
L•ST
ORE
ÑÉ
Directions for Use EN 13EM1.2A AA 3.
17
SO
RT
ING
OF C
HA
NN
EL
S
Thi
s fe
atur
e al
low
s yo
u to
cha
nge
the
chan
nel n
umbe
r to
you
r ch
oice
for
a pa
rtic
ular
TV
stat
ion.
1. E
nter
mai
n m
enu.
2.Se
lect
IN
ST
AL
L.
3. E
nter
inst
all m
ode.
Pres
s bu
tton
rep
eate
dly
until
SO
RT
is s
elec
ted.
Ente
rS
OR
T m
enu.
Key
in t
he c
hann
el n
umbe
r in
the
FR
OM
col
umn,
tha
t is
, the
cha
nnel
you
wan
t to
sw
ap fr
om.
Sele
ctT
O.
Key
in t
he c
hann
el n
umbe
r in
the
TO
col
umn.
tha
t is
, the
cha
nnel
you
wan
t to
sw
ap t
o.
Sele
ctE
XC
HA
NG
E.
Act
ivat
e ex
chan
ge o
f cha
nnel
s.
Exit
men
u fr
om s
cree
n.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10 11
¸ ˙ ¸ ¸ ˙ m
ÑINSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÉÑ
É
INSTALL
•LANGUAGE
FROM
•AUTO STORE
TO
•MANUAL STORE
EXCHANGE
•SORT
•CHANNEL EDIT
É
INSTALL
SORT FROM
•8
•TO
•EXCHANGE
Ñ
É
INSTALL
SORT
•FROM
8TO
•6
•EXCHANGE
Ñ
É
INSTALL
SORT
•FROM
•TO
EXCHANGE•
EXCHANGED
Ñ
É
INSTALL
SORT
•FROM
•TO
EXCHANGE
•Ñ
É
16
FIN
ET
UN
ING
OF
CH
AN
NE
LS
Thi
s fe
atur
e al
low
s yo
u to
adj
ust
pict
ure
rece
ptio
n in
are
as o
f wea
k re
cept
ion.
1.En
ter
mai
n m
enu.
2. S
elec
t IN
ST
AL
L.
3. E
nter
inst
all m
enu.
Pres
s bu
tton
rep
eate
dly
until
MA
NU
AL
ST
OR
E is
sel
ecte
d.
Ente
rM
AN
UA
L S
TO
RE
men
u.
Pres
s bu
tton
rep
eate
dly
until
FIN
E T
UN
E is
sel
ecte
d.
Star
t fin
e-tu
ning
unt
il de
sire
dpi
ctur
e an
d so
und
is o
btai
ned.
Sele
ctS
TO
RE
.
Stor
e la
st fi
ne-t
uned
sta
tus.
Exit
men
u fr
om s
cree
n.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10
or
¸ ˙ ¸ ˝ ˙ ˙ m
˚
ÑINSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÉÑ
É
INSTALL
•LA
NGUA
GECO
LOUR
SYS
TEM
•AU
TO S
TORE
SOUN
D SY
STEM
•MA
NUAL
STO
RESE
ARCH
•SO
RTCH
ANNE
L•
CHAN
NEL
EDIT
STOR
E•
É
INSTALL
MANU
AL S
TORE
COLO
UR SYS
TEM•
AUTO
•SOUND
SYSTEM
PAL
•SE
ARCH
SECA
M•CH
ANNE
L•ST
ORE
Ñ
INSTALL
MANU
AL S
TORE
•SO
UND
SYST
EM•SE
ARCH
•CH
ANNE
L•ST
ORE
FINE
TUN
E
ÉÑ
ÑÉ
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EM•SE
ARCH
•CH
ANNE
LST
ORE
•ST
ORED
INSTALL
MANU
AL S
TORE
•CO
LOUR
SYS
TEM
•SO
UND
SYST
EMSE
ARCH
•196.25MHZ
•CH
ANNE
L•ST
ORE
ÑÉ
Directions for UseEN 14 EM1.2A AA3.
19
NA
MIN
G O
F C
HA
NN
EL
S
Thi
s fe
atur
e al
low
s a
sele
ctio
n of
10
chan
nels
of p
re-d
efin
ed n
ames
. It
also
allo
ws
you
to e
nter
a ne
w n
ame
or m
odify
an
exis
ting
nam
e of
a c
hann
el fo
r 40
cha
nnel
s in
clud
ing
exte
rnal
chan
nels
.
1.En
ter
mai
n m
enu.
2.Se
lect
IN
ST
AL
L.
3. E
nter
inst
all m
ode.
Pres
s bu
tton
rep
eate
dly
until
NA
ME
is h
ighl
ight
ed.
Ente
rN
AM
E m
ode.
Sele
ct d
esir
ed p
rese
t na
me
and
pres
s
(
CU
RS
OR
RIG
HT
) bu
tton
to s
tore
sel
ecte
d pr
e-se
t na
me.
If yo
u se
lect
PE
RS
ON
AL
, mov
eto
firs
t ch
arac
ter
slot
Pres
s bu
tton
rep
eate
dly
to c
ycle
thro
ugh
the
char
acte
rs a
nd s
elec
tde
sire
d ch
arac
ter.
Mov
e to
nex
t ch
arac
ter
slot
by
the
(C
UR
SO
R R
IGH
T)
butt
onan
d se
lect
in t
he n
ext
char
acte
r.(Y
ou c
an e
nter
up
to a
max
imum
of 5
cha
ract
ers)
Stor
e na
med
cha
nnel
.
Exit
men
u fr
om s
cree
n.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10
or or
¸ ˙ ˚ ¸ ˙ ¸˚ MEN
U
m
˙˙
ÑINSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÉÑ
É
INSTALL
•AU
TO S
TORE
•MA
NUAL
STO
RE•
SORT
•CH
ANNE
L ED
ITNA
ME•
PER
SONA
LÑ
É
INSTALL
•AUTO STORE
•MANUAL STORE
•SORT
•CHANNEL EDIT
NAME
•PERSONAL
ÑÉ
INSTALL
•AUTO STORE
•MANUAL STORE
•SORT
•CHANNEL EDIT
NAME
•–
ÑÉ
INSTALL
•AUTO STORE
•MANUAL STORE
•SORT
•CHANNEL EDIT
NAME
•LUCKY
ÑÉ
INSTALL
•AUTO STORE
•MANUAL STORE
•SORT
•CHANNEL EDIT
NAME
•PERSONAL
ÑÉ
18
ED
ITIN
G O
F C
HA
NN
EL
S
Thi
s fe
atur
e al
low
s yo
u to
edi
t or
ski
p ch
anne
ls w
hich
hav
e ba
d or
wea
k T
V s
igna
l or
chan
nels
that
you
do
not
wat
ch o
ften
.N
ote
: O
nce
a ch
anne
l is
skip
ped,
you
can
not
have
acc
ess
to it
by
the
CH
AN
NE
L +
or
–
butt
on. Y
ou c
an o
nly
acce
ss t
he c
hann
el b
y th
e D
IGIT
(0
-9)
butt
on.
1.En
ter
mai
n m
enu.
2.Se
lect
IN
ST
AL
L.
3.En
ter
inst
all m
ode.
Pres
s bu
tton
rep
eate
dly
until
CH
AN
NE
L E
DIT
is s
elec
ted.
Ente
r ch
anne
l edi
t m
ode.
Sele
ct t
he c
hann
el y
ou w
ant
to s
kip.
Act
ivat
e sk
ippe
d m
ode.
Exit
men
u fr
om s
cree
n.
Ho
w t
o a
dd b
ack
chan
nels
•R
epea
t st
eps
1 to
5 a
s in
“E
diti
ng o
f Cha
nnel
s”.
•Se
lect
the
cha
nnel
you
wan
t to
add
bac
k by
the
(CU
RS
OR
UP
) o
r (
CU
RS
OR
DO
WN
)bu
tton
.
•Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
on t
o ac
tivat
e ad
ding
bac
k of
cha
nnel
.
•Ex
it m
enu
from
scr
een
by t
he (
OS
D)
butt
on.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
or
¸ ˙
¸˚ ˙ m
¸˚
˙
m
ÑINSTALL
LANGUAGE
•ENGLISH
•AUTO STORE
B.MELAYU
•MANUAL STORE
•SORT
•CHANNEL EDIT
ÉÑ
É
INSTALL
•LANGUAGE
3•AUTO STORE
4•MANUAL STORE
5•SORT
6CHANNEL EDIT
•7
ÑÉ
INSTALL
•LANGUAGE
3•AUTO STORE
4•MANUAL STORE
5•SORT
6CHANNEL EDIT•
7Ñ
É
INSTALL
•LANGUAGE
3•AUTO STORE
4•MANUAL STORE
5•SORT
6CHANNEL EDIT•
7SKIPPED
ÑÉ
Directions for Use EN 15EM1.2A AA 3.
21
US
ING
TH
E A
CT
IVE C
ON
TR
OL F
EA
TU
RE
Thi
s fe
atur
e au
tom
atic
ally
adj
ust
sett
ings
for
optim
al p
ictu
re q
ualit
y co
ntin
uous
ly u
nder
any
sign
al c
ondi
tions
. To
activ
ate
the
Act
ive
Con
trol
feat
ure,
sel
ect
the
“ON
” op
tion
in t
heA
ctiv
e C
ontr
ol m
enu.
Ho
w t
o a
cces
s th
e A
ctiv
e C
ont
rol f
unct
ion
1.Pr
ess
the
(M
EN
U)
butt
on t
o en
ter
mai
n m
enu
and
pres
s th
e
(C
UR
SO
R D
OW
N)
butt
onre
peat
edly
unt
il F
EA
TU
RE
Sis
sel
ecte
d.
2.Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
on t
oen
ter
FE
AT
UR
ES
men
u.
3.Pr
ess
the
(C
UR
SO
R D
OW
N)
butt
on t
ose
lect
AC
TIV
E C
ON
TR
OL
.
4.Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
onre
peat
edly
to
sele
ct O
N o
ptio
n to
act
ivat
e th
eA
ctiv
e C
ontr
ol fu
nctio
n.
5.Pr
ess
the m
(O
SD
) bu
tton
to
exit
men
u fr
om s
cree
n.
MEN
U
¸
˙
¸
˙
•PICTURE
TIMER
•SOUND
ACTIVE CTRL
•FEATURES
CHILD LOCK
•INSTALL
FORMAT
ROTATION
É FEATURES
•TIMER
•ACTIVE CTRL
•OFF
•CHILD LOCK
•FORMAT
•ROTATION
É
Ñ FEATURES
•TIMER
•ACTIVE CTRL
•ON
•CHILD LOCK
•FORMAT
•ROTATION
É
Ñ
20
Pic
ture
Act
ivit
ies
men
u it
ems
Brig
htne
ssIn
crea
se o
r de
crea
se b
righ
tnes
s le
vel.
Col
our
Incr
ease
or
decr
ease
col
or le
vel.
Con
tras
tIn
crea
se o
r de
crea
se c
ontr
ast
leve
lunt
illig
htes
t pa
rts
of t
he p
ictu
re s
how
goo
dde
tail.
Shar
pnes
sIn
crea
se o
r de
crea
se s
harp
ness
leve
l to
impr
ove
deta
il in
the
pic
ture
.C
olou
r T
emp
Allo
ws
you
a ch
oice
of 3
pic
ture
set
tings
(NO
RM
AL,
WA
RM
and
CO
OL)
.*
Dig
ital O
ptio
nsA
llow
s yo
u to
cho
ose
from
Aut
o, D
igita
lSc
an, P
rogr
essi
ve S
can
and
100H
z op
tions
.D
ynam
icA
llow
s yo
u a
choi
ce o
f 4 s
ettin
gs (
Min
imum
,C
ontr
ast
Med
ium
, Max
imum
and
Off)
to
boo
st t
heco
ntra
st le
vel e
spec
ially
in d
ark
scen
e so
as
to m
ake
the
pict
ure
mor
e no
ticea
ble.
US
ING
TH
E P
ICT
UR
E/S
OU
ND
ME
NU
The
pic
ture
and
sou
nd m
enus
allo
w y
ou t
o m
ake
adju
stm
ents
to
the
pict
ure
and
soun
d. It
als
oal
low
you
to
sele
ct a
nd a
ctiv
ate
othe
r fe
atur
es in
the
men
u.
1.Pr
ess
the
ME
NU
butt
on t
o en
ter
mai
n m
enu.
2.U
se t
he C
UR
SO
R U
P/D
OW
N b
utto
ns t
o se
lect
the
item
s on
the
PIC
TU
RE
/SO
UN
Dm
enu.
3.U
se t
he C
UR
SO
R L
EF
T/R
IGH
T b
utto
ns t
o ac
cess
the
sub
-men
us.
No
teH
UE
feat
ure
is o
nly
appl
icab
le t
o N
TSC
prog
ram
mes
. The
HU
Eite
m w
ill n
ot a
ppea
r on
the
men
u if
prog
ram
me
is in
PAL
mod
e.
So
un
dA
cti
vit
ies
men
u i
tem
s
Tre
ble
Incr
ease
or
decr
ease
the
hig
h fr
eque
ncy
leve
l.
Bass
Incr
ease
or
decr
ease
the
low
freq
uenc
y le
vel.
Bala
nce
Adj
usts
the
bal
ance
of t
he r
ight
and
left
spea
kers
’ sou
nd o
utpu
t.
AV
LA
s va
riat
ion
in s
igna
l con
ditio
ns c
an r
esul
t(A
uto
Vol
ume
a su
dden
cha
nge
in v
olum
e du
ring
inLe
velle
r)co
mm
erci
al b
reak
s or
cha
nnel
sw
itchi
ng,
sele
ctin
g th
e “O
N”
func
tion
will
ena
ble
the
volu
me
to r
emai
n at
a s
tand
ard
volu
me
leve
l.
*D
igit
al O
ptio
ns–
Dig
ital
Sca
n op
tion
impr
oves
bac
kgro
und
flick
erin
g.–
Pro
gres
sive
Sca
n op
tion
redu
ces
line
flick
erin
g re
sulti
ng in
sha
rper
pic
ture
.–
100H
z op
tion
is m
ost
appr
opri
ate
for
still
pic
ture
s.N
ote
: Pr
ogre
ssiv
e Sc
an o
ptio
n is
onl
y av
aila
ble
in N
TSC
tra
nsm
issi
on.
ÑÉ
PICTURE
BRIGHTNESS
38
•COLOUR
•CONTRAST
•SHARPNESS
•COLOUR TEMP
ÑÉ
PICTURE
•CONTRAST
•SHARPNESS
•COLOUR TEMP
•DIGITAL OPTIONS
DYN. CONTRAST
•MIN
ÑÉ
SOUND TREBLE
38
•BASS
•BALANCE
•AVL
Directions for UseEN 16 EM1.2A AA3.
23
AC
TIV
AT
ING
TH
E T
IME
R
Exit
from
ST
OP
TIM
E m
ode.
Sele
ctC
HA
NN
EL
.
Key
in t
he c
hann
el y
ou w
ant
tosw
itch
to.
Sele
ctA
CT
IVA
TE
.
Act
ivat
e tim
er. Y
ou c
an s
elec
tto
act
ivat
e tim
er b
y D
AIL
Y o
rO
NC
E m
ode.
Sele
ctD
ISP
LA
Y.
Sele
ctO
N m
ode
if yo
u w
ant
todi
spla
y th
e cu
rren
t tim
e on
the
TV
cre
en.
Exit
men
u fr
om s
cree
n.
No
te60
sec
onds
bef
ore
the
timer
is a
ctiv
ated
, a m
essa
ge in
dica
ting
the
time
left
for
the
chan
nel
switc
h w
ill a
ppea
r on
the
scr
een.
To
disa
ble
the
chan
nel s
witc
h, p
ress
any
but
ton
on t
here
mot
e co
ntro
l.
Pre
ss b
utto
nS
tep
12 9
Res
ult
on
scre
en
MEN
U
¸ ¸ ˙ ¸ ˙ m
FEATURES
TIMER
•TIME
•START TIMEE
•STOP TIME
CHANNEL
•3
•ACTIVATE
Ñ
É
FEATURES
TIMER
•TIME
•START TIMEE
•STOP TIME
CHANNEL
•8
•ACTIVATE
Ñ
É
FEATURES
TIMER
•TIME
•START TIMEE
•STOP TIME
•CHANNEL
ACTIVATE
•OFF
Ñ
É
FEATURES
TIMER
•TIME
•START TIMEE
•STOP TIME
•CHANNEL
ACTIVATE
•ONCE
Ñ
É
FEATURES
TIMER
•START TIME
•STOP TIMEE
•CHANNEL
•ACTIVATE
DISPLAY
•ON
Ñ
É
22
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10 11
˙
MEN
U
¸ ˙
MEN
U
¸ ˙
AC
TIV
AT
ING
TH
E T
IME
R
The
Tim
er fe
atur
e al
low
s yo
u to
set
the
tim
er t
o sw
itch
to a
noth
er c
hann
el a
t a
spec
ified
time
whi
le y
ou a
re w
atch
ing
anot
her
chan
nel o
r w
hen
the
TV
is o
n st
andb
y m
ode.
No
te :
For
the
timer
to
func
tion,
the
set
mus
t no
t be
sw
itche
d of
f. O
nce
the
set
is s
witc
hed
off,
the
timer
is d
isab
led.
Ente
rT
IME
R m
enu.
Ente
rT
IME
mod
e.
Key
in t
he c
urre
nt t
ime
For
exam
ple,
if t
he c
urre
nt t
ime
is 1
2:30
, key
dig
it 1
and
2 in
the
hour
col
umn,
follo
wed
by
digi
t3
and
0 in
the
min
ute
colu
mn.
Exit
from
TIM
Em
ode.
Sele
ctS
TA
RT
TIM
E.
Ente
r th
e S
TA
RT
TIM
E m
ode.
Key
in t
he t
ime
you
wan
t th
epr
ogra
mm
e to
be
switc
hed
on.
Exit
from
ST
AR
T T
IME
mod
e.
Sele
ctS
TO
P T
IME
.
Ente
rS
TO
P T
IME
mod
e.
Key
in t
he t
ime
you
wan
t th
epr
ogra
mm
e to
be
switc
hed
off.
FEATURES
TIMER
TIME
•--:--
•START TIME
•STOP TIME
•CHANNEL
•ACTIVATE
Ñ
É
FEATURES
TIMER
TIME
•12:30
•START TIME
•STOP TIME
•CHANNEL
•ACTIVATE
Ñ
É
FEATURES
TIMER
•TIME
12:30
START TIME
•--:--
•STOP TIME
•CHANNEL
•ACTIVATE
Ñ
É
FEATURES
TIMER
TIME
•START TIME
•13:30
•STOP TIME
•CHANNEL
•ACTIVATE
Ñ
É
FEATURES
TIMER
•TIME
•START TIME
STOP TIME
•--:--
•CHANNEL
•ACTIVATE
Ñ
É
FEATURES
TIMER
•TIME
•START TIME
STOP TIME
•15:30
•CHANNEL
•ACTIVATE
Ñ
É
Directions for Use EN 17EM1.2A AA 3.
25
AC
TIV
AT
ING
TH
E C
HIL
DL
OC
K(C
HA
NG
E C
OD
E)
Sele
ctC
HA
NG
E C
OD
E.
Ente
rC
HA
NG
E C
OD
E m
ode.
Key
in t
he a
cces
s co
de o
f you
rch
oice
.
Con
firm
acc
ess
code
.
Whe
n th
e ne
w c
ode
is c
onfir
med
,th
e m
essa
ge C
OR
RE
CT
will
appe
ar.
Exit
men
u fr
om s
cree
n.
No
te :
Aft
er y
ou h
ave
exit
men
u fr
om s
cree
n an
d y
ou w
ant
to e
nter
chi
ld lo
ck m
enu
agai
n ,
you
need
to
key
the
new
acc
ess
code
onl
y on
ce. I
f you
hav
e fo
rgot
ten
the
new
acc
ess
code
,ke
y in
071
1 tw
ice
to e
nter
the
chi
ld lo
ck m
enu.
Upo
n en
teri
ng t
he c
hild
lock
men
u, y
ou c
anpr
ocee
d to
cha
nge
code
aga
in.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9 10 11 12
¸ ˙ m
Ñ
FEATURES
CHILD LOCK
•LOCK CHANNEL
ENTER
CHANGE CODE
NEW CODE
•CLEAR ALL
– – – –
Ñ
FEATURES
CHILD LOCK
•LOCK CHANNEL
ENTER
CHANGE CODE
NEW CODE
•CLEAR ALL
x x x x
Ñ
FEATURES
CHILD LOCK
•LOCK CHANNEL
CONFIRM
CHANGE CODE
CODE
•CLEAR ALL
x x x x
Ñ
FEATURES
CHILD LOCK
•LOCK CHANNEL
CONFIRM
CHANGE CODE
CODE
•CLEAR ALL
x x x x
CORRECT
24
AC
TIV
AT
ING
TH
E C
HIL
DL
OC
K(A
CC
ES
SC
OD
E)
The
Chi
ld L
ock
feat
ure
allo
ws
you
to lo
ck c
hann
els
to p
reve
nt y
our
child
ren
from
wat
chin
gpr
ogra
mm
es y
ou d
eem
und
esir
able
.N
ote
: Y
ou c
anno
t ha
ve a
cces
s to
the
lock
ed c
hann
els
via
the
top
cont
rols
of t
he T
V s
et.
You
can
onl
y ha
ve a
cces
s to
the
lock
ed c
hann
els
via
the
rem
ote
cont
rol.
Kee
p th
e re
mot
eco
ntro
l out
of r
each
so
as t
o pr
even
t yo
ur c
hild
ren
from
hav
ing
acce
ss t
o it.
1.En
ter
mai
n m
enu.
2.Se
lect
FE
AT
UR
ES
.3.
Ente
r F
EA
TU
RE
S m
enu.
Sele
ctC
HIL
D L
OC
K .
Ente
rA
CC
ES
S C
OD
E m
ode.
Key
in a
cces
s co
de 0
711
(071
1 is
the
def
ault
acce
ss c
ode)
.A
mes
sage
IN
CO
RR
EC
T w
illap
pear
.
Key
in 0
711
the
seco
nd t
ime.
Whe
n th
e m
essa
ge C
OR
RE
CT
appe
ars,
the
CH
ILD
LO
CK
men
u is
now
acc
essi
ble.
You
can
now
pro
ceed
to
chan
geth
e ac
cess
cod
e of
you
r ch
oice
.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
¸ ˙
FEATURES
•TIMER
TIME
•ACTIVE CTRL
START TIME
•CHILD LOCK
STOP TIME
•FORMAT
CHANNEL
•ROTATION
ACTIVATE
É
É
FEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
- - - -
•CHILD LOCK
•FORMAT
•ROTATION
ÑFEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
– – – –
CHILD LOCK
•FORMAT
•ROTATION
ÑFEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
X X X X
CHILD LOCK
CORRECT
•FORMAT
•ROTATION
É
FEATURES
CHILD LOCK
LOCK CHANNEL•
2•CHANGE CODE
3•CLEAR ALL
4 5 6
Ñ
Directions for UseEN 18 EM1.2A AA3.
27
AC
TIV
AT
ING
TH
E C
HIL
DL
OC
K(C
LE
AR
AL
L)
To
unlo
ck c
hann
els
that
you
hav
e lo
cked
, ent
er t
he C
hild
Loc
k m
enu
and
activ
ate
the
CL
EA
R A
LL
mod
e.
1.En
ter
mai
n m
enu.
2.Se
lect
FE
AT
UR
ES
3.En
ter
FE
AT
UR
ES
men
u.
Sele
ctC
HIL
D L
OC
K.
Ente
rA
CC
ES
S C
OD
E m
ode.
Key
in a
cces
s co
de.
Pres
s bu
tton
rep
eate
dly
until
CL
EA
R A
LL
is s
elec
ted.
Act
ivat
e cl
eari
ng o
f all
lock
edch
anne
ls.
Exit
men
u fr
om s
cree
n.
No
teY
ou c
an a
lso
unlo
ck in
divi
dual
cha
nnel
by
the
LO
CK
CH
AN
NE
L m
enu.
•R
epea
t st
ep 1
to
7 as
in “
AC
TIV
AT
ING
TH
E C
HIL
D L
OC
K (
LO
CK
CH
AN
NE
L)”
.•
Sele
ct t
he c
hann
el y
ou w
ant
to u
nloc
k by
the
o
r
(C
UR
SO
R U
P /
DO
WN
)bu
tton
s.•
Pres
s th
e
(CU
RS
OR
RIG
HT
) bu
tton
to
unlo
ck c
hann
el (
the
keyl
ock
sym
bol w
illdi
sapp
ear)
.
Res
ult
on
scre
enP
ress
but
ton
Ste
p
9
¸˚
˙
m˙¸˙¸
FEATURES
•TIMER
TIME
•ACTIVE CTRL
START TIME
•CHILD LOCK
STOP TIME
•FORMAT
CHANNEL
•ROTATION
ACTIVATE
É
É
FEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
- - - -
•CHILD LOCK
•FORMAT
•ROTATION
ÑFEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
X X X X
CHILD LOCK
CORRECT
•FORMAT
•ROTATION
FEATURES
CHILD LOCK
•LOCK CHANNEL
•CHANGE CODE
CLEAR ALL
ÑÉ
FEATURES
CHILD LOCK
•LOCK CHANNEL
•CHANGE CODE
CLEAR ALL
•CLEARED
ÑÉ
26
AC
TIV
AT
ING
TH
E C
HIL
DL
OC
K(L
OC
KC
HA
NN
EL)
1.En
ter
mai
n m
enu.
2.Se
lect
FE
AT
UR
ES
.3.
Ente
r F
EA
TU
RE
S m
enu.
Sele
ctC
HIL
D L
OC
K .
Ente
rA
CC
ES
S C
OD
E m
ode.
Key
in a
cces
s co
de .
Ente
rL
OC
K C
HA
NN
EL
mod
e.
Sele
ct t
he c
hann
el y
ou w
ant
tobl
ock.
Act
ivat
e bl
ocki
ng o
f cha
nnel
. A
keyl
ock
sym
bol
will
app
ear
besi
deth
e ch
anne
l num
ber
indi
catin
g th
atit
is lo
cked
.
Exit
men
u fr
om s
cree
n.
No
te :
You
can
not
have
acc
ess
to t
he lo
cked
cha
nnel
s vi
a th
e to
p co
ntro
ls o
f the
TV
set
.Y
ou c
an o
nly
have
acc
ess
to t
he lo
cked
cha
nnel
s vi
a th
e re
mot
e co
ntro
l.W
hen
AV
1 so
urce
is lo
cked
, CV
1 so
urce
is a
utom
atic
ally
lock
ed. L
ike-
wis
e, if
CV
1 so
urce
islo
cked
, A
V1
sour
ce is
als
o au
tom
atic
ally
lock
ed a
s th
ey s
hare
the
sam
e au
dio
inpu
t.
If yo
u at
tem
pt t
o en
ter
the
INS
TA
LL
men
u af
ter
lock
ing
a ch
anne
l, a
mes
sage
“Ent
erA
CC
ES
SC
OD
E”
will
app
ear
on t
he s
cree
n. Y
ou n
eed
to e
nter
the
AC
CE
SS
CO
DE
to e
nabl
e yo
u to
ent
er t
he I
NS
TA
LL
men
u.
Pre
ss b
utto
nS
tep
or
9 10
¸ ˙ ˙ ¸˚ ˙
m
FEATURES
•TIMER
TIME
•ACTIVE CTRL
START TIME
•CHILD LOCK
STOP TIME
•FORMAT
CHANNEL
•ROTATION
ACTIVATE
É
É
FEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
- - - -
•CHILD LOCK
•FORMAT
•ROTATION
ÑFEATURES
•TIMER
ACCESS CODE
•ACTIVE CTRL
X X X X
CHILD LOCK
CORRECT
•FORMAT
•ROTATION
Ñ
FEATURES
CHILD LOCK
LOCK CHANNEL•
2•CHANGE CODE
3•CLEAR ALL
4 5 6
É
Ñ
FEATURES
CHILD LOCK
LOCK CHANNEL•
3FFFF F
•CHANGE CODE
4•CLEAR ALL
5 6 7
É
Res
ult
on
scre
en
Directions for Use EN 19EM1.2A AA 3.
29
US
ING
TH
E R
OT
AT
ION
FE
AT
UR
E
Due
to
the
eart
h’s
mag
netic
fiel
d an
d po
sito
in o
f the
TV
set
, slig
ht t
iltin
g of
the
pic
ture
to
the
left
or
righ
t m
ay o
ccur
whe
n th
e se
t is
sw
itche
d on
. Whe
n th
is p
heno
men
on o
ccur
s, s
elec
tR
OT
AT
ION
in t
he F
EA
TU
RE
men
u an
d ad
just
acc
ordi
ngly
by
the
Cur
sor
Rig
ht o
r L
eft
butt
on.
Ho
w t
o u
se t
he R
ota
tio
n F
eatu
re
1.Pr
ess
the
(M
EN
U)
butt
on t
o en
ter
mai
n m
enu
and
pres
s th
e
(
CU
RS
OR
DO
WN
) bu
tton
repe
ated
ly u
ntil
FE
AT
UR
ES
is s
elec
ted.
2.Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
on t
oen
ter
FE
AT
UR
ES
men
u.
3.Pr
ess
the
(C
UR
SO
R D
OW
N)
butt
onre
peat
edly
unt
il R
OT
AT
ION
is s
elec
ted.
4.Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
onw
hen
pict
ure
is t
ilted
to
the
left
. Pre
ss b
utto
nun
til y
ou d
eem
pic
ture
is in
nor
mal
pos
ition
.If
pict
ure
is t
ilted
to
the
righ
t, pr
ess
the
(CU
RS
OR
LE
FT
) bu
tton
unt
il yo
ude
em p
ictu
re is
in n
orm
al p
ositi
on.
Pic
ture
tilt
ed t
o t
he le
ft
Pic
ture
tilt
ed t
o t
he r
ight
Aft
er a
djus
tmen
t
Aft
er a
djus
tmen
t
PH
ILIP
S
PH
ILIP
S
PH
ILIP
S
PH
ILIP
S
MEN
U
¸
˙
¸
˙
˝
•PICTURE
TIMER
•SOUND
ACTIVE CTRL
•FEATURES
CHILD LOCK
•INSTALL
FORMAT
ROTATION
É
ÑÉ
FEATURES
•TIMER
•ACTIVE CTRL
•CHILD LOCK
•FORMAT
ROTATION
•1
ÑÉ
FEATURES
•TIMER
•ACTIVE CTRL
•CHILD LOCK
•FORMAT
ROTATION
•8
28
US
ING
TH
E S
CR
EE
NF
OR
MA
T
Scre
en F
orm
at fu
nctio
n al
low
s yo
u a
choi
ce o
f diff
eren
t fo
rmat
s fo
r yo
ur v
iew
ing
plea
sure
,na
mel
y : -
Aut
o, 4
:3,Z
oo
m 1
4:9,
Zo
om
16:
9,S
ub
titl
e Z
oo
m, S
up
erw
ide
and
Wid
escr
een.
Ente
r th
e F
EA
TU
RE
S m
enu
and
sele
ct F
OR
MA
T b
y th
e¸
but
ton.
Pre
ss t
he ˙
or
˝ b
utto
n to
cyc
le t
hrou
ghth
e va
riou
s sc
reen
form
ats
and
sele
ct t
he fo
rmat
of y
our
choi
ce.
Def
init
ion
of S
cree
n F
orm
ats
AU
TO
mo
deW
hen
AU
TO
form
at is
sel
ecte
d, it
will
sel
ect
the
corr
ect
scre
en fo
rmat
pro
vide
dth
e sp
ecifi
c si
gnal
s ar
e tr
ansm
itted
with
the
pro
gram
mes
.
4:3
Mo
deT
his
pict
ure
is r
epro
duce
d in
4:3
form
at a
nd a
bla
ck b
and
isdi
spla
yed
on e
ither
sid
e of
the
pic
ture
.
Zo
om
14:
9 M
ode
Thi
s pi
ctur
e is
enl
arge
d to
14:
9 fo
rmat
, a t
hin
blac
k ba
ndre
mai
ns o
n bo
th s
ides
of t
he p
ictu
re. T
he˚
and
¸
butt
ons
allo
w y
ou t
o m
ove
the
imag
e up
or
dow
n.
Zo
om
16:
9 M
ode
Thi
s pi
ctur
e is
enl
arge
d to
16:
9 fo
rmat
. Thi
s m
ode
isre
com
men
ded
whe
n di
spla
ying
pic
ture
s w
hich
hav
e bl
ack
band
s at
the
top
and
bot
tom
(le
tter
box
form
at).
The
˚
and
¸
butt
ons
allo
w y
ou t
o m
ove
the
imag
e up
or
dow
n.
Sub
titl
e Z
oo
m M
ode
Thi
s m
ode
is u
se t
o di
spla
y 4:
3 pi
ctur
es u
sing
the
full
surf
ace
ofth
e sc
reen
leav
ing
the
subt
itles
vis
ible
. The
˚ a
nd¸
butt
ons
allo
w y
ou t
o m
ove
the
imag
e up
or
dow
n.
Sup
erw
ide
Mo
de
Thi
s m
ode
is u
se t
o di
spla
y 4:
3 pi
ctur
es u
sing
the
full
surf
ace
of t
hesc
reen
by
enla
rgin
g th
e si
des
of t
he p
ictu
re. T
he˚
and
¸
butt
ons
allo
w y
ou t
o m
ove
the
imag
e up
or
dow
n.
Wid
escr
een
Mo
deT
his
mod
e re
stor
es t
he c
orre
ct p
ropo
rtio
ns o
f pic
ture
s tr
ansm
itted
in 1
6:9
usin
g fu
ll sc
reen
dis
play
. If
you
disp
lay
a 4:
3 pi
ctur
e in
thi
s m
ode,
it w
ill b
e en
larg
ed h
oriz
onta
lly.
FEATURES
•TIMER
•ACTIVE CTRL
•CHILD LOCK
FORMAT
•4:3
•ROTATION
Ñ
É
Directions for UseEN 20 EM1.2A AA3.
31
SM
AR
TP
ICT
UR
E A
ND
SM
AR
TS
OU
ND
CO
NT
RO
L
SM
AR
T P
ICT
UR
E fe
atur
e of
fers
you
a c
hoic
e of
5 p
ictu
re s
ettin
gs, n
amel
y, R
ICH
,N
AT
UR
AL
,S
OF
T,
PE
RS
ON
AL
and
MU
LT
IME
DIA
.
SM
AR
T S
OU
ND
feat
ure
offe
rs y
ou a
cho
ice
of 4
sou
nd s
ettin
gs, n
amel
y, T
HE
AT
RE
,M
US
IC,V
OIC
E a
nd P
ER
SO
NA
L.
Pres
s
(S
MA
RT
PIC
TU
RE
) or
(
SM
AR
T S
OU
ND
) bu
tton
rep
eate
dly
to c
ycle
thro
ugh
the
sett
ings
to
sele
ct y
our
desi
red
mod
e.
Defi
nit
ion
of
Pic
ture
Sett
ing
s
PE
RS
ON
AL
:Pic
ture
set
tings
are
set
to
your
pref
eren
ce.
RIC
H:E
mph
asiz
e ve
ry v
ibra
nt c
olou
rs.
(Sui
tabl
e fo
r A
V m
ode
in b
righ
tly-li
tro
om)
NA
TU
RA
L:E
mph
asiz
e or
igin
al c
olou
rs.
SO
FT
:Em
phas
ize
“war
m”
colo
urs.
(Sui
tabl
e fo
r di
mly
-lit
room
con
ditio
nan
d g
ives
cin
ema-
like
effe
ct w
hen
light
is s
witc
hed
off).
MU
LT
IME
DIA
:Em
phas
ize
“sof
t” c
olou
rs. (
Suita
ble
for
play
ing
com
pute
r ga
mes
, sur
fing,
etc
.)
No
te :
The
PE
RS
ON
AL
set
ting
is t
he s
ettin
g th
at y
ouse
t up
usi
ng t
he P
ictu
re m
enu
in t
he m
ain
men
u. T
his
is t
he o
nly
sett
ing
in t
he S
mar
t Pi
ctur
e se
ttin
gs t
hat
can
be c
hang
ed.
All
the
othe
r se
ttin
gs a
re p
re-s
et a
tth
e fa
ctor
y.
Defi
nit
ion
of
So
un
d S
ett
ing
s
PE
RS
ON
AL
:So
und
sett
ings
are
set
to
your
pref
eren
ce.
VO
ICE
:Em
phas
ize
high
ton
e. (
Tre
ble
boos
ted)
MU
SIC
:Em
phas
ize
low
ton
e. (
Bass
boo
sted
)
TH
EA
TR
E:
Emph
asiz
e se
nsat
ion
to a
ctio
n.(B
ass
and
Tre
ble
boos
ted)
PERSONAL
RICH
NATURAL
SOFT
MULTIMEDIA
PERSONAL
VOICE
MUSIC
THEATRE
30
US
ING
TH
E B
LU
E M
UT
E F
EA
TU
RE
Blue
Mut
e fe
atur
e in
dica
tes
to y
ou t
he a
bsen
ce o
f sig
nalw
hen
the
TV
scr
een
turn
s bl
ue. T
oac
tivat
e th
e Bl
ue M
ute
feat
ure,
sel
ect
the
“ON
” op
tion
in t
he B
lue
Mut
e m
enu.
Ho
w t
o a
cces
s th
e B
lue
Mut
e fu
ncti
on
1.Pr
ess
the
(M
EN
U)
butt
on t
o en
ter
mai
n m
enu
and
pres
s th
e
(
CU
RS
OR
DO
WN
) bu
tton
repe
ated
ly u
ntil
FE
AT
UR
ES
is s
elec
ted.
2.Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
on t
oen
ter
FE
AT
UR
ES
men
u.
3.Pr
ess
the
(C
UR
SO
R D
OW
N)
butt
onre
peat
edly
unt
il B
LU
E M
UT
E is
sel
ecte
d.
4.Pr
ess
the
(C
UR
SO
R R
IGH
T)
butt
onto
sel
ect
ON
opt
ion
to a
ctiv
ate
the
Blue
Mut
efu
nctio
n.
5.Pr
ess
the
(O
SD
) bu
tton
to
exit
men
u fr
om s
cree
n.
MEN
U
¸
˙ ¸ ˙ m
•PICTURE
TIMER
•SOUND
ACTIVE CTRL
•FEATURES
CHILD LOCK
•INSTALL
FORMAT
ROTATION
É
É
ÑFEATURES
•ACTIVE CTRL
•CHILD LOCK
•FORMAT
•ROTATION
BLUE MUTE
•OFF
É
ÑFEATURES
•ACTIVE CTRL
•CHILD LOCK
•FORMAT
•ROTATION
BLUE MUTE
•ON
Directions for Use EN 21EM1.2A AA 3.
33
Pre
ss b
utto
nR
esul
t o
n sc
reen
US
ING
TH
E T
EL
ET
EX
T
7H
old
Not
app
licab
le.
8In
terr
upt
Not
app
licab
le.
9S
elec
ting
aFo
r a
tele
text
pag
e w
ith s
ub-p
ages
,su
b-pa
gepr
ess
the
Cur
sor
Lef
t or
Rig
htbu
tton
to
acce
ss t
he p
revi
ous
sub-
page
or
the
next
sub
page
.
9 10
Reveal/
Pres
s th
e bu
tton
onc
e to
rev
eal
Co
nceal
hidd
en in
form
atio
n (s
olut
ions
to
puzz
les,
rid
dles
, etc
). Pr
ess
the
butt
on t
he s
econ
d tim
e to
con
ceal
info
rmat
ion.
Thi
s bu
tton
is a
pplic
able
only
to
tele
text
pag
e w
ith p
uzzl
es,
ridd
les,
etc
.)
Ho
w t
o s
elec
t yo
ur fa
vour
ite
page
Thi
s fe
atur
e al
low
s yo
u se
lect
4 o
f you
r fa
vour
ite o
r m
ost
com
mon
ly v
iew
ed p
age
and
stor
edth
em in
the
favo
urite
pag
e se
lect
ion.
You
can
the
n ac
cess
dir
ectly
you
r fa
vour
ite p
age
by t
heco
lour
but
tons
with
out
havi
ng t
o ke
y in
the
pag
e nu
mbe
r.
1.Pr
ess
the
TE
LE
XT
EX
T O
N/O
FF
) bu
tton
to
ente
r te
lete
xt m
ode.
2.Pr
ess
the
(M
EN
U)
butt
on t
o en
ter
favo
urite
pag
e se
lect
ion.
No
te :
The
col
our
alph
abet
s at
the
bot
tom
of t
he s
cree
n is
now
cha
nged
to
page
num
bers
.
3.K
ey in
you
r fa
vour
ite p
age
by t
he
(D
IGIT
0 -
9) b
utto
ns.
4.Pr
ess
the
(O
SD
) bu
tton
to
high
light
pag
er n
umbe
rs.
5.Se
lect
the
col
our
butt
on o
n yo
ur r
emot
e co
ntro
l you
wan
t yo
ur fa
vour
ite p
age
to b
e st
ored
.
6. R
epea
t st
ep 3
to
5 to
sel
ect
and
stor
e ot
her
favo
urite
pag
es.
7
8
99
10
MEN
U
m
32
Pre
ss b
utto
nR
esul
t o
n sc
reen
US
ING
TH
E T
EL
EX
TE
XT
If a
TV
cha
nnel
bro
adca
st c
onta
ins
tele
text
info
rmat
ion,
eac
h ch
anne
l tha
t br
oadc
asts
tele
text
tra
nsm
its a
pag
e (in
dex
page
) w
ith in
form
atio
n on
how
to
use
the
tele
text
sys
tem
,us
ually
on
page
100
. The
sys
tem
tra
nsm
itted
is in
dica
ted
in t
he o
ptio
n lin
e at
the
bot
tom
of t
he s
cree
n.
1O
n/O
ff t
elet
ext
Pres
s th
e bu
tton
onc
e to
sw
itch
onan
dte
lete
xt d
ispl
ay.
(A c
hann
el in
whi
chS
uper
impo
sete
lete
xt is
bei
ng t
rans
mitt
ed m
ust
bete
lete
xt p
age
sele
cted
).o
ver
TV
Pres
s th
e bu
tton
the
sec
ond
time
pro
gram
me
supe
rim
pose
the
tel
etex
t pa
ge o
ver
the
TV
pro
gram
me.
Pres
s th
e bu
tton
the
thi
rd t
ime
to e
xit
tele
text
mod
e.
2S
elec
ting
aK
ey in
the
req
uire
d te
lete
xt p
age
tele
text
pag
e(3
dig
its).
The
pag
e nu
mbe
r is
disp
laye
d at
the
top
left
han
d co
rner
of t
he s
cree
n. W
hen
the
tele
text
page
is lo
cate
d, t
he c
ount
er s
tops
sear
chin
g. If
the
cou
nter
kee
psse
arch
ing,
it m
eans
tha
t th
e pa
ge is
not
avai
labl
e fo
r se
lect
ion.
If y
oum
ake
a m
ista
ke in
key
ing
the
page
num
ber,
you
hav
e to
com
plet
eke
ying
the
3-d
igit
num
ber
befo
rere
-key
ing
the
corr
ect
page
num
ber.
3A
cces
sing
Pres
s th
e C
UR
SO
R U
P b
utto
n to
a te
lete
xtdi
spla
y th
e ne
xt p
age
and
the
page
CU
RS
OR
DO
WN
but
ton
todi
spla
y th
e pr
evio
us p
age.
4D
irec
t A
cces
s to
The
4-c
olou
r bu
tton
s al
low
you
to
an it
em o
rac
cess
dir
ectly
an
item
or
corr
espo
ndin
gco
rres
pond
ing
page
s.pa
ges
5M
ain
Inde
xN
ot a
pplic
able
.
6E
nlar
gePr
ess
the
butt
on o
nce
to e
nlar
ge a
ndvi
ew t
he t
op h
alf o
f the
pag
e.Pr
ess
the
butt
on t
he s
econ
d tim
e to
enla
rge
and
view
the
bot
tom
hal
f of
the
page
. Pre
ss t
he b
utto
n th
e th
ird
time
to r
etur
n to
nor
mal
siz
e pa
ge.
1 234 6 5
Mechanical InstructionsEN 22 EM1.2A AA4.
4. Mechanical Instructions
Index of this chapter:1. Service connector2. Set Disassembly3. Service Positions4. Assembly / Board Removal5. Set Reassembly Note: Figures below can deviate slightly from the actual product, due to different set designs.
4.1 Service Connector (for ComPair)
To perform service diagnostics with ComPair, it is not necessary to disassemble the set. You simply have to connect the ComPair interface box with the appropriate cable, to the service connector. This connector is located on the rear of the set behind a small plastic cover plate (see figure below.) Then start the ComPair program (see chapter 5.)
4.2 Set Disassembly
Follow the disassembly instructions below.
4.2.1 Back Cover Removal
Figure 4-1 Rear Cover Removal
Warning: Disconnect the mains power cord before you remove the back cover.To access the electronics of the set, you must remove the back cover:1. Remove the screws [1] of the rear jack panel cover plate.2. Remove the remaining screws [2] at the two sides, and the
top of the back cover.3. Remove the back cover. Make sure that wires and cables
are not damaged while removing the cover.4. Remove the rear jack panel cover plate by removing
screws [3.] Pull the plate backwards.
4.3 Service Positions
This chassis has several predefined service positions, for better accessibility. They are explained below in more detail.
4.3.1 Control-Jack-High-Definition-Interface Panel Solder Side
Figure 4-2 Service position 1
To remove or access the “Control-Jack-High-Definition-Interface” panel, do the following:1. Remove screw [1.]2. To release the peg, push it toward the CRT [2.] At the same
time use a screwdriver to release the clamp at the right side of the bracket.
3. Now, pull the complete module away from the LSP [3.] It hinges in the LSP bracket.
4. To remove the panel, remove the four panel screws [4.]
4.3.2 LSP Component Side
Figure 4-3 Service position 2
To better access the component side of the LSP, do the following (see figure above):1. Remove the LSP bracket from the bottom tray by pulling it
backwards.2. Hook the bracket in the first row of holes of the bottom tray.
In other words, reposition the bracket from [1] to [2.]
CL 26532072_012.eps180602
12
3
1
1
2
3
4 4
CL 26532072_013.eps140602
2
CL 26532072_018.eps180602
Bottom tray2
1
1
2
LSP
LOT - bracket
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Mechanical Instructions EN 23EM1.2A AA 4.
4.3.3 LSP Solder Side
Figure 4-4 Service position 3
To access the bottom side (solder side) of the LSP, do the following (see figure above):1. Remove the DAF module (see paragraph “DAF Assembly/
Panel” below.)2. To disconnect the degaussing coil from the LSP, remove
the cable from connector 1502 [1.]3. Release the wires from their clamps to make room to
reposition the LSP.4. Turn the LSP 90 degrees clockwise [2], and place it in the
hole at the left side of the bottom tray [3.]
4.3.4 Small Signal Board (SSB)
There is no predefined service position for the SSB. Most test points are located on the A-side (the side that faces the tuner.) If you have to replace ICs, you must take the complete SSB module out of the SIMM-connector.To access the SSB test points, do the following:
Figure 4-5 SSB removal (part 1)
1. Put the LSP in service position 2 (as described above.)2. Remove the fixation screw, which holds the SSB-bracket
[1.]3. Release the clamping jaw at the top of the SSB bracket [2]
and [3.]4. Push the two clamping lugs outwards, and pull the top of
the bracket at the same time upwards [4] and [5.]
5. Now you can remove the complete bracket. Push it, at the height of the LSP-bracket, towards the CRT [6] and lift it out of the LSP-bracket [7.]
Figure 4-6 SSB removal (part 2)
1. Push the top of the SSB toward the LOT [1.]2. Due to the pressure, the two metal clamps at both sides of
the SIMM-connector will release [2.]3. Take the complete SSB out [3.]
Figure 4-7 SSB removal (part 3)
1. Once you have taken out the SSB, remove the A-side shielding [2.] Sometimes it is necessary to unsolder some solder tags before doing this [1.]
2. Replace the SSB module in the SIMM-connector in reverse order.
Notes: • For better access to the SSB, it is possible to order an
“extension board,” which is part number 9965 000 05769. • If it is necessary for measurements, you can put the LSP in
“service position 3” (as described above.)
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Mechanical InstructionsEN 24 EM1.2A AA4.
4.4 Assembly / Board Removal
Sometimes, it may be necessary to swap a complete assembly or Circuit Board Assembly (CBA.) This procedure is explained below.
4.4.1 Top Control Assembly/Panel
Figure 4-8 Top control assembly
1. Remove the two fixation screws.2. Pull the board backward.
4.4.2 Side-I/O Assembly and Panel
Figure 4-9 Top control assembly
1. Remove the fixation screws2. Pull the assembly backward.3. Release the cable from its clamp.
4. Release the two clamps on the front side of the bracket (the board hinges at the back side.)
5. Remove the board from the bracket.
4.4.3 Mains Switch Assembly/Panel
Figure 4-10 AC Power Switch / LED Panel
1. Release the fixation clamps by pushing them upward [1.]2. At the same time, pull the complete assy backward [2.]
Note: Be aware that the degaussing coil may hamper this.3. Now release the two fixation clamps [3], in order to remove
the print from its bracket [4.]Note: If necessary, you can replace the light guide.
4.4.4 DAF Assembly/Panel
Figure 4-11 DAF module
1. Remove the screw [1] (if present.)2. Push the clamp [2] down, and, at the same time, pull the
complete bracket away from the CRT [3.] The module is now free from the LSP bracket.
3. Release the clamps [4], in order to remove the board from its bracket.
4.4.5 Small Signal Board (SSB)
See section “Small Signal Board (SSB)” above.
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4.4.6 Large Signal Panel (LSP)
1. Remove the SSB (see paragraph “Small Signal Board (SSB)” above.)
2. Remove the DAF-module (see paragraph “DAF Assembly/Panel” above.)
3. Disconnect the necessary cables.4. Release the clamps on the left of the LSP-bracket (the
board hinges at the right side.)5. Remove the board from the bracket.
4.5 Set Reassembly
To reassemble the set, perform all disassembly processes in reverse order. Before replacing the back cover:• Be sure the mains power cord is mounted correctly in its
guiding brackets.• Be sure all wires/cables are returned to their original
positions. This is very important due to the large “hot” area of the set
Service Modes, Error codes, and FaultfindingEN 26 EM1.2A AA5.
5. Service Modes, Error codes, and Faultfinding
Contents of this chapter:1. Test conditions.2. Service Modes.3. Problems and problem solving tips (related to CSM).4. ComPair.5. Error codes.6. The “blinking LED” procedure.7. Protections.8. Repair tips.
5.1 Test conditions
Perform measurements under the following conditions:• Service mode: SDM (Service Default Mode).• Video: color bar signal.• Audio: 1kHz, mono.
5.2 Service Modes
The Service Default Mode (SDM) and Service Alignment Mode (SAM) offer several features for the service technician, while the Customer Service Menu (CSM) is used for communication between the servicer and the customer. There is also the option of using ComPair, a hardware interface between a computer (see requirements below) and the TV chassis. It offers the ability of structured troubleshooting, error code reading, and software version readout for this chassis.Minimum requirements: a 486 processor, Windows 3.1 and a CD-ROM drive (see 'ComPair' section).
5.2.1 Service Default Mode (SDM)
Purpose• Provide a situation with predefined settings in order to
retrieve the same measurement results as published in this manual.
• Start the “blinking LED” sequence procedure.• Have the possibility to override the 5V protection.
Specifications• Tuning frequency: 61.25 MHz for NTSC.• Colour system: NTSC.• All picture settings at 50% (brightness, color, picture).• All sound settings at 50% except volume at 25% (bass,
treble, and balance at 50%, volume at 25%).• All service-unfriendly modes (if present) are disabled, such
as:– (sleep) timer,– child/parental lock,– blue mute,– hotel/hospitality mode,– auto switch-off (when no video signal is received for 15
minutes),– skip/blank of non-favorite presets/channels,– auto store of personal presets,– auto user menu time-out.
How to enter SDMUse one of the following methods:• Press the following key sequence on the remote control
transmitter:• 0-6-2-5-9-6-MENU Do not allow the display to time out
between entries while keying the sequence.• • Note: It is possible that the main menu will appear when
entering SDM. To switch it off, push the ‘MENU’ button again.
•
• Via ComPair (simulating the DST).• Via short-circuiting the solder pads on the SSB (next to
connector 1304). Disconnect the set from the mains, short circuit pads, then reconnect the set to the mains.
Caution: Entering SDM by short-circuiting the solder pads on the SSB will override the 5V protection. This should only be done for a short period. In case of SW protections (errors 1,2 and 4), the set will shut down in 15 seconds.When doing this, the service technician must know what he is doing, as it could lead to damaging the set. After entering SDM, 'SDM' will appear at the upper right corner of the screen for recognition.
How to navigate in SDMWhen you press the 'MENU' button on the remote control transmitter, the set toggles between the SDM and the normal user menus (with the SDM mode still active in the background). When you press the 'STATUS/EXIT' button on the remote control transmitter, the set shows/hides the error buffer. To prevent interference with oscilloscope measurements, it is possible to hide the OSD.
How to exit SDMSwitch the set to STANDBY by pressing the ‘POWER’ button on the remote control transmitter or press the 'POWER' switch on the set.
5.2.2 Service Alignment Mode (SAM)
Purpose• To perform alignments.• To change option settings.• To display/clear the error code buffer.
Specifications• Software alignments.• Option settings.• Error buffer reading and erasing. The most recent error
code is displayed on the left side.• Hours counter (in hexadecimal format)• Software version.
How to enter SAMUse one of the following methods:• Press the following key sequence on the remote control
transmitter:• 0-6-2-5-9-6-STATUS/EXIT Do not allow the display to time
out between entries while keying the sequence.• Via ComPair (simulating the dealer remote).• By using the 'ALIGN' button on the dealer remote while the
set is in normal operation mode.• Via short-circuiting the solder pads on the SSB (next to
connector 1304). Disconnect the set from the mains, short circuit pads, then reconnect the set to the mains. The set will startup in SDM, press 0-6-2-5-9-6-STATUS/EXIT to switch to SAM.
After entering SAM, 'SAM’ will appear at the upper right corner of the screen for recognition.
Explanation of SAM menuThe Service Alignment Mode menu will now appear on the screen. The following information is displayed:1. ‘Operation hours’ timer (hexadecimal)2. Software identification of the main microprocessor
(AAABBC-X.Y, example: EM12U1-1.0)• AAA is the chassis name.
Service Modes, Error codes, and Faultfinding EN 27EM1.2A AA 5.
• BB = Software code belonging to a certain stroke number.
• C = language cluster number.• X = main software version number.• Y = software sub-version number.
3. Error buffer (7 errors possible).4. Option bytes (8 codes possible); options are explained
below.5. Sub menus are listed in a scroll menu.
How to navigate in SAMSelect menu items with the 'MENU UP/DOWN' keys. This will highlight the selected item. When not all menu items fit on the screen, use the 'MENU UP/DOWN' keys to display the next/previous menu items. With the 'MENU LEFT/RIGHT' keys, it is possible to:• (De)activate the selected menu item (for example, SERV-
BLK).• Change the value of the selected menu item (for example,
VER-SLOPE).• Activate the selected sub menu (for example,
GEOMETRY). Pressing the 'MENU/SELECT' button on the remote control transmitter switches between the SAM and the normal user menus (with the SAM mode still active in the background). Press the 'MENU/SELECT' key in a sub menu to return to the previous menu.
How to exit SAMSwitch the set to STANDBY by pressing the power button on the remote control transmitter or press the 'POWER' switch on the set.
5.2.3 Customer Service Mode (CSM)
PurposeWhen a customer is having problems with his TV set, the service technician can ask the customer to activate the CSM, in order to identify the status of the set. Now, the service technician can judge the severity of the complaint. In many cases, he can advise the customer how to solve the problem, or he can decide if it is necessary to visit the customer.The CSM is a read only mode; therefore, modifications are not possible in this mode.
How to enter CSMThe CSM will be turned on after pressing the ‘MUTE’ key on the remote control transmitter and any of the control buttons on the TV for at least 4 seconds simultaneously. This activation only works if there is no menu on the screen. Line 1:HRS: Hexadecimal counter of operating hours. Example: 1B (hex)= 0001 1011 (binary)= 27 (decimal).Standby hours are not counted as operating hours. Note: every time the set is turned on, the counter will advance one hour. SWID: Software identification of the main microprocessor (see explanation of software version in the “Service Alignment Mode” section). Line 2:Error code buffer (for more details see “Error buffer” section). Displays the last 7 errors of the error code buffer. Line 3:Option bit setting controls the software and hardware functionality. An option byte or option number represents 8 of those bits. Each option number is displayed as a decimal number between 0 and 255. The set may not work correctly
when an incorrect option code is set. See “Alignments” section for more information on correct option settings. Line 4:Not valid in this set. No message here. Line 5:Indicates that the set is not receiving a signal on the selected source. Note: On some models, BLUE MUTE is displayed (if the BLMU option is ON) when no signal is received.If there is no signal, 'NO SIGNAL' is displayed. Line 6:Indicates whether the SLEEPTIMER function is ON/OFF. This is displayed by 'TIMER ON.' Line 7:Indicates whether the CHILD LOCK function is ON/OFF. This is displayed by 'CHANNEL LOCKED.' Line 8:Indicates whether the current channel is defined as SKIPPED or NOT PREFERRED. Line 9:Not valid. Line 10:Indicates the source at entry to CSM: Channel number or External source name (AV1, AV2, AV3, AV4, CVI). Line 11:Indicates which sound mode is installed for this channel: Mono, Stereo, or SAP. Line 12 to 17:Values indicate parameter levels of volume, balance, hue, color, brightness, and picture at CSM entry.
How to exit CSMThe Customer Service Mode will switch off after pressing any key on the remote control transmitter (except the 'channel +' or 'channel -' key) or turning off the TV set with the 'POWER' button on the remote control transmitter or the television set.
5.3 Problems and Problem Solving Tips
5.3.1 Picture Problems
TV switches off or changes channel without any user actionThe TV set switches off after 'TV SWITCHING OFF' was displayed.Auto standby switched the set off because:• There was no signal identification signal for more than 15
minutes.• There was no remote control transmitter signal received or
local key pressed for over 2 hours. See “Alignments” section for a description of the options to enable/disable auto standby (option SBNP).
Picture too dark or too bright• Press the 'Smart Picture' button on the remote control
transmitter. If the picture improves, increase/decrease the brightness value or increase/decrease the contrast value.
• If the picture is OK after entering Customer Service Mode, increase/decrease the brightness value or increase/decrease the contrast value.
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White line around picture elements and text• Press the 'Smart Picture' button on the remote control
transmitter. If the picture improves, decrease the sharpness value.
• If the picture is OK after entering Customer Service Mode, decrease the sharpness value.
Snowy pictureCheck CSM line 5. If this line indicates 'NO SIGNAL', check the following:• no antenna signal or bad antenna signal; connect a proper
antenna signal• antenna not connected; connect the antenna• no broadcast on this channel.• the tuner is faulty (in this case the 2: CODES line will
contain number 13 (Main Tuner 'A'); check the tuner and replace/repair the tuner if necessary
Snowy picture and/or unstable picture• A scrambled or decoded channel is being received.
Black and white picture• Press the 'Smart Picture' button on the remote control
transmitter. If the picture improves, increase the color value.
• If the picture is OK after entering Customer Service Mode, increase the color value.
Menu text not sharp enough• Press the 'Smart Picture' button on the remote control
transmitter. If the picture improves, decrease the contrast value.
• If the picture is OK after entering Customer Service Mode, decrease the contrast value.
5.3.2 Sound Problems
No sound or sound too loud (after channel change/switching on)• If the volume is OK after entering Customer Service Mode,
increase/decrease the volume level.
5.4 ComPair
5.4.1 Introduction
ComPair (Computer Aided Repair) is a service tool for Philips Consumer Electronics products. ComPair is a further development of the DST (special remote control transmitter for Service), which allows faster and more accurate diagnostics. ComPair has three big advantages:ComPair helps you to quickly get an understanding how to repair this chassis in a short time by systematically guiding you through the repair procedures.ComPair allows very detailed diagnostics (on I2C level) and is therefore capable of accurately indicating problem areas. You do not have to know anything about I2C commands yourself because ComPair takes care of this.ComPair speeds up the repair time since it can automatically communicate with the chassis (when the microprocessor is working) and all repair information is directly available. When ComPair is installed together with the SearchMan/ EM1.2A electronic service manual, schematics and CBAs are only a mouse-click away.
5.4.2 Specifications
ComPair consists of a Windows based faultfinding program and an interface box between PC and the (defective) product. The ComPair interface box is connected to the PC via a serial or RS232 cable. In this chassis, the ComPair interface box and
the TV communicate via a bi-directional service cable via the service connector at the rear side of the set. The ComPair faultfinding program is able to detect and diagnose problems occurring in the product. ComPair can gather diagnostic information in two ways:• Automatic (by communication with the television):
ComPair can automatically read out the contents of the entire error buffer. Diagnosis is done on I2C level. ComPair can access the I2C bus of the television. ComPair can send and receive I2C commands to the microprocessor of the television. In this way, it is possible for ComPair to communicate (read and write) to devices on the I2C busses of the television set.
• Manually (by asking questions to you): Automatic diagnosis is only possible if the microprocessor of the television is working correctly and only to a certain extent. When this is not the case, ComPair will guide you through the faultfinding tree by asking you questions (for example, Does the screen give a picture? Click on the correct answer: YES/NO) and showing you examples (for example, Measure test point I7 and click on the waveform you see on the oscilloscope). You can answer by clicking on a link (for example, text or a waveform picture) that will bring you to the next step in the faultfinding process.
By a combination of automatic diagnostics and an interactive question/answer procedure, ComPair will enable you to find most problems in a fast and effective way. Besides fault finding, ComPair provides some additional features like:• Emulation of the Dealer Service Tool (DST).• If both ComPair and SearchMan / Force (Electronic
Service Manual) are installed, all the schematics and the CBAs of the set are available by clicking on the appropriate hyperlink. Example: Measure the DC-voltage on capacitor C2568 (Schematic/Panel) at the Monocarrier.– Click on the “Panel” hyperlink to automatically show
the CBA with a highlighted capacitor C2568. – Click on the “Schematic” hyperlink to automatically
show the electronic position of the highlighted capacitor.
5.4.3 How to connect the ComPair Interface
1. First, install the ComPair Browser software on your PC (read the installation instructions carefully).
2. Connect the RS232 interface cable between a free serial (COM) port of your PC and the PC connector (marked 'PC') of the ComPair interface.
3. Connect the AC power adapter to the supply connector (marked with 'POWER 9V DC') on the ComPair interface.
4. Switch the ComPair interface OFF.5. Switch the television set OFF.6. Connect the ComPair interface cable between the
connector on the rear side of the ComPair interface (marked with ' I2C ') and the ComPair connector on the mono carrier (see “ComPair interface connection” figure).
7. Plug the AC power adapter in the AC power outlet and switch on the interface. The green and red LEDs light up together. The red LED extinguishes after approx. 1 second while the green LED remains lit.
8. Start ComPair and select 'File' menu, 'Open...' select 'EM1.2A Fault finding' and click 'OK'.
9. Click on the icon to switch the communication mode 'ON' (the red LED on the ComPair interface will light up).
10. Apply AC power to the television set with the 'POWER' switch.
11. If the set is in STANDBY, click on 'Start up in ComPair mode from standby' in the ComPair EM1.2A faultfinding tree; otherwise, continue.
Service Modes, Error codes, and Faultfinding EN 29EM1.2A AA 5.
Figure 5-1 ComPair interface connection
The set has now started up in ComPair mode. Follow the instructions in the faultfinding tree to diagnose the set. Note that the OSD works, but the actual user control is disabled
5.5 Error Buffer
5.5.1 Introduction
The error code buffer contains all detected errors since the last time the buffer was erased. The buffer is written from left to right. When an error occurs that is not yet in the error code buffer, it is written at the left side and all other errors shift one position to the right.
5.5.2 How to Read the Error Buffer
Use one of the following methods:• On screen via the SAM (only if you have a picture).
Examples:– ERROR: 0 0 0 0 0 : No errors detected– ERROR: 6 0 0 0 0 : Error code 6 is the last and only
detected error– ERROR: 9 6 0 0 0 : Error code 6 was detected first and
error code 9 is the last detected (newest) error• Via the blinking LED procedure (when you have no
picture). See 'The Blinking LED Procedure' section.• Via ComPair.
5.5.3 How to Clear the Error Buffer
Use one of the following methods to clear the error buffer:• Activate the 'CLEAR ERRORS' command in the SAM
menu.• Transmit the command 'DIAGNOSE-99-OK' with ComPair.• If the contents of the error buffer have not changed for 50
hours, the error buffer resets automatically.
5.5.4 Error Codes
If the set has non-intermittent faults, clear the error buffer before starting repairs. This is to ensure that “old” error codes are not present. If possible, check the entire contents of the error buffer. In some situations, an error code is only the result of another error code (and not the actual cause of the problem). For example, a fault in the protection detection circuitry can also lead to a protection.
Table 5-1 Error Codes
Explanation of error codes: Error 0No errors Error 1‘FBX 3V3 protection’This protection is activated when the PICNIC (pos. 7709 on diagram B3) cannot communicate via I2C for a certain time. This could mean that stabilizer 7009 (B7) or 7713 (B3) on SSB (depending on the set) is defective. When there is a short circuit to ground behind the stabilizer, 7009 or 7713 could become very hot. For safety reasons, the set will switch to protection mode. Error 2‘No Horizontal Flyback protection’The HOP (pos. 7301 on diagram B4 detects the absence of an HFB pulse (pin 3 of connector 1424 on LSP, diagram A3)). A bit will be set in the HOP. After filtering by the software, the set will switch to protection mode. Error 4‘+5V protection’When the +5V protection is active, the set is switched to protection mode and error code 4 is placed in the error buffer. The LED will blink 4 times (repeatedly). A 5V failure can cause a drop in the 5V supply output, resulting in an undefined behavior of the set. Therefore, some I2C devices (Tuner and MSP) connected to the 5V supply are constantly monitored. When none of these devices responds to the microprocessor for a prolonged time, the microprocessor assumes that there is a failure in the 5V supply.By starting up (by disconnecting/reconnecting the set from the mains) the set while short-circuiting the SDM solder pads on the SSB, the +5V protection will be overridden, and it will be easier to determine the cause. The +5V protection will be activated when these I2C devices fail (no I2C communication):– Main Tuner (pos. 1200 on the LSP),– MSP3452 sound processor (pos. 7651 on the SSB). The following tips are useful to isolate the problem area, after overriding the +5V protection. Determine whether:– The MSP sound processor is loading the +5V; isolate 3650
and/or 4604 (see diagram B6).– The main Tuner is loading the +5V source; isolate coil
5901. Error 5‘HOP POR error’
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Error Device Description
1 FBX 3V3 protection FBX 3V3 protection
2 No HFB No Horizontal Flyback
4 5V protection 5V protection
5 No HOP POR Startup failure
6 General IðC bus error General IðC bus error
7 Mains Dip error HW error
9 TEDE9 Tuner protection
10 MC24C32 NVM communication error
11 MC24C32 NVM identification error
12 SAA5667 Main uP, int. RAM test failure
14 MSP3451 MSP34xx
22 TDA9178 Histogram IC
30 TDA9320 HIP I/O video processing
31 SAA4978 PICNIC
32 TDA9330 HOP video control/geometry
35 M62320 I/O expander HD Jack
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When the POR bit is not communicated during startup, the processor will generate 'HOP POR not successful.' Error 6‘General I2C error’This will occur in the following cases:– SCL or SDA is shorted to ground.– SCL is shorted to SDA.– SDA or SCL connection at the microprocessor is open. Error 7‘Mains Dip error’ Hardware error; this error indicates problems with the mains. Error 9‘TEDE9’ Tuner protection of the main tuner. Error 10‘NVM error’Non Volatile Memory (EEPROM - pos. 7012) does not respond to the microprocessor. Error 11‘NVM Identification error’During the last startup, the NVM and the microprocessor did not recognize each other (for example, one of them was replaced, or the NVM memory has been changed/adapted or lost), therefore the NVM was loaded with default values. Error 12‘Painter error’Microprocessor (Painter - pos. 7001) internal RAM test failure. Error 14MSP errorSound controller MSP34xx (pos. 7651) does not respond to the microprocessor. Error 22Histogram IC errorError 30HIP I/O errorTDA 9321 HIP I/O video processing I2C communication failure. Error 31PICNIC errorSAA4978 PICNIC I2C communication failure. Error 32HOP errorTDA 9330 HOP video control/geometry I2C communication failure (pos. 7301 on the SSB). Error 35I/O expander errorI/O expander IC M62320P I2C communication failure. Note: Error codes 1, 2, 4, and 7 are protection codes, and in this case supplies of some circuits will be switched off. Also, in protection, the LED will blink the number of times equivalent to the most recent error code.
5.6 The 'Blinking LED' Procedure
Via this procedure, you can make the contents of the error buffer visible via the front LED. This is especially useful for fault finding when there is no picture. When the SDM is entered, the LED will blink the contents of the error buffer.Error codes > 10 are shown as follows:– a long blink of 750ms (which is an indication of the decimal
digit),– a pause of 1.5s,
– n short blinks (n = 1 - 9),– when all the error codes are displayed, the sequence
finishes with a blink of 3s,– the sequence starts again. Example of error buffer: 12 9 6 0 0After entering SDM:– 1 long blink of 750ms followed by a pause of 1.5s,– 2 short blinks followed by a pause of 3s,– 9 short blinks followed by a pause of 3s,– 6 short blinks followed by a pause of 3s,– 1 long blink of 3s to finish the sequence,– the sequence starts again. Note: If errors 1, 2, 4 or 7 occur, the LED always gives the most recent error, even if the set is NOT in service mode.
5.7 Protections
5.7.1 General
This chassis has only one microprocessor (Painter) which remains active during Standby. This is because power for the microprocessor and the memories comes from the 3V3 supply, which is derived from the 5V Standby circuitry. Therefore, in both Power On and Standby mode the microprocessor is connected to this power supply. If a fault situation is detected, an error code will be generated, and if necessary, the set will be put in the protection mode. The protection mode is indicated by blinking of the LED (at a frequency of 3Hz). In some error cases, the microprocessor does not put the set in the protection mode. The error codes of the error buffer can be read via the service menu (SAM), the blinking LED procedure, or via DST/ComPair. To get a quick diagnosis, this chassis has 3 service modes implemented:• The Customer Service Mode (CSM).• The Service Default Mode (SDM). Startup of the set in a
predefined way.• The Service Alignment Mode (SAM). In this mode, items of
the set can be adjusted via a menu and with the help of test patterns.
The “Protection Diagram” shows the structure of the protection system. See diagram below.
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Figure 5-2 Protection diagram
There are several types of protections:• I2C related protections (for example, +5V supply check).• HOP related protections (mainly for deflection items).• Hardware errors which are not sensed by the Painter (for
example, BRIDGE_PROT)
I2C related protectionsIn normal operation, some registers of the I2C controlled ICs will be refreshed every 200ms. During this sequence, the I2C busses and the I2C ICs will be checked. The I2C protection will take place if the SDA and SCL are short-circuited to ground or to each other. An I2C error can also occur if the power supply of the IC is missing (for example, FBX_PROT: error 1).
HOP related protectionsEvery 200ms, the status register of the HOP is read by the Painter via I2C. If a protection signal is detected on one of the inputs of the HOP, the relevant error bit in the HOP register is set to “high.” If the error bit is still “high” after 1s, the Painter will store the error code in the error buffer (NVM) and, depending on the relevance of the error bit, the set may or may not go into protection mode. • HFB: Horizontal Flyback. If the horizontal flyback is not
present, then this is detected via the HOP (HFB_X-RAY_PROT). One status bit is set to “high.” The error code is stored in the error buffer and the set will go into the protection mode.
• Flash detection. From the EHT info, via D6303 and T7303, a flash will stop the H-drive and line output stage immediately. The FLS bit in the status register of the HOP is set to “high.” As the duration of a flash is very short, the FLS bit will be reset to “low” again after the flash refresh, and the set will be started again via a slow start.
Hardware related protectionsDue to the architecture (with “hot” deflection) there are two protections that are “unknown” to the microprocessor, namely the 'BRIDGE_PROT' (coming from the line stage) and the 'DEFL_PROT' protection (coming from the frame deflection stage).If one of these protections is triggered, the set is switched to “Standby” mode. The Painter will now try to restart the set. If
this does not succeed after 5 times (after 30 - 60 seconds), the Painter will generate error 2 (this error can have several causes, such as repeating flashes, BRIDGE_PROT/Non VFB leading to DEFL_PROT, or a serious AC power dip). The red LED will start blinking.
5.8 General tips and repair tips
5.8.1 General
Notice that a very large part of the set (Large Signal Panel) is “hot,” meaning the primary part of the Standby supply, the whole Main supply (except for the secondary Audio supply), and the complete deflection circuit are "hot."Note that the deflection-coil is hot. This set is not equipped with an IR transmitting LED. Instead, a Service (ComPair) connector is implemented at the rear of the set, which is directly accessible (it is not necessary to remove the back cover to access the connector).In addition to this, there is a blinking LED procedure to show the contents of the error buffer. The relay you hear during switching the set “on” (via the power switch) is from the degaussing circuitry. So it is not used for switching the supply as in the MG chassis. When there is a menu on the screen, it is not possible to enter a service mode. Be sure there is no menu on the screen when attempting to enter a service mode.
5.8.2 Main Power Supply
The simplest way to repair the main supply is to check (and replace, if necessary) the gray marked components on the Main Supply. Do not try to perform measurements on the side of the SSB connected to the "hot" heatsink. This is dangerous. Most relevant service test points are connected to the Tuner side and are pointed out by service printing. Where the circuitry was too crowded to place this service printing, it has been explained on the Test Point Overviews in this manual. It is also possible to use the SSB extension panel (part number: 9965 000 05769), so that all test points are easily accessible.
5.8.3 Standby Power Supply
The simplest way to repair the standby supply is to check (and replace, if necessary) the gray marked components on the Standby Supply.
5.8.4 Horizontal Deflection
The simplest way to repair the horizontal deflection is to check (and replace, if necessary) the gray marked components on the Horizontal Line Deflection circuitry.
5.8.5 Vertical Deflection
Caution: When you suspect the Vertical Deflection circuitry, please be careful. Since there is a DC voltage on the vertical deflection, the beam current can damage the CRT neck, leading to a defective CRT.The best thing to do is:1. Interrupt pin 2 of connector 1424 on the CRT panel
(diagram F), in order to remove the 'filament' voltage from the tube (there is no beam current, so there is no chance of destroying the CRT).
2. Measure the functionality of the Frame stage with a multimeter or with an oscilloscope.
XPR (43)
FLS (5)
NHF (13)
HOP
PAINTER
EHT-INFO BCL
HFB
+5V2
FLASH DETECT
I2C
I2C SLOW BUS
HIP
HOP
PICNIC
TUNER
NVM
MSP
BOCMA DW
IO-EXPANDER DW
TUNER - DW
MULTI-PIP PROC. DW
IO-EXPANDER HD-JACK
V-CHIP
I2CI2C
PICNIC 3V3FBXPROTECTION
TUNER 8VTUNERPROTECTION
CL 16532043_013.eps190601
X-RAY PROTECTHFB X-RAY PROTECT
Service Modes, Error codes, and FaultfindingEN 32 EM1.2A AA5.
3. After you have found the cause, exchange the defective component (for example, TDA8177), and resolder the interrupted pin 2.
Block Diagrams, Testpoint Overview, and Waveforms 33EM1.2A AA 6.
-CL 36532061_001.eps030903
8418 (30")84171948 1955
(PV2 MODEL)J
DC SHIFTG0317
2P
1P
0247
BROWNBROWN
LEFTSPEAKER
(IF APPLICABLE)
(FL9 MODEL)
MAINS SWITCH PANEL
MAINS SWITCH PANELJ MAINSCORD
5P2P
0212
2P
0211
MA
INS
SW
ITC
H
5P
2P
0247
0201
MA
INS
SW
ITC
H
2P0202
OR
OR
OR
OR
OR
HORIZONTALDAF PANEL
JACK HD PANEL
N
8424
N.C.
N.C.
N.C.N.C.
N.C.
8940
3P
2P 2P
1498
1492
1492
1625
2P
14192P
1419
2P
1P
1499
1940
1953
N.C.
N.C.
TU
NE
RS
PLI
TT
ER
1943
compairinterface
LOT
12xCINCH SVHS
1491
1417 1418
1693
1497
I
SSBPANEL
3P
1933
4P
1934
6P
3P
7P1424
1000
11P
7P1304
5P1303
80P
3P
16806P
11045P
13047P
19334P
19346P
3P
3P
1935
5P
6. Block Diagrams, Testpoint Overview, and Waveforms
Wiring Diagram
O
1936
CRTPANEL
(COMPONENT VIEW)
F
TOP CONTROLPANEL
SIDEI/O PANEL
P
A
SSBB
11X
1940
1435
7X
1424
3P
BLACK
RED
2P
3P
1483
8502
8937
8335
N.C.
1010
10091008
3P
2P
1620
HEADPHONE
SVHS
RIGHT (RED)
LEFT (WHITE)
CVBS (YELLOW)
1502
0215
1505
1735
1146
1417
1936
1937
N.C.
N.C.
N.C.
1205
80P
CRT PANELF
LSP(LARGE SIGNAL PANEL)
3P
3P
3P3P
16813X
5P1947
5P
1946
1945
9P
11P
4P
2P
2P
2P
2P
10P
3P
11P
BLUEBLUE
RIGHTSPEAKER
1951
5P
BROWN
BLUE
EHTCRT
FRAMEROTATION
COIL
AQUADAG
DEGAUSSING COIL
2P
SCAVEMCOIL
CRT
A (LOT)
168210P
16806P
PV2 MODEL
OR
CRTSOCKET
F
1434
34EM1.2A AA 6.Block Diagrams, Testpoint Overview, and Waveforms
CL 36532061_002.eps020903
DAF
LOT
I
ROTATING CIRCUITRYA5
F
2
1
A28
A29
A31
3431
2430
2431
6080
1417
EHT
FOCUS B
DYNAMIC FOCUS
FILAMENT
HFB_X-RAY-PROT.
200V
HOP
VG2
10
8
11
9
3
4
6
12
3450 3451
1491
+11D
+11D
+11D
1492
EHT-INFO
EHT-INFO
3X
+11D
PORPOR
7445
FILAMENT
TO
CRT
A4TO
E/WDRIVE
F
A6
TO1224
CRT
5
5430
HOT COLD COLD
AUDIO
B4
B4
HOP
HOT
COLD
HOT
1
2
1
1417 1418
1497
5800
1693
2
1
1
1
2
1
1419
3
1
5
8
6
2 ROTATIONDEFLECTIONCOIL
1620
2
3
4
5
6
7
1
1424
2
1
3
HOPFRAMEDRIVE -
A4 B4HFB_X-RAY-PROT.
FOCUS A
2
3
4
1
1495
TILT
HOP
3400
3437
3460
3461
3462
3463
6462
6463
2462
+13V - LOT
+13V LOT
TOPANELONCRTNECK(optional)
-12V8
5463
6400
2442
2443
64605461
A32
2464
B4
3657
3464
34993498
3686
3684
+Vp
+11V_ROT1601
125mA 7680TDA7052
3685
76817682
3465
3449
6464
6465
-15V - LOT
5465
CIRCUIT
SWITCH OFFCIRCUIT
IN STAND-BY
COLD
HOR. DAFCIRCUIT
VER. DAFCIRCUIT
(OPTIONAL)
HOT
LINEDEFLECTIONCOIL
A30
A49
31 2 1
A50
+13V-LOT
3635
3636
+11D +8Vb
1
2
37613TL431
3637
+8V-S
FIL
A-
ME
NT
PU
LSE
S
A43
A44
A426620
HOT
HOT
65143510
3527
3526
2523 2515
COLDCOLD
HOT
COLD
2
1
VERT.DEFL.COIL
1625
3627
6619
36477611
7
3
2622
5
4
-15V-LOT
62
OP. AMP1
+13V-LOT
-15V_LOT
3660+VBATT
3640
3631
+8V-S6627 6626 6625
36423643
TV
3630
3632
3623
3620
5620
3634
FLYBACKGENERATOR
3638 7620TDA8177
7612A40
A39
3
2
4
1
13
2
3506
7507TCET1103
3507
3520
VBATTADJUSTMENT
3530
7506TL431CZP
3531
THERMALPROTECTION
A6
GND-FB
HOT GROUND
GND-SUPGND-FB
7529-20V
SUP-ENABLE
10N.C.
1
ACTIVATINGCIRCUIT
A4
A5
SUP-ENABLE
Block Diagram LSP Supply and Deflection
LINE DEFLECTIONA3 DC-SHIFT (OPTIONAL)GFRONT INTERFACE
J MAIN SUPPLYA1A
FRAME DEFLECTIONE/W DRIVE
A4
STAND-BY SUPPLY
MAIN SUPPLY
A2
MAINSSUPPLY
A1B
B4
B7
A15
A10
A11
A13
A16
A2
A45
A46A47
A25
A26
A24A22
A12
A3
A23
A20
6408+11D
+5.2V
+5.2V_MP
DEGAUSSING
6407
6110
6117
6118
6119
3115
3116
+8V6-SWITCH
71337130
2126
7131
STP16NE06
STP16NE06
7140
7132
3173
7141
CONTROL
6113
1148
5112
3161
5111 51306130
6148
1A25
3415
945410
7421BU2520DX
+141V
LINEOUTPUTCIRCUIT
+
EWCORR.
5421
613416
7408
SU
P-E
NA
BLE
COLD HOT
3404
7409341434062492
+LINEDRIVE 1
EW-DRIVE 1
HOP
VTUN
57
1
2
5
+8V-S +141V
7482
3492
3484
3493 3488
74873483
EWPROTECTION
CIRCUIT
3481
5467
6480
7480STP3NB60
7486
E/W - DRIVE
FRAME DEFLECTION
4
7450-B
3654
6456
6
+VBATT 5400
HOT
COLD
HOP
HOT
PAINTER
COLD
6
5
5621
7614
3641
10
1
2
1
0317
1
22
1
41550
75017528
3
DEG.COIL
1502
1
21505
1
2
0201OR0211
1
2
0202OR0212
B4DAF
TO 1693
I
A8
31
7450-A
2
57
3455
34572403
7441
3459
7455
+8Vb
AR
C-P
RO
T
+8Vb
+8V6
655100
7103 OR7104
7
8
10
3
61075103
6111
3113
6122
+11V_STBY+11V_ROT
+11V
+5.2V
+5V
+5.2V_MP
+8V6
+8V6
+11V_STBY
6103
6109
-20V 510231205106
5517
2102
2
1
3456
2404
3419
7440-B
CURRENTSOURCE
6
HFB_X-RAY-PROT
A3
B4
FRAMEDRIVE +
HOP
B7PAINTER
STANDBY
HOP
B4
3479
6491EW
7442, 76547653
+V
BAT
T
764174437652
3480
STARTUP
V-START
+375V
SU
P-E
NA
BLE
51095101
3509
1501
RP
RS3
2 13550
8+
0+
T5AHV
MAINSFILTER
ACTIVATINGCIRCUIT
A37
A36
A33
A35
31
7440-A
3658
2
5
3108 3118
GND-STB
GND-STB
GND-STB
5113
4
1
2
PROTECTION
D
SG
D
G
S
A21
+5V-SWITCH
CONTROL
3114
3124
+375V
-20V
-20V
A76535
6539
5507
3514
5514
2512+
GND-AUD
6
5506 OR5512
75027530
7504STP5NB60FP
7
9
5
4
3
+28V
2542+
2546+
V-S
TAR
T
D
G
S
CONTROLCIRCUIT
CONTROLCIRCUIT
D
71027100710171057120
STP3NB60
GS
DG
S
1147
1A6
DC-SHIFT
CIRCUIT
SUP-ENABLE
A18
A19
A17
A48
A34
A38
2457
SUPPLY DEFLECTION
2
1
4
3
0231OR
1051
5401
1430
400 mA
1693
5104
7505, 7506, 7503QUICK
SWITCHOFF
MAIN SUPPLY
A11503
F2.5AH FORAP (PAL)
F4AH FOR AP (NTSE)
2516
GND-STB
6525GBU4J
2
1
3
+
+
-4
550255035504
55115516
Block Diagrams, Testpoint Overview, and Waveforms 35EM1.2A AA 6.
A1 PM3394B A2 PM3394B A3 PM3394B A4 PM3394B A5 PM3394B A6 A7: 33V DC A20: 8V DCPM3394B A10 PM3394B A11 PM3394B A12 PM3394B A13 PM3394B A14 PM3394B PM3394B PM3394B A17
20V / div DC5us / div
PM3394B A18
5V / div DC5us / div
PM3394B A19
1V / div DC5us / div
PM3394B
PM3394B
A16
5V / div DC5ms / div
A36
200mV / div DC10us / div
PM3394B A37
500mV / div DC2ms / div
PM3394B A38
200mV / div DC10us / div
PM3394B A39
2V / div DC10us / div
PM3394B
PM3394BPM3394B PM3394B PM3394B
DCiv
F2
Measured across 6, 10, 5300
1 V / div DC20µs / div
F3
1 V / div DC20µs / div
F4
20 V / div DC20µs / div
F5
20 V / div DC20µs / div
F6
20 V / div DC20µs / div
DCiv
F8
20 V / div DC20µs / div
F9
20 V / div DC20µs / div
F10
50mV / div DC20µs / div
A15
A35
500mV / div DC2ms / div
PM3394B
A58
20mV / div AC200µs / div
A59
500mV / div AC1ms / div
A68
500mV / div AC20µs / div
A69
2 V / div DC100ms / div
A70
2 V / div DC100ms / div
CL 36532058_007.eps030903
1424
1435
307
F1F2F3F4F5F6F7F10F12F1314A15A16A17A18A19A20A21A22A23A24
E4D3D4C4C4C5A4C2D3D1D1C1C1B1A1A3A2A3D8D8D8
ANEL (COPPER TRACK SIDE)
11 1
B
GR
F8
F14
F13
F157 1
F9
F12
F7
SC3
F10
F4
F12
1 V / div DC20µs / div
DCiv
SC3
20 V / div AC20µs / div
50V / div DC2us / div
50V / div DC5us / div
50V / div DC5us / div
PM3394B PM3394B PM3394B
50V / div DC5us / div
5V / div DC10us / div
A28: 206 V DCA26: A29: 11V4 DCA21: 5V1 DC
20V / div DC10us / div
50V / div DC5us / div
5V / div DC5us / div
PM3394B
2V / div DC5us / div
5V / div DC10us / div
200mV / div DC10us / div
A22
1V / div DC10us / div
PM3394B A23
200mV / div DC10us / div
PM3394B A24
5V / div DC10us / div
PM3394B PM3394B A33
500mV / div DC2ms / div
PM3394B
A43
10V / div DC2ms / div
PM3394B A44
200mV / div DC2ms / div
PM3394B A45
1V / div DC10µs / div
PM3394B A47
50V / div DC10µs / div
PM3394BA46
500mV / div DC10µs / div
PM3394B A48
500mV / div DC10µs / div
PM3394B PM3394B PM3394B
500mV / div DC5ms / div
A25
200 V / div DC10µs / div
A30 A31: 13V DC A32: 15V DC
50 V / div DC10µs / div
A40
2 V / div AC5ms / div
A41
2 V / div AC5ms / div
A42
10 V / div AC5ms / div
A34
500mV / div DC2ms / div
PM3394B
A56
20mV / div AC1ms / div
A57
500mV / div AC1ms / div
1V/div DC10us/div
Testpoint Overview LSP and CRT
F1
1 V / div 20µs / d
F7
20 V / div20µs / d
A7
A20
7131+8V6
GS
DA21
7141+5V
S
D
G
A19
LSP COPPER TRACK SIDE
SSBMAINS
SUPPLY
TRAFO
5506
7
TUNER
ECB
1
7
7421LINE
7480E/W
7620FRAME
123
12LOT 5430
1110
4 95 86
80
11
1
1
8
A32
A43
A33
A37
A36
A35
A69
A34
A38
A23
A59
A57
A56
A40
A15 A16
A71
A29
A13
A2
A6
A28
A46
A45
A44
A42
A68
A48
A47
A3
COLDHOTCOLD HOT
ATTENTION:LIVE PARTS
7504MAIN
SUPPLY
S
D
G
7701AUDIOAMPL
S
D
G
45
7680ROTATION
51
610
1
14
12
STANDBYSUPPLYTRAFO
5100
15
106
A10
A11
A5
A12
A1
A4
A58
7102STANDBYSUPPLY
S
D
G
A1A2A3A4A5A6A7A10A11A12A13A14A15A16A17A18A19A20A21A22A23A24A25A26A28A29A30A31A32A33A34A35A36A37A38A39A40A41A42A43A44A45A46A47A48A49A50A56A57
E4D3D4C4C4C5A4C2C2D3D1D1C1C1B1A1A3A2A3D8D8D8D8D7G9G10G10E9E9C8D9C9D10D9C9D10E10E10E10F10E10D7E6E7E7C9D9C6B6
A24A22
A17
A14
A
1 2 3 4 5 6 7 8 9 10
B
C
D
E
F
G
A
B
C
D
E
F
G
1 2 3 4 5 6 7 8 9 10
A58A59A68A69A70
C6B5A9A10A10
CRT P
A18
A30
A41
A31
A39
A26A25
A70
9
1
F6
F3
F1
F5
F13
1 V / div 20µs / d
36EM1.2A AA 6.Block Diagrams, Testpoint Overview, and Waveforms
SYNCPROC
O.S.
14
21
3
7700LM1881M
7750-A
O.S.
7751-B
O.S.
7750-B
TIMERCIRCUIT
716674HC4024
71607109, 9110
4
3
11
12
5
3
11
13
69
10
15
16
7
17
13
10
12
6
10 H-770-2
NO-FBL YPbPr
O.S.
PULSFORMER
7751-A
N3 SYNC SLICER
N1 CONTROL
15.16.1714.2.38.9
4.5.6
CL 36532061_003.eps020903
ERR35
H-770-3
3
17
15
2
16
V-770
NO-FBL-RGB
NO-FBL
7713
V-OUT
LOGIC
710274HC4052D
I/OEXPANDER
7106M62320
3132
3130
3
1
10
MR
CP
9
6
7
93
2
SDA
SCL 6
4
5
10
89
11
5
6
4
IO-4
IO-5
IO-3
IO-1
IO-2
IO-6 5
2
4
12
14
15
11
H-OUT
7108
7105
11
12
IO-7
IO-8
13
Y-G
V-770
H-770-3
H-770-2
V
H
F CRT/SCAVEM PANEL
7307TDA6108JF
+200V7300 : 7310
A3
A3
3351
FROM1424OF
(LINEDEFL.)
F9F1
SC3
3341
3417
3300
R-CRT+8V
+8V
G-CRT
B-CRT
11940
Y-SCAVEM
SCAVEMPROC.
CUTOFF
2
3
4
5
6
7
8
9
10
11
N.C.
N.C.
200V+200V
EHT-INFO
FILAMENT
HFB_X-RAY_PROT
+8V
+180V(1)
11424
2
3
4
5
6
73334 3349
2318+200V (6-7307)
2 8
3 7
8
6
11
1
5
9
6
G
R
B 3350
3352
14835300
SCAVEMCOIL
CRT
HOT
COLD
VG
1
FG
-A
FG
-B
VG
2
SIN
1434
EHT
LINEDEFL.
FROMLOT
123
F8
F7
F2
F3
F15
F6
F4
F5
B7B5
HOP
B1 SIM CONN.
23
24
RGBYUV
MATRIX
Y U V
2120
R
G
B
28
27
26
303132
Y/U/VRGB
MATRIX
RGBINSERTION
OUTPUTAMPL.
CATHODECALIBR.
7301TDA9330H
SEEBLOCK-
DIAGRAMDEFLECTION
FROMBLOCKDIAGRAM
CONTROL
+
40
43
35 36 37 38
R-T
XT
G-T
XT
B-T
XT
FB
L-T
XT
R-2FH
YLTP
G-2FH
B-2FH
FBL-2FH
41
42
44
3
2
1
8
F20
V30
V29
V28
F18
L13
F19
3342
3341
3340
A8 SIM CONN.
LINEDRIVE
FRAMEDRIVE +FRAMEDRIVE -
B-CRT
G-CRT
R-CRT
B-CRT
CUTOFF
G-CRT
R-CRT
Y-SCAVEM
Y-SCAVEM
EHT-INFO
HFB-X-RAY-PROT
PROTECTIONCIRCUIT
+11V5
E/W DRIVE
EHT-INFO
STANDBY-INFOSA
ND
CA
ST
LE
HF
B-X
-RA
Y-P
RO
T
DY
N-P
HA
SE
-CO
R
PO
R
+8V
1301
12M
Y-CVBS-SC2-AV2-INA
1000 1205
32
41
33
25
24
23
21
31
29
26
28
1940
2
5
4
7
8
9
11
1
3
10
11
10
E/WDRIVE
FRAMEV-DRIVEPROC.
RAMPGEN
9 1413 29 5
PH1-1
22
7303,7311
73247308
B7
B4
B4
A4
B7
VSYNC
7310, 7311
V25 V27
V24 V26
TO
A3TO
6
5
PH1-2 STARISTOPH-DRIVE
ERR32 LINE
DEFL.
FRAMEDEFL.
CONTROL
73057306 6402
6901
33
- HIGH DEFINITION INTERFACE - -
7451
7452
7453
INPUTS/OUTPUTS
N2 MATRIXN4 CONTROLN1 INPUTS / OUTPUTSN2
11933
2
3
1
1304
2
3
4
5
6
3
2(2x)1
1413
3 2
21
B-ING-INR-IN
1
-MATRIX-
7400
5
6
YPBPRYUVMATRIX
PR-R
YG
PB-B
1
2
3
1
2
3
Pr-IN
Pb-IN
Y-IN
1990
10
9
12
13
7
8
14
RA
BA
GA
7450
5
6
10
9
12
13
7
8
14
RN
BN
GN
2
6
3
7
4
1
2
3
12
11
10
5
8
15
14
R-OUT
G-OUT
B-OUT
FBL
R-OUT
G-OUT
B-OUT
H-OUT
V-OUT
FBL
12
11
10
13
7101TDA8601T
CLAMP
CLAMP 3-STATE
3-STATE
3-STATE
CLAMP
CLAMP
CLAMP
CLAMP
PR-R
R-MATRIX
Y-G
G-MATRIX
PB-B
B-MATRIX
3-STATE
2
63
2
1
3
7
4
8
7901TDA8601T
CLAMP
CLAMP 3-STATE
3-STATE
3-STATE
IO-7
IO-6
IO-8
NO
-FB
L-R
GB
IO-2
I0-3
CLAMP
CLAMP
CLAMP
CLAMP
7904 : 7909
HH V SC
1-G
-IN
-Y-I
N
SIGNALDETECTION
1110
5
9 1312
16
DECODING
2
6
3
7
4
8
RA
RN
GA
GN
BA
BN
15
14
12
11
10
13
7107TDA8601T
CLAMP
CLAMP 3-STATE
3-STATE
3-STATE
CLAMP
CLAMP
CLAMP
CLAMP
3-STATE
IO-1
I0-3
8714654
5
Y-G
9
16
DECODING
21934 7990 : 79951934
3
4
2SC1-R-IN-V-IN
SC1-G-IN-Y-IN
SC1-B-IN-U-IN
3F
1
2
3
1
2
3
4
32623261
+8V
1937SDA-5
SCL-5
1
2
8
11943
2
3
SD
A-S
SC
L-S
COMPAIR CONN.(SERVICE)
N.C.
Block Diagram Video
B1 B2 IF, I/O, VIDEOPROC.
HIP
PICNIC
TUNER, I/O, SIMM-CONN.
B3 FEATUREBOX B4 VIDEO CONTROL+GEOMETRY
A8
SIDE I/OO
I/OA11
1200
3201
SD
A
SD
L
+5VTVTUN
R-SC1
B-SC1
G-SC1
FBL-SC1
1408
N.C.
1407 7322EF
16CVBS-SC1-AV1-IN
Y-CVBS-FRONT-IN
Y-CVBS-FRONT
C-FRONT-IN
C-FRONT-IN
C-SC2-SVHS-IN
CVBS-SC2-MON-OUT
COMB-Y-CVBS-OUT
CVBS
SC1-B-IN-U-IN
C-SC2-SVHS-IN
SC1-G-IN-Y-IN
SDA-F
2324
34
473377
SAW FILTER
SOUNDFILTER
7323TDA9320H
PLLDEM
VIDEOSWITCH
+CONTROL
QSSMIXER
AMDEMO QSS-AM
N.C.
7.3
2
10 14
YPROC. Y/U/V
SWITCH
U
Y
YUV
U V
V
Y
CPROC.
SYNCSEPAR.
CVBS PIP
60
61 VA50
HA50 28
29
18
19
515049
23
25
26
12
14
15
2323
2322
2321
FBL-2FHR-2FHG-2FHB-2FH
Y
U
V
32 (N.C.)
1318
3.579545 MHzNTSC M
V-SYNCPROC.
H-SYNCPROC.
DECODERPAL
NTSCSECAM
3XADC
7709SAA4978H
7716822498
PICNICEEPROM
V-SYNCPROC.
H-SYNCPROC.
SIGNALPROC.
3XDAC
C
36
R G BR G B
RGBMATRIX
N.C.
37 38
3
62
6364
5
TUNER
AGC
TO BLOCK DIAGRAMAUDIO
7411
41 42 43I5
V19
F14
V10
V9
V6
V8
V7
L8
Y-CVBS-SC2-AV2-IN
CVBS-SC1-AV1-IN
Y-CVBS-SC2
Y-CVBS-FRONT-INC-FRONT-IN
57
FIELDMEMORY PROZONIC
FIELDMEMORY
V20
V21
V16
V15
V11
V12
V13
S4
S3
S7
S6 L12
Y100
U100
V100
I6
TUNER AGC
VIF1
VIF2
3755
3757
3759
3733
4607
4608
4609
3728
3748
3747
3749
B6
7320QSS-AM
CVBS TXT
12
12 14
16EF
26 29 28
EF
53705
9
15
11
6200BZM55-C33
SCL-F463376
3200
4
IF
1936
1933
2
1
A68
V23
F17
V22
15
1205 1000
V2
1410 7410
SOUNDBANDPASS
15
13
3 3
1 1
2 2
4 4
10
6
63
64
9
10
6
63
64
92
21
20
77
MONITOROUT
41
54
32
SVHS
CVBS-SC1-AV1-IN
C-FRONT-IN
Y-CVBS-FRONT-IN
C-SC2-SVHS-IN
B
C
B
B
D
E
7902
79927993
79947995
U/B
Y/G
SC1-R-IN-V-IN 3V/R
Y50
U50
V50
7307TDA9181 7412
EFCOMBFILTER
COMB-C-OUT
SDA-F
43703
77147708SAA4990H
417715
SCL-F
3321SDA
HD1003320
SCL
Y-PIP-MAIN-IN
U-PIP-MAIN-IN
V-PIP-MAIN-IN
VA50
HA50
VA50
HA50
Y100
2429
U100
V100
VD100
HD100
7304
7704
V14
+8VS
1935
1953
1
3
1
2
3
B
F
A
D
C
E
B7
ERR31
ERR22
6
8
9
19
17
16
7302TDA9178 20
(OPTIONAL)
ERR30
ERR13
ERR9
N.C.
N.C.
15
4
32
SVHS-AV2
AV2
CVBS
AV1
CVBS CVBS-SC1-AV1-IN
1304
1
2
3
4
5
6
VD
2x
R-2FH
G-2FH
B-2FH
FBL-2FH
HD100
VD
VIDEO
A69 A70
79907991
TOPIC
13
Block Diagrams, Testpoint Overview, and Waveforms 37EM1.2A AA 6.
CL 36532061_007. eps030903
FM
7714PICNIC
7709
40 41 80
FM
7715
V8
V7
V6
V9
V10
261 120
121
401
2120
160
804140 81 40 21
1 20
12
14
4
5
18
25
34
L
iv DCs / div
N
div AC / div
V17 SCL
1V / div DC0.2ms / div
/div DC/div
/div DC/div
V18
0,5V / div DC10µs / div
V6
500mV/div DC20µs/div
500mV/div DC20µs/div
500mV/div DC20µs/div
V7
500mV/div DC20µs/div
L8
1V/div DC20µs/div
I6 VIF-Out
0.5V / div AC10µs / div
V8
500mV/div DC20µs/div
V8
500mV/div DC20µs/div
V9 SDA
1V / div DC0.2ms / div
1V / d0.2m
V14
500mV/div DC5µs/div
500mV/div DC5µs/div
S03
S04
1V/div DC10µs/div
S3
1V/div DC10µs/div
1V/div DC5ms/div
S5 Y-IN
0.2V / div AC10µs / div
2V / div AC10µs / div
V2 CVBS_INT
0.5V / div AC10µs / div
S8
1V/div DC250ns/div
S8
1V/div DC250ns/div
S7 V-A
1V / div AC5ms / div
V13 V-IN
0.2V / div AC10µs / div
V13 V-I
0.2V /10µs
V14
V15
500mV5µs
500mV5µs
L12
1V/div DC50µs/div
1V/div DC10µs/div
V19
1V/div DC10µs/div
V28
V29
1V/div DC10µs/div
1V/div DC10µs/div
1V/div DC10µs/div
V23 SDA
1V / div DC0.2ms / div
V20
V21
1V/dic DC10µs/div
1V/div DC10µs/div
1V / div DC0.2ms / div
C4
500mV/div DC10µs/div
200mV/div DC10µs/div
200mV/div DC250ns/div
C4 HSYNC
1V / div DC20µs / div
C5 VSYNC
1V / div DC10ms / div
F14
2V/div DC10ms/div
2V/div DC10ms/div
F03
200mV / div AC100ns / div
0.2V / div AC10µs / div
V1
1V / div DC10us / div
PM3394B
Testpoint Overview SSB
PICNICEPROM
7716
7012 7005
PROZONIC
7708
65 40
80 25
64 41
1 24
MSP7651
1701
HIP
7323
PAINTER
7001
1
1
17 32
64 49
16
48
33
1112
26 5051
751
1
1
25
76100
22
1001
HOP
7301
80 41 40 1 1
1408
V7
C3
V15 V16S8
S3
S4
V8
C7C4
S6
C10
C6
V6
C9
C11
L8
C8
C5
F14
V14
S5
V12
V13
S7
V30
V24
V22
V23
V26
V27
V28
V13
V14
V15
V17
V18
F14 L8
S3
S5
S8
I6
V1
164 62 60
20 32
51
19
10
12V2 14
33
51
50
49
47
46
V21
V20
V19
TUNER SIDESSB
LOT SIDE
V7 V6 V10 SCV16S6 H-AL13 V30V22 SCLC3 C11 F14 S5 Y-IN
38EM1.2A AA 6.Block Diagrams, Testpoint Overview, and Waveforms
CL 36532061_004.eps020903
B1
PLIFIER
SIMM
J
_AMPL_L
_AMPL_R
AV2-OUT
AUDIO-OUT
GRAM
IF
POR FLASH
7013 3028 SDA-S84I C DIAGRAM
AUDIO-SW
MAINS SWITCH PANEL
24
5
6
8
1
3
12
4, 8, 11, 15,
6
910
A59
A57
3
4
1735
R
+28V
14
2
1 L
2
1
1736
FORPASSIVESUBWOOFER(optional)
10W/8Ω
10W/8Ω
FORACTIVESUBWOOFER(optional)
(optional)
3
2
1
1739
3
2
1
1740
5
3
4
7700TDA7497
7710, 7711-ENABLE
MUTEPROCESSING
CIRCUIT
A8
69
72
70
69
68
67
12051000
70
2714
MUTE/STBYPROTECT
3722
3721
3720
O SIDE I/O
SOUND R-HEADPHONE-OUT
SOUND L-HEADPHONE-OUT
A11 IMPUTS/OUTPUTS
L
R
R-SC2-OUT
L_SC2-OU-
L
R
AUDIO-SL
R-CL-VL-OUTT
RL-CL-VL-OUTT
R-SC2-OUT
L_SC2-OU-
AUDIO-SL
R-CL-VL-OUTT
L-CL-VL-OUTT
10
11
02401936
P
3054
C3
B4
HOP
79
A1A
A2
A6
FRONT DETECT
+5V2-CON SAMSDM 4006
RESET
RESET
EEPROM(NVM)SDA
SCLWC
ON/OFF LED
RC5
KEYBOARD
73
7002 :7004
+3V3INT-PAINTER
7005MC33269D
4 2
7012M24C32
28
76
5
3026 SCL-S
STANDBY
83
DEGAUSSING18
13
70
692001
10012002
71
SOUND ENABLE98
80
9778
5
76
C11
6
ERR10
ERR11
(VERSION 1 FOR PV2 MODEL)(VERSION 2 FOR FL9 MODEL)
TOP CONTROL
4
2
5
3
2
1
4
5
IR-RECEIVER
6001 OR 6691ON/OFF LED
3
2
1
N.C.
RC5
N.C.
COLD
ON/OFF LED
+5V2.
1947
2
5x
0247
1010 OR 6692
1
+5V2
1945KEYBOARD
MENU
CHANNEL+CHANNEL-
VOLUME+VOLUME-
0215
79
78
77
62
Block Diagram Audio
B6A HEADPHONEAMPLIFIER
7323TDA9320H
QSS-AMHOP
ADC
MSP
DAC
DSP
DIGITALSOUNDPROC.
B68
B69
B72
B66
B67
B65
B76
50
54
18.432MHz
55 31
R
L
R
L
20
3
3
3
AUDIO-R
AUDIO-L
AUDIO-SL2
2
2
21
28
29
R
L
25
26
2
1
47
44
45
41
4238
39
L-CL-VL-OUT
R-CL-VL-OUT
DAC
DACM-S
DACM-SUB
24
R
L
17
23
18
HEADPHONE-R
HEADPHONE-L
B74
3655
+5V_AUD
+5V2
3062
3579
3575
B75
3656
A6A8B1 AUDIO AM
B7 PAINTER
AUDIO
SIMMCONN.
SIMMCONN.
B1A8
A10
B2
O SIDE I/O
B1 SIMMCONN.
B2 IF B6 AUDIO DEMODULATOR
A11 I/O
75
76
12051000
3514
35107682
7
7681NJM4556AM
3
5
1 HP
HP
R-HEADPHONE
L-HEADPHONE
MUTE
10
L52
10001205L_SC1_AV1_IN
MONO-IN
AV1
AV2
DEMO-DULATOR
MUTECIRCUIT
(ANTI PLOP CIRCUIT)
SEEBLOCK DIAGRAM
VIDEO
SEEBLOCK DIA
VIDEO
R60R_SC1_AV1_IN
L53L_SC2_AV2_IN
R58R_SC2_AV2_IN
L65
R66
L_FRONT_IN
R_FRONT_IN
6
8
1936
7678-A
7678-BSDA-F
SCL-F
7656BC847BPN
7664BC847BPN
7411 74101410
7651MSP3452G
7665BC847BPN
7666BC847BPN
0240
2645
2643
+8VC
C4
C6
C7
C5
CVBS TXT
HIP
FEATURE BOX
HOP
HFB
31
53
55VSYNCB4
B3
B2
B4HS
VS
R-TXT48
7007
HOP
7001SAA5667HL
7006
N.C.
ATT_SWITCH 2
PAINTER
R-SC2-OUT
L-SC2-OUT
+8V-AUD
3029 SDA-F82
3027 SCL-F81SEE
2
3063
C8
G-TXT47
3064
C9
B-TXT46
3006
C10
FB-TXT52
A8
SIMMCONN.
3559
7668
3561 2
6
DAC
DAC
1205 1000
ERR14
ERR12
ERR30
SIMMCONN.
7677
B69
3 AUDIO-SW
AUDIO-R
AUDIO-L
AUDIO-SW74
FRONT
CONTROL
+
-
+
-
A5
A5
A8
A3
SOUND
POR
O SIDE I/O
7FRONT DETECT 7
19361936
SNDR-SC3-IN
SNDL-SC3-IN
36
35
L
R
SND2_R_INAV3R
AV3L
R
SND1_L_IN
SND_R_IN
SND_L_IN L
N2 I/O HD
1680
3
1
3
11680
Block Diagrams, Testpoint Overview, and Waveforms 39EM1.2A AA 6.
L
SIMMCONN.
SIMM
3906
3911
B1 A8
3132 3130
2
71066232O
I/OPANDER
ERR35
746
SNERT-DA
SNERT-CL
+3V3
61 62
7708SAA4990H
PROZONIC
CLK32
CLK16
3702
3739
26 15
7714MSM54V12222A
FIELDMEMORY
716ROM
CNIC
26 15
7715MSM54V12222A
FIELDMEMORY
CL 36532061_005.eps020903
12051000
46
47
-22 TDA9178 Histogram IC
----30 TDA9320 HIP I/O video processing 31 SAA4978 PICNIC 32 TDA9330 HOP video control/geometry 35 M62320 I/O expander HD Jack
I2C Overview
PAINTER HOP AUDIODEMODULATOR
IF, I/O,VIDEOPROCESSING
FEATURE BOX
CONTROTUNER, I/OA7SIMM.CONN.B1
V10V9 C22C23 B75B74 V17V18
A69 A70
I2C Overview
3029SDA-F
SCL-F
SDA NVM
SCL NVM
WC NVM
+3V3-INTPAINTER
82
11
33203321
10
23092310
7001SAA5667HL
SETPROCESSOR
(PAINTER) 7301TDA9330H
HOP
302781
3655
2
3656
1
7651MSP3452G
AUDIODECODER
ERR32
ERR22
14
34553454
11
7302TDA9178
TOPIC(OPTIONAL)
ERR14
30283030 3031
SDA-S
SCL-S
30013074 3002
+5V2_CON +5V2_CON
+5V2_CON +5V2_CON
3032 3033
84
302683
80
78
97
3377
47 46
3376
B2 B4 B6 B3B7
7323TDA9320H
HIP
ERR30
ERR6
GENERALI2C
ERR12
7012M24C32(NVM)
EEPROM
ERR10
ERR11
5
7
6
3
M
EX
3201
SDA-S
SCL-S
SDA-S
SCL-S
SDA-S
SCL-S
5 4
3200 3261 3262
1200TUNERTEDE9
ERR9
3705
5 4
1
3703
3
+5P
7709SAA4978H
PICNIC
ERR31
2
89
88
7EP
PI
12051000
48
49
1
2
3
1943
COMPAIRCONNECTORFOR SERVICE(REACHABLE VIAHOLE IN REARCOVER)
1104
1
2
1951
1
2
3908
3902
N1N2A8B1
Error Device Description Remarks 1 FBX 3V3 protection FBX 3V3 protection -
--
2 No HFB No Horizontal Flyback 4 5V protection 5V protection 5 No HOP POR Startup failure -6 General IIc bus error General IIC bus error - 7 Mains Dip error HW error - 9 TEDE9 Turner protection - 10 MC24C32 -
---
11 MC24C32 NVM identification error
NVM communication error
12 SAA5667 Main uP, int. RAM test failure 14 MSP3451 MSP34xx
40EM1.2A AA 6.Block Diagrams, Testpoint Overview, and Waveforms
DEFLECTIONA3F5430
CL 36532061_006.eps020903
4007
B2
B4
B6
7716PICNIC-EPROM
FEATURE BOXB3
HEADPHONEAMPLIFIER
B6A
5703 5704
4
2
5706
5701
5702
5720 32
20,21
20,21
5,12
5716
5711
5717
5713
3719
3720
5705
+5VA+5V_PA
+5P
+3D
3V3_INT
3V3_PA
5798
+5VA
+5VF
+8V_AUD
7714FIELD
MEMORY
7715FIELD
MEMORY
7708PROZONIC
7701
149
5799
7708PROZONIC
7709PICNIC
7713(OPTINAL)
+5M +3A
PAINTERB7
7012NVM
7001PAINTER
+5V2_CON+3V3-INTPAINTER4
4 2
2,36,7
637513
3054
3041
1003
3073
3072
T315mA
STANDBY-INFO
STANDBY
7005
7009
3071+5V_PA
3070
+3V3_PA
3329
66533644
+5V2
+8V-AUD
+8VC
+5DB
+8VA
+8V_AUD
+5V_AUD
+3V3_SIM
+5V 5654+5VF
+5DB
+5DA
+5V_AUD
+3V3_INT
5656
7301TDA9330H
HOP
5302
3917
+8VS
HOP
+8VS
+8V_VDP5301
+8V_VDP
3304+5VS
+5V_VDP+5V_VDP
AUDIO DEMODULATOR
7651MSP3452G
AUDIOPROC.
31 1049
6650 5651
5652
3650
56645669
5653
3400
IF/IO
+8VP
+8VP
+8V_VDP
3464+5VCOM
+5V_VDP
+5VS
5303+5V2+5V2_CON
+8V_VDP
7323TDA9320H
HIP
5409
45
5407
11
13
35073530A6
CRT
TROL SYNCSLICER
N3 MATRIXN4
+8Vs
+5Vs+5Vs
video +8Vvideo
VREF
6703
-/C3V9
3424
3
1
1492+11D +11D
FILAMENTPULSES
FILAMENT CRT
PANEL ON CRTNECK(IF APPLICABLE)
F
+VBATT
SUP-ENABLE
5400 5401+141V
+5V2
+11D
HOT COLD
LOT
COLDHOT
COLD
-15V-LOT
+13V-LOT
+13V-LOT
-15V-LOT
EW
LINEDRIVE
HOT
5
1
54107421
34656464
6465
3464
3400
3300
3404
3403
LINEOUTPUTSTAGE
9410
5465 3
3463
3499
6462
3461
12
9
6460+11DTO345034515441
6400
FOCUS 2
FOCUS 1
EHT
34605461
3462
3498
3635
5463
1485
6
FILAMENT 2
7
1424 1424
8
6463
3
1
3
1
FRAMEDEFLECTIONE/W DRIVE
A4
COLD HOT
3449
7620TDA8177
4
2
+11D+8Vb
+13V-LOT+13V-LOT
+8V-S
+141V
-15V-LOT
-15V-LOT
7813
2
7
11940
+8V_+12V
N.C.+8V
200V
SCAVEM6
1
1498 1499
+11D1
DAFI3809
11VDC1492
3
1
3807 3808
+VBATT
1601
125mA
+11V_ROT+11V_ROT
1 7680TDA7052
ROTATINGCIRCUITRY
A5
65143510
3527
3526
2523 2515
+VBATT2
7506TL431CZP
GND-FB
HOT GROUND
GND-SUPGND-FB
7529-20V
SUP-ENABLE
ACTIVATINGCIRCUIT
SUP-ENABLE
Supply Lines Overview
+8VS
1
1947
6
1940
3941
3904
TUNER SIM CONN.A8
AUDIO AMPLIFIERA6
FRONTA10 TUNERSIM CONN.
A8
INPUTS/OUTPUTSA11
MAINS SWITCH PANEL
J+5V2
VTUN 9
7.3
5901
6200-C33
1200TEDE9TUNER
+8V
SIMB1
1
0214
+5V2
43
40+5V2
+8V
+5VA
+3V3
+8V
1000
STANDBY
STANDBY
+3V3_SIM
N.C.
N.C.
+5V_AUD
SDA-F
SCL-F
+5V_VDP
+5V_CON
+5V
2x
2x
2x
1x
2x
1x
1x
1x
+8V_VDP
+8V_AUD
+8V
5903
5904
5900
5901
5902
+5V2
1205
45
44
+3V3OUTIN
+5VT
+8V
+8VS2
+11V5
+11V
+8VS
+8V
+8V
+11V
+5V
+5V2
5903
1+11V5
46
47
36
7910
5
4
19519970
9972+5V
+8V
OUTIN
7911L78L05
7912MC78M05
3907 3910
9909
9980
9203
9904
LINEHOT COLD
3720
3721
3722
5904
5902
3911
3906
MAIN SUPPLY
STAND-BY SUPPLY
MAIN SUPPLY
A2
J
MAINSSUPPLY
A1B
A1A
B7
A15
A10
A11
A13
A16
A2
A12
A3
A20
+5.2V_MP
DEGAUSSING
6110
6117
6118
6119
3115
3116
+8V6-SWITCH
71337130
2126
7131
STP16NE06
STP16NE06
7140
7132
3173
7141
CONTROL
6113
1148
5112
3161
5111 51306130
6148
1A25
VTUN
HOT
PAINTER
COLD
HOT COLD
HOT
COLD
1
22
1
41550
75017528
3
DEG.COIL
1502
655100
7103 OR7104
7
8
10
3
61075103
6111
3113
6122
+11V_STBY
+11V_ROT
+11V
+5.2V
+5V
+5.2V_MP
+8V6
+8V6
+11V_STBY
6103
6109
-20V 510231205106
5517
2102
2
1
PAINTER
STANDBY
+V
BAT
T
STARTUP
V-START
+375V
SU
P-E
NA
BLE
51095101
RP
RS3
2 13550
8+
0+
MAINSFILTER
ACTIVATINGCIRCUIT
550255035504
55115516
3
2
4
1
3506
7507TCET1103 3520
VBATTADJUSTMENT3531
5
3108 3118
GND-STB
GND-STB
GND-STB
5113
4
1
2
D
G
S
A21
+5V-SWITCH
CONTROL
3114
3124
+375V
-20V
-20V
A76535
6539
5507
3514
5514
2512+
GND-AUD
6
5506 OR5512
75027530
7504STP5NB60FP
7
9
10N.C.
5
4
3
1
+28V
+28V 13-7701(AUDIO AMPL.)
2542+
2546+
V-S
TAR
T
D
G
S
CONTROLCIRCUIT
CONTROLCIRCUIT
D
71027100710171057120
STP3NB60
GS
DG
S
1147
1A6
A4
A18
A19
A17
A5
5104
7505, 7506, 7503
QUICKSWITCH
OFFMAIN SUPPLY
A11503
2516
GND-STB
6525GBU4J
2
1
3
+
+
-4
INPUT/OUTPUTS
HD PANEL
N2 CONN1
3941
3942
+8VS
+5VS
8VS
5VS
11044
5
5903
5904
+8Vvideo+8V
5900
5901 +8VD
+8Vaudio5902
3940
FRONT INTERFACE
1
2
1
1505
2
0201OR0211
1
2
0202OR0212
3509
1501
T5AHV
2
1
4
3
0231OR
1051
Circuit Diagrams and PWB Layouts 41EM1.2A AA 7.
143V FOR 120V SETS
B
C
D
E
F
0043 D11500 A2
1501 B31502 C1
1503 A91505 A1
1510 F21550 D8
1590 A41591 A6
2505 E12507 B4
2508 B82509 B8
2516 B82517 B9
2520 C22521 E3
2528 E92529 F6
HOT
US AP NTSCF4AH-250V for
for AP-PALF2,5AH-250V
98
98
E
A
277V FOR 230V SETS
2533 F92537 B7
2539 F42545 E4
2547 C23500 B6
3501 A53502 F2
3503 F13509 B3
3516 C73521 B3
3524 E93528 E8
3529 E93532 D9
3534 F93537 C2
3541 F93548 F6
3550 C63551 F6
3554 E3
OLD
A1-8
A2-
42
3555 E3
3556 F43557 F4
3558 F53559 E5
3560 F33561 F4
3562 A75502 B7
5503 B55504 B5
5511 A7
5515 C25516 A5
6507 E66508 E6
6511 D86512 E8
6513 F66522 E5
6525 B8
7501 E9
*
A8-30
7503 F7
7505 E57508 E5
7528 E89501 A2
9502 B29503 B7
9504 B79507 A7
9513 B69516 C2
9518 C69519 C7
A2-43COLD
A1
22n
2509
6511
BA
S21
6
47K3532
2533
4n7
6525
GBU4J
6
2508
22n
+375V
GND-STB
GND-SUP
4K7
1550
25281u
14
3529
6M8
352433K
GND-STB
BC337-257528
BA
S21
6
6512
GND-SSP
2517
10n
2516
MCL4148
7501
BC847B
GND-SUP
1503
352810K
1n B3534
47K
22R
3541
7508
CL 36532038_083.eps150703
A1
50V / div DC2us / div
PM3394B
A3-A4-23
1 2 76543
F
C
FOR LATAM - AP SETS
HOT
*
HOT COLD
TO0301 OF
HOTCOLD
355910K
470p2521
100n2529
GN
D-S
UP
6508
BZ
X38
4-C
5
355847K
355647K
GND-FB
4M7
3503
BT1517503
GND-SSP
35611M
1510
2505
4M7
3502
BZ
X38
4-C
56
6513
1K3548
7505BC857B
330R3551
3557220K
TUNERGND
3555680K
253910u
1M23560
BF423
GND-FB
3139 123 5522.2
7. Circuit Diagrams and PWB Layouts
Large Signal Panel: Main Supply
+t
+t
Rs
Rp
V
A1-8
DEGAUSSING
0202 OF
*
1 2 76543
A
B
C
D
COIL
T6,3AH-250V
PANEL
*
for USRES
FROM
MAINS SWITCH
TO
MAIN SUPPLY
T5AH- 250V FOR AP1500SDDF
1 3
2 4
5 6
2
3
5504
3562
100R
GND-STB
1590
DSP
12
9519
VBATT
1
2
1502
4
3
4
2
1
2
9504
3
3500
1R
470n2507
4
2 3
3554
1
2
9513
GND-STB
1505
9518
5502
1
3509
100n2520
9503150110
0n
2547
4M73521
HEATSINK0043
123
9502
54A-00185516
1
2
3
35503
1 4
2
6522
5511
2537
3501
100R
22n
DSP
1591
2545
9516
6507
ZX
384-
C47
9507
2322662963550
1
3537
1K
3516
1 4
2 3
5515
33u
9501
VBATT
42EM1.2A AA 7.Circuit Diagrams and PWB Layouts
C
D
E
F
G
H
1506 A22501 D32502 F62503 B82504 D22506 F62510 D82512 B112513 E52514 F52515 D92518 A72519 B102523 D102524 F62525 C42526 A12527 D82530 F9
10 11
10 11
A
B2531 F62532 F102535 C12538 E42540 F102541 A72542 B112544 C22546 B103504 C43505 C43506 E53507 E63508 B53510 F73511 B73512 C53513 A33514 C23515 C23517 E83518 B33519 F93520 D53522 F53523 F53525 E53526 G73527 F73530 F63531 E73533 F103535 C13536 E93538 B73539 B73540 E63542 G73543 A83544 B73545 C43546 C33547 C33549 F73552 C23553 C2
3533
15R
5505 E85506 C85507 B95512 B95514 B105517 A25518 C15519 B25520 D86505 B26506 C46509 E46510 A46514 D96515 C16516 F96517 E96518 B46519 B46520 C36523 G76530 D36533 G86534 D76535 B106537 F86538 D56539 B107502 C57504 B27506 F47507 D4
7529 F77530 C29505 G79510 E99511 C89571 G79572 B10
16 3
47u2523
GND-FB
07
3R
BYV28
6539
6516
BA
S21
6
2K
GND-AUD
A3-A4-23
A2-44
*
HOTCOLD
32V
9572
A7
GND-SUP
2519
2n22542470u
220K
1m2512
u15
1u
2532
16
33u5514
2540
6535
STPS8H100
2m22546
+28V
VBATT
GND-SUP
CL 36532038_084.eps030903
1 2 3 4 5 6 7 8 9
G
H
GND-SUP
BA
S2
652
9505 GND-FB
35420R15 0R1
35269571
6533
BA
S2
GND-FB
3139 123 5522.2
A2
50V / div DC5us / div
PM3394B A3
50V / div DC5us / div
PM3394B A4
50V / div DC5us / div
PM3394B A5
5V / div DC10us / div
PM3394B A6 A7 = +28 VDC
20V / div DC10us / div
PM3394B
Large Signal Panel: Main Supply
2B
AS
316
6538
1 2 3 4 5 6 7 8
A3
9
A
B
C
D
E
F
A5
3519
GND-STB
BZX284-C27
6518
6537
BA
S31
6
1K5
3536
353547R
3552
22n2504
BC546B7529
3531
10n2524
820R3510
2K2
3504
10n
25142n2
10n2538
5512S419C4-01
10
GND-FB160K3507
3543
1u2530
5K63506
3518
BC847B7530
8
9
55
8
3539 39K
3538 33KA2
3514
2510
220p
GND-FB
47K3517
2544
GND-STB
GND-STB
11
12
132
4
5
6 9
4
3
7507
TCET1103(G)
1
7502BC547B
9510
BZ
X79
-C15
6505
A6
1506VA
1
2
A4
3515
3527
2n22526
6520
1N41
48
330p
25182541
550583R
COLD
*
HOT
*
Vbe=0V7
*
*
*
277V
*
*
*
144V
143V
16V6
(Vbe=0V)
*
0V
*
MAIN SUPPLY
*
2V2
A2-
12A1-
8
*
*
0V
*
*
2V5
*
*
6519
BYD33D
6515
BZ
V85
-C6V
8
15R3508
3553
GND-FB
47R3525
33K
3520
BZX79-C33
6510
3546
1M3523
30R
5519
3549
3544 39K
BAT254
6517
2506
4725
330K3513
470p2513
6534
BY
359X
-150
0
7504
220R
3547
5518
2503
83R5517
BY
V95
C
6530
3505
1 10
3
4
5 6
7
1n5
2525 5506
BZ
T03
-C
2K23511
3540
6514
25354n7
1K
3530
2
1
3
6K83522
7506TL431
15K
3545
1n2501
470p
2527
GND-FB
83R5520
GND-AUD
9511
3512
6506
BA
T25
4
2502
6509
BA
S21
6
2531
Circuit Diagrams and PWB Layouts 43EM1.2A AA 7.
(0V)
V)
5V1 (0V)(0V3)
A
B
C
D
E
F
G
H
12 13 14 15
12 13 14 15
+5V -switch
5V2 (5V3)
N.C.
A3-48
A1-43
4V6(0V)
+8V SWITCH
1
4
2
2
6144 E5
6147 E7
6148 C11
1
6149 C15
7100 F4
7101 D5
7102 C6
7103 F8
7104 F8
7105 E6
7120 F2
7130 C14
7131 B13
7132 D14
7133 C13
7140 E14
7141 E14
9101 B7
9102 D12
9103 F8
9106 F8
A8-9
9107 C12
9108 D12
9112 C10
9122 D11
9123 F3
9126 E15
9128 F3
9129 E3
5V(0V)
2148
3n3
10u
2141
9108
100R
2162
1u0
3158
100R
2154
33n
9126
2225
48
25
GND-SSP
2150
10n
10K
3157
3168
4K7
6141
BZ
M55
-C15
3151
100R
313247R
3131
470R
GND-SSP
GND-SSP
GND-SSP
220R
3144
100R
3143
1A6MP160
1147
GND-SSP
3155
100R
STP16NE067141
7140BC847B
3162
470R
BC847B
7130
100R3135
3130
47R
7132
BC847B
9107
6119
BA
S31
6
6133
MC
L414
8
7133BC857B
GND-SSP
A21
A20
3
4
5
11461
2
3K3
3142
3140
100K
6
1N
33D
18V(0V) 0V(0V7)
19v(0V)
13V
10V5
8V5(0V)
3
2140
10u
121
20n
21322n2
GND-SSP
5130
83R
3164 100K
6112
BZX384-C10
6117
BA
S31
6B
AS
316
6118
9102
31374K7
2K7
3141
6149
MC
L414
8
3159
10K
2m2
2126
GND-SSP
GND-SSP
A18
GND-SSP
2147
15n
3153
4K7
1n
2131
6132
BZ
X38
4-C
6V8
GND-SSP
2106
2n2
3136
10R
6134
MC
L414
8
3165
100R
STP16NE067131
3156
3134
1K
GND-SSP
10n
2130 47K
3133
+11V_ROT
+8V6+5V
STANDBY
+11V_STBY
+8V6
+11V
+11V_STBY
+5.2V_MP
+11V
VTUN
+5.2V
+5.2V_MP
CL 36532038_085.eps030903
A20 = +8V6 DC A21 = +5 VDC
H
1 2 109876543 11
TO
A1-44
30R
5106
220R
3145BY
D
610
GND-SSP
2 2
6114
BYD33D
-20V
3139 123 5522.2
A10
50V / div DC5us / div
PM3394B A11
5V / div DC5us / div
PM3394B A12
2V / div DC5us / div
PM3394B A13
5V / div DC10us / div
PM3394B A14
200mV / div DC10us / div
PM3394B A17
20V / div DC5us / div
PM3394B A18
5V / div DC5us / div
PM3394B A19
1V / div DC5us / div
PM3394BA15
500mV / div DC5ms / div
A16
5V / div DC5ms / div
Large Signal Panel: Standby Supply
(0
A
B
C
D
E
F
G
1146 F15
1147 D15
1148 C11
2100 E8
2101 B6
2102 F3
2103 A5
2104 D9
2105 A5
2106 B15
2107 D9
2108 C6
1 2 109876543 11
*
*
* *
2109 F9
2110 E5
2111 E6
2112 E6
2114 B4
2115 C9
2116 B9
2118 D11
2119 D10
2120 C11
2121 G2
2122 G2
2123 E6
2124 F6
2126 B15
2130 D14
2131 C13
2132 B14
2140 F13
2141 C13
2143 C11
2144 E5
2145 D5
2147 E13
2148 B11
2149 G9
2150 C14
2151 F3
2152 C7
2153 F7
2154 B13
2155 F1
2156 F1
2157 F2
2159 C5
2160 B5
2161 B3
2162 C15
2163 B4
3101 B4
3102 B5
3103 B6
3104 D6
3105 B5
3106 F3
3107 E2
3108 E7
3109 E9
3111 B5
3113 E10
35v(0V)
3114 F9
3115 B10
3116 B10
3117 D5
3118 E7
3120 G3
3121 F3
3123 F10
3124 F9
3125 F4
3126 F4
3127 F5
3130 B13
3131 C12
3132 C13
3133 D15
3134 D14
3135 C14
3136 D13
3137 D11
3138 B4
A8-47
138V
A1-
8 HOT
STAND-BY SUPPLY
3140 C14
3141 F13
3142 F13
3143 F13
3144 B12
3145 G6
3146 F7
3147 F6
3148 E6
3149 E6
3150 D6
3151 C14
3152 E5
3153 C14
3155 F13
3156 C14
3157 D14
3158 C15
3159 D13
3160 E6
3161 D10
3162 B12
3164 B13
3165 C15
3166 E9
A1-12
A1-42
RES
166V
3167 E9
3168 B14
3169 F1
3170 F1
3171 C10
3172 C10
5100 C7
5101 B6
5102 G3
5103 C9
5104 C7
5105 C10
5106 G2
5107 D7
5108 E7
5109 C7
5110 C9
5111 C11
5112 C10
5113 D7
5130 B13
5131 F1
6103 G3
6104 B4
150V
6105 D6
6106 F4
6107 D9
6108 E5
6109 B3
6110 B9
6111 C9
6112 B13
6113 C11
6114 G5
6115 D6
6116 E7
6117 C12
6118 D12
6119 D12
6120 G10
6121 G10
6122 F10
6130 B1
6132 C1
6133 C1
6134 B1
6141 E14
6142 E5
13V
* *
*
COLD
5101
6104
PD
Z-2
7B
91062151100u
A13
A16
GND-STB
GND-STB
51052u2
3115
91
2124
MP1
11
1A
1K
3169
GND-STB
12
1n5
2120
A19
2153
6148
BYV27-200
A12
A11
6147
BZ
X79
-C6V
8
2143
2n2
GND-STB
10u
5100
1N5062 (COL)
6109
10R3121
22R
3113
2100
3106
1K
GND-SSP
1 2
1K
3103
3118
1K
3105
9101
5109
83R
A14
A15
100nGND-STB
2114
100p
2103
10R3120
100p
2105
29103
STPS8H100
6107
GND-STB
GND-STB
6115 BAT254
BZ
M55
-C5V
6
100R
3150
30R
5107
83R
5112
2108
10n
5108
GND-STB
3116
15R
3125
3127
5K6
121
4148
15
4 2
12V
1N41
48
6120
BC337-25
7101
6110
BYV27-200
7104TCDT1102G
BYW29EX
1m2118
4M7
3101
GND-STB
6113
220R
3114
7102 STP3NB60
6108
BA
T25
4
BZ
X79
-B22
6106
10u
5102
3n3
2107
BZ
X79
-B3V
9
6122
220n
2122
3108
2n2
1K
3102
BZX79-C15
6105
GND-STB
2101
47R
3117
470p
2160
TCET1102
7103
14
3
470p
2159
3111
1K5
GND-STB
A10
47R3104
10K
3126
5103 6111
SB360
1u0
2109
47n2111
10R
3123
68R
3124
2102100u
1K3107
3166
680R
3167
680R
S22992-02
1 10
2
3
5 6
7
8
BA
T25
4
61421u
021
4421
10
BC557B7100
1u0
100n
2123
BC557B
7105
5104
83R
10K
3149
15n
220n
2152
A17
6116
47R3146
2K23147
MC
L414
861
44
2145
470p
ST
PS
8H10
0
6130
511383R
3161
100R
2149
1u0
3160
1K
3152
1K
5110
9112
10n
2112
22R3148
47K3170100u
5131
2155100n
GND-STB
GND-STB
GND-SSP
2163100n
100p
2116
83R
5111
3172
3171
GND-SSP
3n32157 91
23
9129
10n2156
BC847B7120
9128
3138
1M
2161680p
GND-SSP
22u
2115
2104
2m2
680R
3109
2m2
2119
+375V
V-START
VTUN
+5.2V_MP
STARTUP
44EM1.2A AA 7.Circuit Diagrams and PWB Layouts
CRT
#
x
x
x
A
B
C
D
E
F
G
H
x
0V
-15V2
NC
FILAMENT PULSES
11 12 13 14
A8-41
A8-41
TO
+11D
11 12 13 14
0V
FILAMENT
-12V8
RE
S
TO
VDAF
HOT
13V7
0V
COLD
6414 E106415 F106421 A66422 C66423 B6
6434 E86435 D86460 C126462 G116463 H11
6464 H116465 H117407 F117408 D37409 C3
7421 B47445 F29401 A89410 C109417 C4
9423 B69425 C59426 A59484 A129623 B4
1492
VDAF
COLDHOT
A8-20
RE
S
233V
TO
#
0V
x
PANEL
= USA XRAY PROT
N.C
= AC FILAMENT
-1V4
x
0V
0V
1491
x
#
+13V-LOT
x = DC FILAMENT
x
5V8
A3-48
0224
EHT-INFO
13V7
0V
3446
A29
6460
BYV95C
A28 1
2
500
1491
1
2
14951
7407BC817-25
2443
560p
5400
22n
2445
470p
A30
3447
100R
A32
1
2
3
4
5
6
7
1424
22n
2441
470p
2461
1R
3454
2464
1m
BYV95C
6400
1m2462
500
3453
100R
GND-SUP
5461
14991
2
2468
GND-SUP
1R
3460
3461
1R
2
3
4
3469 1K
3445
A31
14921
2
3
BAS316
6401
1m
2460
1498
33u
2402
5R6
3498
5R6
3499
3444
1R
9484
+13V-LOT
-15V-LOT
+11D+11D
VBATT+141V
+11D
EHT-INFO
CL 36532038_086.eps030903
G
H
0V
1 2 3 4 5 6 7 8 9 10
A4-
46 0V4
6464
BYW76
BYV29X-
6465
470p
2463
1R
3465
33u
3464
1R
GND-SUPBYW76
64625463
2465
470p
GND-SUP
2400
47u
6463
BYV29X-
3463
1R
GND-SUP
1R
3462
1 2 3 4 5 6
0040HEATSINK
5465
EW
3139 123 5522.2
A22
1V / div DC10us / div
PM3394B A23
200mV / div DC10us / div
PM3394B A24
5V / div DC10us / div
PM3394B A25
2V / div DC10us / div
PM3394B A26: PM3394B
200 V / div DC10µs / div
Large Signal Panel: Line Deflection
FOCUS
EHT
G2
*
RE
S
**
0040 H21417 B71424 A121430 C91491 B13
1492 C131493 B101495 G131498 C131499 C13
2400 G22401 A8
0V4
6V6
10V4
#
RE
S
#
1 2 3 4 5 6 7 8 9 10
RES
RES
RES
LINE
**
RES
A
B
C
D
E
F
A3-48
*
A8-3
*
RES
COIL
RES
2402 C122405 E92409 C3
2412 B32413 B32414 B32415 C22417 C4
2418 B52419 C62420 C52421 D62422 D6
2423 D62424 D82425 B52426 B52430 C7
x
2431 C72432 D72433 D72434 D72435 B5
2440 E32441 E122442 D102443 E122444 F10
2445 E122450 B102460 D132461 C122462 G11
2463 G112464 H112465 H112468 C112469 C10
2488 B62492 C12494 A52495 A63400 B11
3401 A93402 A93404 D33406 C23407 C2
3409 B43410 A43411 B33414 C23415 A3
3416 A33417 C43423 B63425 C63426 C6
3431 C83435 D83436 D83437 D113440 F2
3441 E23442 F23443 E33444 E113445 E11
3446 E123447 D123448 F103450 A103451 A10
3452 F103453 F113454 D113460 C113461 C11
3462 G103463 G103464 H103465 H103469 D12
3498 H123499 H123689 C105400 G25401 A8
5402 A65410 B35411 B45421 C75422 F6
5423 B65424 E65425 C55426 A55430 A9
5461 C115463 G105465 H105466 C105469 B10
6400 B116401 F126406 C26407 A26408 A2
6409 D106410 D116411 E106412 E106413 E10
0V
11V2
0V6 *
0V1
*
TO
x
#
RE
S
RE
S
RE
S
RES
HOT
RE
S
*
TO
5V2
#
x
COLD
CRT PANEL
# x
#
*
LINE DEFLECTION
DEFLECTION
DEFLECTION
POR-CIRCUIT
A8-4
A1-
A4-
23
#
A6-A8-45
RE
S
LINE
6V60V4
RE
S
x
RE
S
0V
2423
470n
2431
3n3
6423
BY
228/
20
560n
5423
2430
680n
2432
100R
3406
1u2444
7408
BC368
10R
3426
3452
470R
A22
5469
1K
3409
A25
100u
2492
GND-SUP
GN
D-S
UP
18u
5401
3442
33K
3435
10K
3451
330R
3414
3437
10R
10K
3407
6414
6415
PD
Z-1
5B
220n
2417
2488
430n
1K
3689
5425
83R
PD
Z-8
.2B
9426
6n8
2442
3402
120R
2421
680n
SIN
14301
GND-SUP
3u6
5421
4
CU
20
5422
12
4
96
47R
3410
220n
2494
CU
15
5424
43
21
BC847B7409
6434
3n3
3441
22K
GND-SUP
8
9
1n2
2420
5430OV2076
1
10
11
123
4
5
6
47n
2414
GN
D-S
UP
6421
BY
359X
-150
0
3436
33K
3448
2K7
1n5
2405
BA
S31
6
6413
2412
47n
2469
3n3
22u
5466
100R
3416
6435
BY
D33
J
6411
7445
BC847B
220p
2415
150R
3431
6408
BYD33D
9410
680K
3443
BY
D33
J
470p
2418
2426
27n
11n
2425
MCL4148
6407
6422
BY
229X
-600
1u2
2422
2495
220n
10R
3425
A23
47p
2409
9417
470R
3404
3450
10K
470p
2419
9425
2u22424
15R
3415
100n
2450
9423
680n
2433
470K
470n
2434
14171
2
BA
S31
6
6412
10u
2413
560n
54113400
150u
5402
1R
90R
5426
9623
10R
3417
1K
3440
A26
39R
3411
2440 1u
A24
9n1
2435
6R8
3423
3401
27R
MC
L414
8
6406
2401
6n8
9401
GND-SUP
6410
3
6409
CE
165T
5410
1
1
7421BU2520DX
SIN
1493
+141V
SU
P-E
NA
BLE
+11D
LINEDRIVE1
+5.2V
GND-LINEDRIVE
Circuit Diagrams and PWB Layouts 45EM1.2A AA 7.
OR
LN
ECTION
A
B
C
D
E
F
G
PROTECTION CIRCUIT
11 12 13 14
11 12 13 14
RE
S
DEFLECTION
FRAME
RE
SR
ES
0V
12V3
RE
S
COIL
21V2
TO
RES
21V1
A1-A3-23
6619 C11
6620 A10
*
6621 A10
6622 B10
6623 A11
6624 C12
6625 A7
6626 A7
6627 A6
6628 C13
7440-A B3
7440-B D3
7441 D3
7442 D13
7443 A13
7450-A B4
7450-B F5
7455 D3
7480 F10
7482 F6
7483 E6
7486 F9
7487 F8
7611 A7
7612 D6
7613 A9
7614 C5
-11V7
7620 B10
7641 A12
7652 B13
7653 F13
7654 E12
9405 F4
9481 F5
9482 F7
9483 E7
9499 F13
9620 B10
9622 B11
0V
0V7
21V1
0V9
0V3
-10V
-16V
A4-
46
(SEE NOTE)
RE
S
21V2*
RE
S
GND-SUP
3475
4K7
GND-SUP
34 8K
100R
3629
47R
3665
3474
6624
MC
L414
8
34 4R7
7
1693
6499
BZ
X38
4-C
10
GND-SUP
3654
GND-SUP
A43
2627
10u
6
ZX
2
GND-SUP
BC857B7654 3n
3
GND-SUP
100n
2629
1R3648
GND-SUP
3485
470R
9499
33n
3472
39K
22K
3653
6623
MC
L414
864
94
5OUT
10u
2491
GND-SUP
GND-SUP
1
2
3
3491
47K
3R3
MC
L414
8
6628
GND-SUP
1
2
3
33K
3495
4K7
3466
9622
BC857B7442
0V3
BC847B7652
2
2448
470p
150R
3661
1n 2660
100n
2466
3624
1R5
100R
3403
48
2V7 4R
3479 24
98
470n
BY
D33
D66
19
6442
BZ
X28
4-C
15
3476
220K
6
BA
T
3663
150R
3644
220R
2642
100u
1R3621
GND-SUP
2499
3652
100R
1625
7443BC847B
MC
L414
8
YB
3620
1R
3467
100K
56K
3622
90R
5620
A42
BAT254
6493
3497
33K
3626
BC847B7641
3647
2R2
100R
2497
34
2487
10u
-SUP
3627
22K
1627
24 15
100R
3645
150K
A44
100R
3478
1PS76SB10
6491
BC847B7653
120R
3625
624
70n
6405
BZX79-C47
3646
47K
EW
+141V
+141V
+11D 8Vb
SUP-ENABLE
CL 36532038_087.eps150703
A39 PM3394B
A47
50V / div DC10µs / div
PM3394B A48
500mV / div DC10µs / div
PM3394B
G
BRIDGECOIL PROTECTION (5422) IS TRIGGERED VIA EW
1 2 3 4 5 6 7 8 9 10
(SEE DIAGRAM A3 ALSO)NOTE
A4-
46
VDAF
GND-SUP
4K7
B
GND-SUPGND-SUPGND-SUP
3496
2K7
6457
BZ
X38
4-C
5V6
6458
BZ
X38
4-C
GND-SUP
3n3
249324
51
1m
47n
2482
100K
3688
EW
3139 123 5522.2
2V / div DC10us / div
A40
200mV / div DC2ms / div
PM3394B A41
200mV / div DC2ms / div
PM3394B A42
20V / div DC2ms / div
PM3394B A43
10V / div DC2ms / div
PM3394B A44
200mV / div DC2ms / div
PM3394B A45
1V / div DC10µs / div
PM3394B A46
500mV / div DC10µs / div
PM3394B
Large Signal Panel: Frame Deflection E/W Drive
FLYBACKGENERAT
POWERAMPLIFIER
THERMAPROTECTIO
FRAME DEFL
1V9
A8-11
A
B
C
D
E
F
1625 B13
1627 C13
1693 F4
2403 D3
2404 D2
2448 B12
2451 F2
2454 F3
2457 E4
2458 E2
2466 D12
2480 F9
2481 F9
2482 G10
S
G
1 2 3 4 5 6 7 8 9 10
0V5
0V4
RES
13V7
A8-10
RES
2487 A13
2490 E8
2491 F12
2493 G4
2497 E12
2498 F14
2499 E13
2603 C6
2604 C9
2605 C5
2620 C9
2621 D10
2622 A10
2623 C3
2624 C11
2625 C10
2627 C11
2628 A8
2629 C12
2630 B9
2631 B9
2633 D7
2635 A8
D
22V5
COLD
2642 B11
2653 D10
2656 B2
2657 B3
2659 C2
2660 F11
2661 C8
2662 C3
3403 A13
3412 D5
3418 E9
3419 D3
3420 C3
3421 D2
3422 D3
3449 F2
3455 C2
3456 D2
3457 C4
3458 E3
3459 E2
3466 E12
3467 A12
3472 E12
3474 E13
3475 F11
0V
1V2
1V6
A8-41EW
3V
13V5
1V1
1V5
2V4
RES
3V5
3476 E12
3478 F11
3479 F10
3480 F11
3481 F10
3482 F9
3483 F9
3484 E8
3485 F7
3486 E3
3487 F3
3488 E9
3489 F10
3490 E5
3491 F12
3492 E8
3493 E8
5V70V
1V1
-
3495 F13
3496 F8
3497 D13
3610 B5
3611 B3
3620 D11
3621 D11
3622 D11
3623 D10
3624 C11
3625 C12
3626 C12
3627 C12
3628 A7
3629 C12
3630 B8
3631 B7
3632 C7
3633 B7
3634 C9
3635 A9
3636 A9
3637 A9
3638 B8
3639 C6
3640 A7
-15V2
7V8
RES
1V3
2V6
8V2
3641 C6
3642 B8
3643 B8
3644 A12
3645 A11
3646 C12
3647 C12
3648 D11
3652 A12
3653 C11
3654 F4
3655 B2
3656 B2
3657 C3
3658 C2
3659 C2
3660 B6
3661 C12
3662 B6
3663 C13
3664 C2
3665 B12
3688 G10
3690 C7
*
0V6
4V1
0V
5467 F10
5620 B11
5621 A5
6405 A12
6442 B12
6455 E3
6456 F3
6457 F2
6458 G3
6480 E10
6481 F9
6482 F8
6483 F10
6491 E13
6493 F12
6494 F12
6499 F14
6614 C5
6615 E5
6616 C5
6617 B6
6618 B6
RE
S
7V9
0V
A8-6
RES
7V9
FRAME
0V7
RE
S
RE
S
FRAME DEFLECTION
0V1
0V4
0V1V3
1V5
1V2
HOT
-0V9
1V
7V9
22V7
E/W DRIVE
-3V6
1V2
RE
S
MCL4148
6625
1K
3690
3482
100R
6622
A38
87 21
3
2
A34
3456
6K8
GND-SUP
3631
2K2
3632
2656
22n
80
3662
1K5
A4
MCL4148
6618
GND-SUP
3n3
2653
10n
2657
LM393D7450-A
3
2
1
8
4
3657
22K
3484
4K7
A40
9481
9482
2622
GND-SUP
481
84-C
15
GND-SUP
3638
470K
A37
2457
15n
100n
2635
GND-SUP
2
1
3
GND-SUP
680K
3488
MCL4148
6617
A35
12
A41
362318K
7611BC847B
A46
3633
56K
3490
3K3
6616
9483
IN+
1 IN-
2VSUP VSUPO
6
BA
S21
6
6482
7614BC847B
3643
330K
2633
3n3
3422
3K3
3628
3637
10K
6K8
3486
3412
1K8
3492
100R
3659
2K2
GND-SUP
A50
3455
3421
470K
470K
3419
560p
2458
MC
L414
8
6455
2481
2n2
7486BC847B
7480STP3NB60
3459
470R
7440-ALM358N
3
2
1
8
4
1 4
32
TCET11027483
39K
480
4n7
6456
BA
V99
3639
56K
2604 22
0n
A39
8
4
A36
A
7450-BLM393D
5
6
7
2628
100u
7
3660
5K6
7455PMBT2369
22n
2659
BC857B7441
TCDT1102G7482
1 5
42
3K3
MC
L414
8
6615
22K
3636
1n
2403
483
254
3642 47
K
3656
1K2
2661 1n
1n2605
MCL4148
6626
100R
3481
6614
BAT254
3493
150K
3634
39K
5
6
7
8
4
BZ
V85
-C
1 10
3
5 6
LM358N7440-B
S139745621
9405
7612BC847B
3458
470R
7487
BC847B
3418
56K
7620TDA8177 3
FL
4GND
7
BYV27-200
6620
22K
3658
3K3
3420
2625
470n
220p
2603
6480
BY
D33
D
5467
3641
470R
3655
12K
2u2
2631
2620
220n2n2
2623
100n
2621
100u
3611
2K2 36
30
GND-SUP
MC
L414
8
33K
1K8
3483
8915
K
GND
6621
7613TL431CZ
54 n
BYD33D
3449
A45
MCL4148
6627
15K
3664
A49
2
4
2630
2u2
3640
2K2
3635
A33
330R
2662
6n8
1K5
3457
6K8
3610
2490
2404
1n
100R
9620
100u
8Vb
8Vb
EW-DRIVE
+8V
-S
8Vb
-15V-LOT
FRAMEDRIVE-
HFB_X-RAY-PROT
8Vb8Vb
8Vb
+141V+8V-S
+8V-S
+13V-LOT
+13V
-LO
T
FRAMEDRIVE+
8Vb
A33
500mV / div DC2ms / div
PM3394B
A34
500mV / div DC2ms / div
PM3394B
A35
500mV / div DC2ms / div
PM3394B
A36
200mV / div DC10us / div
PM3394B
A37
500mV / div DC2ms / div
PM3394B
A38
200mV / div DC10us / div
PM3394B
46EM1.2A AA 7.Circuit Diagrams and PWB Layouts
2 K
Amplifier
HONE AMPLIFIER
3 4
3 4
A
B
C
D
E
3755 C33756 C23757 C33758 D2
3759 D23760 E33761 E33762 E3
3763 E23764 A34703 E14704 C1
4705 B25750 A2
2V5
FOR EMG-STAR SET
5V
7712 B37751-A B3
7751-B D39716 A2c703 D4
2V52V5
5V
2V5
2V5
*
2V5
GND-STAR
5
6
7
8
4
03
68R
3760
3754
68R
33p
2760
GND-STAR
12K
3761
GND-STAR
3755
12K
2761
GND-STAR
c703
GND-STAR2756
33p
100u
2755
2752
100u
3762
100K
4705
GND-STAR
4
2751
100n
7751-ANJM4556AM
3
2
1
8
2757
2759
100u
2764
470u10V
7751-BNJM4556AM
GND-AUD
100K
3757
7712BC847B
470R
3764
CL 36532038_090.eps110703
1 2 3 4
E E
368
100
CL 36532038_088.eps1107033139 123 5522.2
1 2
E
A8-38
GND-STAR
47
GND-STAR
100n
3763
12K
GND-STAR
HEADPH-R
3139 123 5522.2
Large Signal Panel: Rotation Circuitry
1V2
DEFLECTION
1 2 3 4
A
B
C
D
A
B
C
D
1601 A21620 C4
2601 B23649 D1
3681 D23682 E2
3683 D13684 B2
3685 C13686 B1
3687 C34601 D3
13V1
RE
S
ROTATION
OV6
RE
S
6080 C26081 B3
6082 B26083 C4
6084 C17680 B2
7681 D27682 D3
RES
COIL
FROM A8-49
0V1
OV6
ROTATION CIRCUITRY
RE
S
0V1
OV
1V3
OV6
8
3686
56K46
01
3649
10K
6084
BZ
X38
4-C
15
BC3687682
6082
BA
T25
4
6081
BZ
M55
-C15
7680TDA7052 1
+Vp
4
3
6
2
7
5
BZ
M55
-C15
6083
2601
100n
MC
L414
8
6080
3685
27K
3683
10K BC847B7681
3684
6K8
3687
820R
470R
3681
16201
2
3
+11V_ROT
TILT
+11V_ROT
+11V_ROT
125m
A
1601
MP
13
Large Signal Panel: Headphone
HEADP
1 2
A
B
C
D
2751 B42752 B42754 B12755 C4
2756 C32757 C22758 D12759 E4
2760 E32761 E22762 C22763 D2
2764 B33752 B23753 C23754 C3
*
A8-37
* FOR A02 SSB
A8-34
A8-35
4704
GND-STAR
2758
1u
GND-STAR
2762 1n
3752
47K
100K
3759
100nGND-STAR
1n2763
47K
3758
1u
2754
12K
3756
9716
0u68
5750
3753
100K
HEADPH-L
HEADPHONE-L
HEADPHONE-R
+5V
Circuit Diagrams and PWB Layouts 47EM1.2A AA 7.
A
B
C
D
E
F
1735 D81738 E8
1739 A81740 B8
2701 E32702 E2
2703 C22704 D2
2705 D12706 D2
2707 B42708 D3
2709 A62710 A6
2711 D72712 D7
2713 D72714 C7
2715 C72716 C7
2717 E62718 E7
2719 E72721 D2
2722 A3
A8-
19
8 9
8 9
E
3701 E2
3702 E23703 C2
3704 D23705 D2
3706 D23707 B2
3708 B23710 B3
3711 B2
3713 D73714 C7
3715 E63716 B3
3719 C23720 A1
3721 A13722 B1
3723 B23724 C1
3725 B43726 A2
4702 D4
10W 8E R
SPK-L
7701 C5
7710 C27711 B3
9702 D49710 C5
9712 E59715 F4
9722 B1c701 F5
c702 F5
10W 8E L
MAIN SPEAKERSSPK-R
FOR ACTIVE SUBWOOFER
N.C.
FOR PASSIVE SUBWOOFER
702
0K
3
4
5
1n 70
17351
2
3
4
712220n
GND-STAR
GND-STAR
GND-STAR
GND-STAR
3715
47n
2716
17381
2
3
GND-STAR
GND-STAR
2713
47nGND-STAR
17401
2
GND-STAR
2718
17391
2
3
47n
2719
GND-STAR
A57
A59
AU
DIO
-SW
CL 36532038_089.eps030903
1 2 3 4 5 6 7
F
* ONLY FOR SUBWOOFER
*
31
9715
2 9
GND-STAR
4R7
GND-STARGND-STAR
c702
GND-SSP
47n
GND-AUD
A58
c701
GND-STAR
3139 123 5522.2
PM3394B PM3394B PM3394B PM3394BA56
20mV / div AC1ms / div
A57
500mV / div AC1ms / div
A58
20mV / div AC200µs / div
A59
500mV / div AC1ms / div
Large Signal Panel: Audio Amplifier
CENTER
OPAMP
OPAMP
OPAMP
L/R
MUTE/STBYPROTECT
PGND
1 2 3 4 5 6 7
A
B
C
D
A8-2
AUDIO AMPLIFIER
A8-14
14V
A8-19
A8-45
14V
50K
32V
14V
14V
14V
NORMAL = 0VMUTE = 5V
14V
32V
*
A8-13
2712
47n
1R
3720
GND-STAR
2
9710
2701
470u
2708
3705
1K
9702
47n
2715
3719
47K
GND-STAR
1R
3716
10K
1u
2705
3723
2703
220n
1m2709
GND-STAR
3722
2710
100n
1n 2704
GND-STAR
10K
3725
BC847B7710
4R7
3713
GND-STAR
GND-STAR
3707
10K
10K
3724
1K
37031u 2707
47K
3708
BC847B
7711
9722
27061n
INL
1 INR
10 MUTE1
9 MUTE2
OC 3
12OL
14OR
PGND-C
4 11 15 8
SGND
7 SVR
13
VS
2
VS-C
TDA74977701
INC6
5
3714
4R7
2721
1u
2722
100u50V
GND-STAR
3726
10K
10K
3706
2711
1m
3711
10K
3710
47K
1K
3701
GND-STAR
1m
2714
A56
1m
2717
3704
10K
GND-STAR
4702
GND-STAR
1R
3721
GND-STAR
+28V
AUDIO-L
AUDIO-SW
AUDIO-R
SOUND-ENABLE
POR
48EM1.2A AA 7.Circuit Diagrams and PWB Layouts
N.C.
0V
13 14
A
B
C
D
E
F
G
H
I
1200 F21201 G11205 I21932 F91933 B61934 A6
SCL-S
12 13 14
12
A6-
13
1935 E91936 D61937 B131940 F61943 E51948 D131951 A131952 E91953 D91955 F51961 C91965 D61966 G91997 E32200 D22201 F12202 G22203 G3
A11
-72
NOT EUR
3V1
3V3V3
A10
-24
2455 I72483 B92496 B82914 E22915 E12916 C42917 E122918 F112929 E102930 F82931 D92940 B32941 I82942 I82943 I82944 E122945 H13
3V5
*
7
VA
2946 I132947 I72950 G32951 G23200 F33201 F33210 D103211 D103212 D113213 C113250 H33261 E43262 F43427 A73428 A83429 B83430 A93432 A83903 F11
3V5
A10
-25
0V
A11-68
HA
NOT EUR
1V1
3904 E13905 I113907 C13910 C13928 C43929 D43930 D33938 F103939 G113940 G113941 E2
A6-
19
-
A11
-74
A11
3942 E113943 E113944 C113945 F113999 A34915 I115901 C25902 A15903 A15904 H86200 G26201 G3
TO 1104
-
0V
6202 G36402 B96901 A87210 D107211 D117901 C37902 F117908 E117910 B27911 D17912 C19201 C129203 C129205 E89206 D89215 G2
8V1
A7-
34
A7-
35
A1-
30
+8V
9225 E89226 D99228 A49229 A49250 E69251 E69292 B49901 C129902 C129903 D129904 C129905 F89906 E39907 C119908 C39909 B1
4V3
A11
-73
9980 B19982 F6
9983 C119987 B69988 B69989 B69990 B59998 I13c001 H2c002 I2
0V0V
TO 0201OF
2T PIP/DWPANELN.C.
N.C.
0V
.
+5V
4V5
A6-
14
OF HD-JACKPANEL
0V 3V6
SUPPLY
A10
-27
SDA-S
4V5
0V
N.C
9201
2944
220n
9904
1948
1
2
3
4
5
4915
2K7
7908
2
3
4
5
6
7
8
9
9203
BC847B
.
77 78 79 8064 65 66 67 68 69 70 71 72 73 74 75 76
1
2
3
9903
2u2
2945
560R
3903
2918
100n
9902
2u2
2946
1951
GN
D-A
UD
9998
9901
10K
19371
10
100n
2917
3944
10K
RC
ON
-OF
F-L
ED
AU
DIO
-SW
AU
DIO
-C
AU
DIO
-SL
R-C
L_V
L-O
UT
L-C
L_V
L-O
UT
R-F
RO
NT
-IN
L-F
RO
NT
-IN
C-F
RO
NT
-IN
SC2-C-OUT
+8VS2
DE
GA
US
SIN
G
KE
YB
OA
RD
HE
AD
PH
ON
E-L
+8V
+8VS
AU
DIO
-L
AU
DIO
-R
HE
AD
PH
ON
E-R
+11V5
+5VA
VTUN
AUDIO-SL
+5.2V
SC2-CVBS_MON-OUT
CL 36532061_039.eps290803
A70
2V / div DC50us / div
PM3394BB
N2
0V9
A11
-65H
I
2V6
0V0V
A6-
2
1 2 3 4 5 6 7 8 9 10 11
N.C
2V3
3V5
A11
-69
2V7
*
0V0V 0V
GN
D-R
GB
-CR
T
8V1
5V7
A8-
61
0V
0V
5V
GN
D-C
VB
S-O
UT
0V3V5
A3-
4
CV
BS
-PIP
_TU
N1-
2-C
VB
S-I
N
components with diversity
0V1V4
N.C
A2-
9
A11
-64
3V2
0V
3V2V7
GN
D-S
CA
RT
-AV
2V5
0V
3V5 0V
SIM CONN MALE
GN
D-C
VB
S-I
N
0V0V 0V
A3-
3
A11
-59
3V
0V
0V
A4-
10
TO
0V
N.C
5V2
0V 0V1V6
0V 2V8
A4-
6
A3-
20
0V
GN
D-P
IP
0V
A3-
45
GN
D-C
VB
S-O
UT
1V13V
GN
D-R
GB
-SC
1_Y
UV
0V
0V 5V1
0V
A11
-62
0V
A4-
41
3V2
A2-
47
GN
D-S
CA
RT
-AV
0V
0V
A10
-31
A5-
49
6V 0V0V
A11
-61
A11
-56
0V
0V
A11
-55
0V
0V8
A4-
11
4V1
5V4V1000 0V
c002
100n
2943
1205
100n
2942
8 9 62 637 48 495 50 51 52 53 54 55 56 57 58 596 60 6133 34 35 36 37 38 394 40 41 42 43 44 45 46 472 20 21 22 23 24 25 26 27 28 293 30 31 321 10 11 12 13 14 15 16 17 18 19
2941
100n
22K
3250
5904
83R
4u729
47
1n2455
c001
3905
100R
G-C
RT
B-C
RT
CU
TO
FF
P50
G-S
C1-
IN_Y
-IN
SE
L-S
VH
S-R
R_S
TA
TU
S2
SC
1-S
TA
TU
S
PIP
-CV
BS
AG
C
IF-T
ER
CV
BS
-TE
R-O
UT
CV
BS
-SC
1_A
V1-
IN
B-S
C1-
IN_U
-IN
Y_C
VB
S-F
RO
NT
-IN
SC
L-S
SD
A-S
+3V3
+5VA
+3V3
+8V
Y-S
CA
VE
M
+5.
2V
FB
L-S
C1-
IN
PIP
-MO
NO
IRQ
-DIG
ITA
L
LIG
HT
-SE
NS
OR
ST
AN
DB
Y
TIL
T
DY
N-F
AS
E-C
OR
EH
T-I
NF
O
HF
B_X
-RA
Y-P
RO
T
EW
-DR
IVE
GN
D
R-S
C1_
V-I
N
FR
AM
ED
RIV
E-
FR
AM
ED
RIV
E+
GN
D-L
INE
DR
IVE
LIN
ED
RIV
E1
R-C
RT
C-S
C2_
SV
HS
-IN
FR
ON
T-D
ET
EC
T
R-S
C1_
AV
-OU
T
R-S
C1_
AV
1-IN
Y_C
VB
S-S
C2_
AV
2-IN
R-S
C2-
OU
T
R-S
C2_
AV
2-IN
L-S
C1_
AV
-OU
T
L-S
C2-
OU
T
L-S
C2_
AV
2-IN
L-S
C1_
AV
1-IN
SO
UN
D-E
NA
BLE
PO
R
+5V
CV
BS
-SC
2_M
ON
-OU
T
VT
UN
GND-LINEDRIVE
GND
3139 123 5522.2
Large Signal Panel: Tuner, SIMM Connector (Female)
NC GND
N.C.
4V9
A
B
C
D
E
F
G
A11-51
1 2 3 4 5 6 7 8 9 10 11
5V7
0V
SCL-S
1510
1V7
TO 1934
TO
33V
03402V8
1V
2V7
SDA-S
SDA-S
CRT
0V
2V2
3V
8V1
4V9
N.C.
RESERVED2V7
TO/FROM
FM
TO
5V
FM
6V
3V
A11-71
3V
N.C
7V5
8V1
A7-37
8V4
COMPAIRSIDE IO
3V
0V
5V
A7-30
A11-52
TUNER
CONNECTOR
0V
4V9
*
OF
DW PANEL
TO 0200
N.C.
N.C.
2T PIP
0V
RES
N.C.
*
2T PIP
TO 0236
HD JACKPANEL
DW PANEL
OF
TO 1933
HD JACKPANEL
GND-RGB-CRT
N.C
TUNER SIM CONNECTOR (FEMALE)
2V4
SCL-SFROM
330K
3428
EXTERNAL
TO
A11-53
3432
100K
BC847B
7211
OUT
7912MC78M05
GNDIN
3941
6R8
1966
2
3
4
5
6
7
8
9
1
2
9225
A69
5901
10u
2931
1n
9990
2
3
4
19341
LD1086
GNDIN OUT
3945
100K
3429
10K
3939
220n
2202
330p
2916
9905
2951
10n
1935
2930
1n
11201
7910
9251
19611
2
3
4
1
2
2914
10u 9205
19361
10
11
3200
100R
100R
3262
9989
7210
BC847B
9983
19651
2
100R
3201 A11-70
3930
560R
9228
100u
2203
9229
10n
2950
1933
1
19551
2
3
9988
1
2
3
9206
1952
1932
3261
100R
BC847B
7901
7911L78L05
GNDIN OUT
19431
2
3
6R8
3904
1997
1
2
9982
9908
3211
2K2
33u
5903
3427
56K
3907
47R
10u
2915
220n
2929
9987
3430
100K
3213
15R
9250
3212
100R
3210 1K
2201
220n
3999
1K
6201
9292
2
3
4
5
BC847B
7902
19531
2
3
3928
100R
3
4
5
6
7
8
9
10n
2496
19401
10
11
2
1
2
3
4
5
3942
100R
9907
100R
3938A70
9906
9980
3943
100u
2940
9226
12131415
2
810
SCL4
SDA5
TU2
9
1200TEDE9
AGC1
AS3
IF111
MB16
7MB2
6202
5902
33u
5
6
3940
560R
68R
3910
A68
2483
4n7
6402
BAS316
9215
6901
BZX384-C5V6
9909
6200
BZ
M55
-C33
3929
10K
2200 10
u
PIP-CVBS
+8V
C-FRONT-IN
PROT_AUDIOSUPPLY
+8V
HFB_X-RAY-PROT
C-FRONT-IN
C-SC2_SVHS-IN
GND
EHT-INFO
EW-DRIVE
+3V3
CVBS-TER-OUT
TER-CVBS-OUT
+8V6 +8V
+11V +11V5
+8V
+5.2V
+5V
SC
L-S
AUDIO-SL
R-CL_VL-OUT
L-CL_VL-OUT
PANORAMA
SC1-B-IN_U-IN
SC1-G-IN_Y-IN
SC1-R_V-IN
SC1-FBL-IN
VTUN
SC
L-S
SD
A-S
+5VT
+11V5
HEADPH-L
HEADPH-R
+8VS2
+8V
CUTOFF
HFB_X-RAY-PROT
EHT-INFO
+8VR-CRT
G-CRT
B-CRT
+5VT
SD
A-S
G-SC1-IN_Y-IN
B-SC1-IN_U-IN
FBL-SC1-IN
+8V
CVBS-SC2_MON-OUT
PIP-MONO
TER-CVBS-OUT
R-SC1_V-IN
+8VS
+8VS
GND-AUD
Y_CVBS-FRONT-IN
FRONT-DETECT
C-FRONT-IN
L-FRONT-IN
R-FRONT-IN
SDA-S
SCL-S
Y_CVBS-FRONT-IN
Y_CVBS-SC2_AV2-IN
CVBS-SC1_AV1-IN
A68
200mV / div DC5us / div
PM3394B A69
2V / div DC50us / div
PM3394
Circuit Diagrams and PWB Layouts 49EM1.2A AA 7.
0215
D
C
3V3
A8-27
0V
A8-24
A8-25
A8-25
TO
3
3
A
B
NT
A8-24
PANELTOP CONTROL
0V
A8-24
A8-31
A8-25
E
1945 E31946 B11947 A11949 B12952 D23911 B23912 D33913 D23914 C2
A8-27
4911 A24912 A24914 A29970 A39973 B39978 A2
12
1K
3912
8K2
19451
2
3
1n
9973
9978
9970
3913
10K
1
3911
10K
14
KEYBOARD
ON-OFF-LED
RCOUT
+5.2V
KEYBOARD
LIGHT-SENSOR
RC
KEYBOARD
+8V
+5.2V
+8V
RC
ON-OFF-LED
CL 36532061_040.eps290803
P
1 2 3 4
CL 36532038_092.eps0210033139 123 5522.2
1 2
3139 123 5522.2
Large Signal Panel: Receiver
PASS
CTRLCIRCUIT
AGC
INP
PIN DEMBAND
RC RECEIVER
1 2 3 4
A
B
C
D
A
B
C
D
1950 A1 2900 B2 3900 A3 3901 B3 3902 C3 6900 B3
RECEIVERRES
A8-24
A8-27
1950
GND 3M14 5
M2
OUT 1
VS 2
1K8
3902
220R
3900
TLD
R54
00
6900
A71
470R
3901
+5.2V_MP
100u
2900
Large Signal Panel: Front
5V2
PANELN.C. 3V3
MAINS
0241
NC
1 2
A
B
C
D
E
2V
FRO
8V2
0V
3V1
0V
TO
FRONT
TO0214
PANEL
SWITCH0V
INTERFACE
49
3914
19461
2
3
4
5
2952
1949
1
2
6
7
8
9
491
4
549
1947
1
2
3
50EM1.2A AA 7.Circuit Diagrams and PWB Layouts
1900-E
330p
1981
330p
150R
3947
3979 A5
3981 A6
3947 E8
3948 F7
3949 F8
3955 C8
3954 B7
F963 C9
3964 E2
3972 C5
F965 B2
F967 C2
2994 F2
3961 D3
2986 E8
1996 D1
3963 E3
F975 A8
3965 F2
3966 F2
3967 B3
3968 B2
I967 B6
I968 B5
1988 B1
1989 C2
1990 B2
1994 E1
1995 E1
I998 A5
2987 D8
F968 D2
2988 A7
1900-G D1
1900-I E1
I963 F3
I964 F3
I965 A4
I966 B4
I983 E5
I984 E4
I985 E5
I986 A5
3989 D6
3990 E4
3991 E5
5900 A7
7990 E6
7991 E5
1901-B A1
1902-A F9
7995 C5
F960 B9
F961 A2
1902-B E9
1902-C D9
I988 E4
F966 C2
3959 D3
2995 D4
I990 E6
I991 B3
3993 E5
3994 E6
3995 A2
I969 C8
I970 C3
1900-C B1
I992 E8
CVBS
R 1991 B2
1992 F1
1993 F1
L
I993 E8
I994 E9
1998 C9
3984 B5
2985 F8
1981 E9
I999 B8
1983 D1
1900-F D1
F971 E2
1900-H D1
1900-B C1
1987 A2
3992 E5
I987 A6
4904 F4
D
I971 C6
I972 C5
7992 A6
7993 A5
7994 C6
I976 D4
I977 C4
I978 D5
F962 B9
I997 A5
F964 B2
3976 D5
I989 E5
3978 D6
3958 D2
3960 D2
3982 A4
3983 B5
I982 E5
3985 B5
3986 B6
3987 D5
3988 D5
2989 A7
2991 B8
2992 C8
2993 F2
AV2 OUT:
4902 B4
L
SURROUND
R
1900-A B1
I995 E9
I996 C7
F974 F2
1982 D9
3971 C5
F969 D2
3953 B8
F973 F2
1980 F9
3969 B2
3970 C2
1999 B9
1900-D F1
1900-E F1
1900-J C9
1900-K B9
1900-L A9
1901-A A1
A
B
C
I973 C5
I974 C5
I975 D3
I979 D6
I980 D3
I981 E6
3977 C5
3980 A5
2996 A4
2997 E4
2998 B2
2999 C2
3946 E7
3997 D7
3950 A2
3951 D8
3952 A8
3996 A3
4903 D4
3956 C7
3957 C3
AUDIO-OUT
E
F
3962 E2
1984 B9
8 9
8 9
3973 C6
3974 C4
3975 D5
399
39
1982
399
330
1900-K
2023
1900-J
1922
1902-BYKC21-2675
52
1980
3953
150R
63YKC21-2675
1902-C
1K399
3948
1984
1998
1900-L2124
150R
3955
3951
150R
3949
150RYKC21-2675
1902-A
41
1999
CL 36532038_094.eps110703
3965
1K
100p
2994
8 11
A8-56R
L A8-72
F
A8-55
4 53 61 2 7
4904
3966
1K
2985
330p
2993
100p
1992
150R
1993
7 10
1900-D
R-CL_VL-OUTL-SC1_AV1-IN
R-SC1_AV1-IN
3139 123 5522.2
Large Signal Panel: Inputs/Outputs
100R
1K
3970
3990
10R1K
2u2
2996
3988
75R
3964
75R
3977
470R
3958
3957
100R
100R
3959
3956
150R
1995
3989
1K 2987
330p
3971
100K
2992
3975
39K
75R
3968
2991
10R
3982
1988
14 17
75R
3961
100R
E
D
C
75R
3960
A8-59
: A8
4 5
AV1:
A8-51
CVBS
A8-74
U
V
CVBS
INPUTS/OUTPUTS
A
A8-53
SVHS-IN:
A8-62
A8-65L
AV2:A8-68
A8-71
A8-73
A8-64A8-61
3 6
R
Y
A8-70
A8-69
B
A8-52
1 2 7
3995
1 K
1900-H
2986
330p
2995
2u2
1994
3974
10R
4902
4903
3985
180R
3954
150R
3972
1K
100u
2989
2
7
3
8
1
100n
2988
1K3978
1901-A
3997
150R
2 R
3996
100R
7994BC857B
1901-B
YKF51-5347
5
10
4
9
6
11
BC847B7993
1900-C3 6
1991
1900-I
912
25
3967
7995BC847B
3969
1K
BC857B7992
1989
7990BC857B
7991BC847B
3984
150R
1996
1983
1K3980
439
86
1K
150R
3946
100K
3979
3976
270R
1900-B
2 5
1990
3983
27K
2999
100p
100R
3963
1900-A
1 4
+8VS
3987
100K
3973
1K
1900-G13 16
1K3981
2997
2u2
2998
100p
75R
1987
3952
3993
100R
3962
75R
1900-F15 18
3950
10K
5u6
5900
SC1-G-IN_Y-IN
SC1-B-IN_U-IN
SC1-R_V-IN
SEL-SVHS-RR_STATUS2
Y_CVBS-SC2_AV2-IN
L-SC2_AV2-IN
R-SC2_AV2-IN
SC2-CVBS_MON-OUT
R-SC2-OUT
L-SC2-OUT
C-SC2_SVHS-IN
L-CL_VL-OUT
AUDIO-SL
CVBS-SC1_AV1-IN
Circuit Diagrams and PWB Layouts 51EM1.2A AA 7.
Layout LSP (Top Side)
52EM1.2A AA 7.Circuit Diagrams and PWB Layouts
2107 D2 2622 B7 3501 A3 5411 C6 7131 E2 9554 C3 9939 E6
ttom Side)
2533 C4 3140 D7 3517 D5 3759 C3
3945 D23946 E13947 E13948 E13949 E13950 D13951 E13953 D13954 E13955 D13956 D13957 D13959 D13961 D13965 D13966 D13967 C13969 D13970 D13971 D13972 D13973 D13974 D13975 D13976 C13977 C13978 C13979 D13980 D13981 D13982 D13983 D13984 D13985 D13986 D13987 D13988 D13989 D13990 D13991 D13993 D13996 C13997 E13999 B74601 E74702 D44703 D34704 D34705 C34790 D34901 E54902 D14903 D14904 D14905 D14911 E54912 E74913 E74914 E55106 D65107 D65519 C56080 E76081 E76082 E76083 E76084 E76104 C76108 C76112 E66115 C76116 C76117 E76118 E76119 E76132 E66133 E66134 D66141 E56142 C76144 C76149 E66200 E16201 E16202 E16401 B16402 E2
6406 C26407 D26409 B16410 B16411 B16412 B16413 A16414 A16415 A16442 B16455 C26456 C16457 D26458 D16481 B46482 C36483 C46491 A46493 A46494 A36499 A46506 D66507 C46508 C46509 D56511 B66512 B66513 C46516 D56517 D56518 C66522 C46523 D56533 D56537 D56538 D56614 C16615 C36616 C16617 C16618 C16623 A36624 B16625 C26626 C26627 C26628 B16901 E27120 D77130 E77132 E67133 E77140 E57210 E37211 E37407 B17409 C27441 C27442 A37443 A37445 C27450 C17455 D27486 C37487 C37501 B77505 B57530 D57611 C17612 C17614 C17641 A37652 A37653 A37654 A47681 E77710 D37711 D37712 C37751 D37901 E17902 E17908 D27990 D17991 D17992 D17993 D1
7994 D17995 D19103 D79106 D79107 E79108 D79111 D79128 C79129 C79130 E69200 E29201 E39202 E29203 E29204 E29205 E29206 E29207 E29208 E29209 B79210 D39211 D39212 E19214 E29215 E19216 E19217 E19218 E19219 E19221 E69222 E69225 E19226 E19228 E69229 E59251 D39271 D19272 D19273 D19274 D19275 E19276 D19277 C19278 C19279 C19280 C19281 D19282 D19283 D19284 D19285 D19288 D19289 D19291 D19294 C19295 C19296 C19297 D19298 E19417 B29418 A49421 D19422 D29424 C39427 D29428 C19429 D29430 D29431 C19432 D29433 C29434 C29435 C19436 C19437 C29438 B19440 E79441 C19443 C29481 C29482 C39483 C39499 A49505 D59560 C59561 D59567 C5
9621 E79624 C39676 D29677 C19904 E39905 D29908 E19927 D29928 E39960 E49962 E49966 E59970 E59978 E59979 E59981 E19983 E29985 D19986 D19987 D19988 D19989 D19990 D19991 D19992 D19993 D19994 D19997 D29998 D3
CL 36532038_43m.eps140503
2108 B12111 C12114 B12115 D12116 D12118 D22119 E22120 E22121 D12122 D12124 C12126 E22132 E22140 E32141 E12143 D12148 D12151 D12152 D22157 C12161 B22163 B12200 E7
2624 B72625 B72627 B72628 C72642 A52708 D42709 D52711 E42714 D42717 E42722 C52752 D52755 D52759 D52764 C52900 A12914 E72915 D62940 E52947 E22989 E73101 C13102 C2
3502 C43503 C43505 D23507 D43508 C33509 A23511 C23513 C23514 C33515 C33516 B33518 C23520 D33521 A13526 D33533 D33537 A33540 D33541 C43542 D33543 C23545 C33546 C2
5421 B55422 A45423 B55424 A45425 B45426 B55430 B65461 A75463 B75465 B65466 A65467 B55469 A65502 A35503 B25504 A25505 C35506 D35507 E35511 A35512 D35514 E35515 A3
7141 E37408 C67421 C67440 C77480 C47482 C57483 C57502 D27503 C37504 C37506 D37507 D37508 B47528 B17529 D37613 C77620 B77680 E17682 E17701 D47910 E57911 E77912 E6
9556 D39557 D39558 D29563 C49564 C29565 B29566 D39570 D49571 D39572 E39620 B79622 B79623 C69650 B79652 A79655 A79656 A79658 B69659 B49660 B49661 B49663 B49664 B7
9940 E69942 E59943 E69944 E69945 E69946 E69947 E69948 D69949 D59950 E59951 E19952 E49953 E49954 E69955 E49956 E49957 B19958 B19959 E79961 D69963 E79964 E39965 E3
CL 36532038_42m.eps140503
2535 C52538 D52544 C52545 B52601 E72603 C12604 B12605 C12620 B12621 B12623 C22629 B12630 C12631 C12633 C12635 C12653 C12656 C22657 C12659 C22660 A42661 C12662 C2
3142 E63143 E53145 C73146 C73147 C73148 C73149 C73150 C63151 E73152 C73153 D73155 E63156 E63157 E63158 E73159 E63160 C73164 E63165 E63166 E73167 E73168 D73169 C7
3519 D53522 D53523 D53524 B73525 D53527 D53528 B63529 B63530 D53531 D53532 B73534 B73535 C53536 D53538 C63539 C63544 C63547 C53549 D53552 C53553 C53555 B53556 C5
3761 D33762 D33763 D33764 C33900 A73901 A73902 A73903 D23907 E23910 E13911 E53912 E43913 E43914 E53928 E13929 E13930 E13938 E13939 E13940 E13942 D33943 D23944 E3
Mapping Large Signal Panel (Top Side)0040 C60043 C41146 E11147 E21148 E11200 E71201 E41205 E61417 B51424 A71430 B61491 A51492 A71493 A61495 B71498 A71499 D71500 A21501 B11502 A21503 B21505 A21506 B21510 C41550 B21590 A21591 B31601 E11620 D11625 B71627 B71693 C61735 E41738 E41739 D51740 D51900 D71901 C71902 E71932 D61933 D71934 D71935 D71936 D51937 E51940 E61945 E41946 E31947 E31948 E51949 E11950 B11951 E51952 E61953 D51955 E61961 E51965 D71966 D62100 D22101 C22102 D12104 E2
2203 E72400 A52401 A52402 A72405 A52413 C62418 B62419 C52420 B62421 A42422 A42423 A42424 B42425 B52426 B52430 B52431 B52432 B42433 B42434 B52435 B52450 A72451 C72460 A72461 A72462 C72463 C72464 B72465 B72468 A72469 A62487 A52488 B52490 C42491 A42492 D62501 C32503 C22505 C42506 D32507 A22508 B42509 B32510 C22512 E32515 C32516 B32517 B32518 C22519 E32520 A22521 B22523 C32526 C32527 C22531 D32537 B32539 B32540 D32541 C22542 E32546 E32547 A2
3103 C23104 C23105 C13106 C13107 C13108 C23111 C13113 D13114 D13115 E13116 E13117 C23118 C23123 D13124 D13125 C13126 C13127 C13137 E13141 E23144 D13161 D13162 D13171 D13172 D13213 E53400 A73401 A53402 A53403 A53409 B63411 C63415 C63416 C63417 B63418 B43423 B53425 B53426 B53431 B53435 B43436 B43449 D63450 A73451 A73460 A73461 A73462 B63463 B73464 B63465 B63469 A73476 A53478 C43479 C53480 C43488 B43492 C53493 B43495 A43498 B73499 B73500 A3
3548 C43550 B33551 C33554 B43559 B43562 B33620 C73621 C73622 C73623 C73624 B73625 B73626 B73628 C63634 B73635 C63641 C73642 B73645 A53648 C73661 B73663 B73681 E13687 E13689 A63716 D53720 C53721 C43722 C43725 D43726 C53754 D53760 D53904 D73941 E73952 D73958 D73960 D73962 D73963 D73964 D73968 C73992 D73994 D73995 C75100 D25101 B25102 C15103 D25104 C25105 D25108 C15109 C25110 D15111 D25112 D25113 C25130 E25131 D15400 C45401 A55402 B55410 C6
5516 A35517 C35518 C45520 C35620 B75621 C75750 C55900 E75901 E75902 E25903 E15904 E66103 C16105 C26106 C16107 D26109 B16110 D16111 D26113 D26114 C16120 D16121 D16122 D16130 E26147 C26148 D26400 A66405 A56408 D66421 C56422 C56423 B56434 B46435 B46460 A76462 B76463 C76464 B66465 C66480 C56505 C36510 C26514 C36515 C36519 C26520 C26525 B46530 C26534 C26535 E36539 E36619 B76620 B76621 B76622 B76900 A17100 C17101 C17102 C27103 D17104 D17105 B1
9101 C29102 E29112 D29114 C19117 D29118 E29119 E19120 E29121 E39122 E19123 C19124 D29125 E19126 E29127 C29223 E59224 E59227 E49250 D59260 D79261 D79263 D79264 C79266 D79267 D79268 D79269 C79270 D79292 E49401 A59402 B49403 B49404 B49405 C69406 A59408 B79409 A79410 A69411 A79412 D69413 D69414 D69415 D69423 B59425 B59426 B59484 A79501 A29502 A29503 A39504 A49507 A39508 C39509 C39510 C39511 C39513 B39516 A39517 C39518 B29519 B39551 B39552 D3
9665 C69666 C69667 B59669 C59670 C59671 B49674 A69675 A79678 A79700 D59701 E49702 D49703 D49704 D59705 D49706 D49707 D49708 C59709 D59710 D59711 D49712 D49713 D59714 D49715 E59716 C59717 C59718 D49719 E49722 C59901 E59902 E69903 E69906 E79907 E59909 E59910 D69911 D69912 D69913 D69914 D69915 D69916 D69917 D69918 D79919 D69920 D69921 D69922 D79923 D79924 D79925 D79926 D79929 E69930 E69931 E79932 E69933 E79934 E79935 E79936 E79937 E69938 E6
9967 E59968 D69969 D69971 E79972 E79973 E39974 E49975 E39976 B19977 D69980 E59982 E69996 E5
Mapping Large Signal Panel (Bo2103 C62105 C62106 E62109 D72110 B72112 C72123 C72130 E62131 E72144 C72145 C72147 E62149 D72150 E72153 D72154 D62155 C62156 D72159 C72160 C72162 E62201 E12202 E12403 C22404 C12409 C22412 C22414 C22415 C22417 B22440 C22441 B12442 B22443 A12444 A12445 B12448 A32454 D22455 D22457 C12458 D22466 A32480 C42481 C42482 C42483 E22493 C22494 B22495 B32496 E22497 A32498 A32499 A32502 D52504 C62513 D52514 D52524 D52525 D62528 B72529 C52530 D52532 D5
2701 D42702 D42703 D42704 E42705 D32706 D42707 D42710 D42712 E42713 E42715 D42716 D42718 E42719 E42721 D42751 D32754 D32756 D32757 D32758 D32760 D32761 D32762 D32763 C32916 E12917 D22918 E12929 D32930 D12931 D32941 E22942 E22943 E22944 D12945 D32946 D32950 E12951 E12952 E42985 E12986 E12987 E12988 E12991 D12992 D12993 D12994 D12995 D12996 D12997 D12998 D12999 D13109 E73120 D73121 D73130 E73131 E63132 E63133 D63134 E63135 E73136 E63138 C7
3170 C73200 E13201 E13210 E33211 E33212 E33250 E13261 E13262 E13404 C33406 C23407 C23410 B23412 C13414 C23419 C23420 C13421 C13422 C23427 E23428 E23429 E23430 E23432 E23437 B13440 D23441 C23442 C23443 C23444 B13445 B13446 B13447 B13448 B13452 B13453 B13454 B23455 C13456 C13457 C23458 C23459 D23466 A33467 A33472 A33474 A33475 A43481 C43482 C43483 C33484 C33485 C33486 C13487 D23489 C43490 C33491 A43496 C33497 A33504 D53506 D53510 D53512 C5
3557 C53558 B53560 B53561 C53610 C13611 C13627 B13629 B13630 C13631 C13632 C13633 C13636 C13637 C13638 C13639 C13640 C13643 C13644 A33646 B13647 B13649 E73652 A33653 B13654 C23655 C13656 C13657 C13658 C23659 C23660 C13662 C13664 C23665 A33682 E73683 E73684 E73685 E73686 E73688 C43690 C13701 D43702 D43703 D43704 D43705 D43706 D43707 D33708 D33710 D33711 D33713 E43714 D43715 E43719 C33723 D33724 D33752 D33753 D33755 D33756 D33757 D33758 D3
Circuit Diagrams and PWB Layouts 53EM1.2A AA 7.
Layout LSP (Overview Bottom Side)
54EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout LSP (Part 1 Bottom Side)
Circuit Diagrams and PWB Layouts 55EM1.2A AA 7.
Layout LSP (Part 2 Bottom Side)
56EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout LSP (Part 3 Bottom Side)
Circuit Diagrams and PWB Layouts 57EM1.2A AA 7.
Layout LSP (Part 4 Bottom Side)
58EM1.2A AA 7.Circuit Diagrams and PWB Layouts
F28
0
F27
6
A
B
C
D
E
F
G
H
VDP-HIP
FEATURE-BOX
12 13 14 15
12 13 14 15
B7-
116
AUDIO DEMODULATOR
B6-
108
F27
0
F26
4
F27
8
PAINTER
B7-
117
F26
5
B2-
103
B6-
114
B6-
110
F27
7
F26
7
F26
9
F27
2
B3/B8
B7-
102
F27
1
B7-
121
B4
B6-
113
F26
8
B7
B6-
111
B2-
104
B6-
105
F27
3
F27
5
B6-
107
F26
6
B7-
118
B6-
109
B6-
115
F26
3
1
1
4939 F12
4940 G11
4941 G11
4942 G12
4944 F6
4945 F6
4946 F6
4947 F6
4948 F7
4949 F7
4950 F7
4951 F7
4952 F7
4953 F8
4954 F8
4955 G8
B6-
112
F26
2
4956 G6
4957 G6
4958 G6
4959 G6
4960 G7
4961 G7
4962 G7
4963 G7
4964 G7
4965 G8
4966 G8
5900 F1
5901 F1
B6
B2
B6-
106
F27
4
VDP-HOP
F27
9
5902 F2
5903 F2
5904 F2
7 17
v490 40
v53
v552
100p
2902
1
v56909
77 78 79 8063 64 65 66 67 68 69 70 71 72 73 74 75 76
v64
v523
v54
v587
0010
MECHPART
359
220R
3901
3903
220R
v575 6
v592 584
v48
2900
100p
6
2901
4938
100p
6 6
220R
3900
0
v635
4942
4941
v62
v6134 2
220R
2903
100p
8
3904
v6012 8
v501
v7147 5
4939
v513
+5V
+5V
+5V
+8V
+8V +5V
GN
D-A
UD
C-F
RO
NT
-IN
Y-C
VB
S-F
RO
NT
-IN
FR
ON
T-D
ET
EC
T
AU
DIO
-R
AU
DIO
-L
AU
DIO
-SW
AU
DIO
-C
AU
DIO
-SL
R-F
RO
NT
-IN
L-F
RO
NT
-IN
R-C
L_V
L-O
UT
L-C
L_V
L-O
UT
HE
AD
PH
ON
E-R
HE
AD
PH
ON
E-L
ON
-OF
F-L
ED
RC
KE
YB
OA
RD
DE
GA
US
SIN
G
CL 36532038_095.eps110703
F21
3
F24
5
F20
4
F22
7
F25
8
F24
6
F23
1
H
F20
1
F21
9
F25
11 2 3 4 5 6 7 8 9 10 11
F24
8
F24
7
F22
3
F24
9
F20
8
F22
1
F20
2
F23
0
F20
3
F25
2
TO 1205
F26
1
F21
8
F25
9
F24
3
F22
6
F23
9
F24
1
F24
4
F20
7
F20
6
F25
5
F22
9
F23
3
F20
5
F22
0
F24
0
F21
6
F25
4
F22
8
F23
2
F25
0
F22
4
F23
5
F20
9
F23
6
F23
7
F21
7
F25
6
F21
5
F21
4
F24
2
F23
8
F22
2( SIM CON. FEMALE )
F26
0
F25
7
F25
3
F22
5
F21
2
F23
4
F21
1
F21
0
v2 v4v3v9 v2 v4v4 v4v3 v3v3v2
8 9 627 48 495 50 51 52 53 54 55 56 57 58 596 60 6134 35 36 37 38 394 40 41 42 43 44 45 46 472 20 21 22 23 24 25 26 27 28 293 30 31 32 33
1000
1 10 11 12 13 14 15 16 17 18 19
v3v2 v5 v1 v4v4v3v1v4 v1 v1 v2 v4v1v1 v2 v3 v4v8 v1 v2v6 v3v2 v3 v3v7 v2v1 v2v1 v3v1 v6v1 v2
3139 123 5525.3
Small Signal Board: Sim Connector (Male)
B7-
90
B2-
58
B2-
53
B4-
61
B4-
68
B6-
95
B6-
98
G
v1 G3
v2 G3
v3 G3
v4 G3
v5 G3
v6 G3
B4-
67
B4-
77
1 2 3 4 5 6 7 8 9 10 11
B4-
72
B4-
76
B4-
73
A
B
C
D
E
F
B6-
101
v7 G4
v8 G4
v9 G4
v10 G4
v11 G5
v12 G5
v13 G5
v14 G5
v15 G5
v16 G5
v17 G6
v18 G6
B2-
160
v19 G6
v20 G6
v21 G6
v22 G6
v23 G7
v24 G7
v25 G7
v26 G7
v27 G7
v28 G7
SIM CONNECTOR ( MALE )
B2-
60
B7-
93
v29 G8
v30 G8
v31 G8
v32 G8
v33 G9
v34 G9
v35 G9
v36 G9
v37 G10
v38 G10
v39 G10
v40 G10
v41 G10
v42 G10
B2-
56
B2-
51
B2-
50
v43 G11
v44 G11
v45 G11
v46 G11
v47 G11
v48 G11
v49 G12
v50 G12
v51 G12
v52 G12
v53 G12
v54 G12
v55 G12
v56 G13
v57 G13
v58 G13
v59 G13
v60 G13
v61 G13
v62 G14
v63 G14
v64 G14
v65 G8
B6-
96
B7-
63
B6-
100
v71 G12
0010 H15
1000 H2
2900 G13
2901 G13
2902 G14
2903 G14
2904 G10
2905 G8
2906 G10
2907 G5
2908 G1
2909 G1
2910 G1
2911 G2
2912 G2
3900 F14
3901 F14
3902 F9
3903 F13
3904 F14
3905 F8
B7-
91
B4-
64
B4-
65
B2-
62
B4-
70
B2-
59
B4-
84
B4-
85
B7-
86
B4-
74,B
4-13
9,B
4-14
0
B2-
52
3906 F9
3907 F10
3908 F9
3909 F10
3910 F5
3911 G9
4901 F3
4902 F3
4903 F3
4904 F3
4905 F3
4906 F4
B6-
89
B6-
88
B4-
69
B7-
87
B7-
141
B2-
61
B6-
97
4907 F4
4908 F4
4909 F3
4910 G3
4911 G3
4912 G3
4913 G3
4914 G3
4915 G4
4916 G4
4917 G4
4918 G3
4919 F5
4920 F5
4921 F5
4922 G5
B2-
55
B6-
99
B2-
54
B2-
80
B2-
81
B3-
82
B3-
83
B4-
78
B6-
94
4923 G5
4924 G5
4925 F6
4926 G6
4927 F5
4928 F6
4929 F7
4930 G5
4931 G6
4932 G7
4934 G5
B7-
92
4935 F8
4936 G8
4937 F1
4938 F1
B4-
79
B4-
71
B4-
66
B2-
57
4962
4960
5900
4903
4928
100p
2912
2909
100p
494949
19
4915
3908
100R
4924
4920
4901
4921
100p
2906
4929
4954
100p
2908
4912
4931
4964
5904
4944
4956
4927
4918
4908
4909
5903
4953
4955
4932
495149
06
4911
4910
5902
220R
3905
3910
220R
4936
4952
4916
4934
100R
3902
4965
4963
4902
3909
220R
4958
4946
100p
2907
5901
4905
4961
4950
4917
492649
23
4914
4945
4930 29
0510
0p
100p
2910
3911
100R
4940
100R
3906
4907
4957
4904
496649
13
495949
22
2911
100p
4925
4948
4947 49
35
4937
220R
3907
2904
100p
SD
A-F
SC
L-F
SC
L-F
SD
A-F
SD
A-F
SC
L-F
SC
L-F
SD
A-F
SC
L-F
SD
A-F
HF
B_X
-RA
Y-P
RO
T
EH
T-I
NF
O
TIL
T
LIG
HT
-SE
NS
OR
IRQ
-DIG
ITA
L
PIP
-MO
NO
SC
1-S
TA
TU
S
IRQ
-DIG
ITA
L
+5V
_CO
N
+5V
_VD
P
+5V
_AU
D
+8V
_AU
D
+8V
_VD
P
LIN
ED
RIV
E1
+8V +5V
2
SD
A-S
SC
L-S
+3V
3_S
IM
GN
D-R
GB
-CR
T
B-S
C1-
IN_U
-IN
G-S
C1-
IN_Y
-IN
R-S
C1_
V-I
N
FB
L-S
C1-
IN
Y-C
VB
S-S
C2_
AV
2-IN
C-S
C2_
SV
HS
-IN
CV
BS
-SC
2_M
ON
-OU
T
CV
BS
-SC
1_A
V1-
IN
CV
BS
-TE
R-O
UT
CV
BS
-PIP
_TU
N1-
2-C
VB
S-I
N
SC
1-S
TA
TU
S
SE
L-S
VH
S-R
R_S
TA
TU
S2
GN
D-L
INE
DR
IVE
DY
N-F
AS
E-C
OR
AG
C
CU
TO
FF
Y-S
CA
VE
M
B-C
RT
G-C
RT
R-C
RT
FR
AM
ED
RIV
E+
FR
AM
ED
RIV
E-
EW
-DR
IVE
R-S
C1_
AV
-OU
T
R-S
C1_
AV
1-IN
R-S
C2-
OU
T
R-S
C2_
AV
2-IN
L-S
C1_
AV
-OU
T
L-S
C2-
OU
T
L-S
C2_
AV
2-IN
L-S
C1_
AV
1-IN
IF-T
ER
P50
ST
AN
DB
Y
PO
R
SO
UN
D-E
NA
BLE
Circuit Diagrams and PWB Layouts 59EM1.2A AA 7.
GENSAND-
E
2H/4H DELAY
ADAPTIVECOMB FILTER
FILTERTUNING
CLOCK
RE
S
12
A
B
C
D
E
F
G
H
I
0302 D11303 H131315 E101316 E111317 E121318 E121407 F4
B1-52
RE
S
RE
S
ED FOR US
11 13
1211 13
1V5
8V
1408 C21410 G42302 G132344 H132345 H132346 I132350 C102351 C102352 C102353 I112354 G112356 E92357 F102358 E102359 F102360 F102361 F13
NT
SC
M
B6-127
RE
S
2362 F132365 F62366 F72367 F72368 F72369 F72370 F72371 B102372 B102373 B72374 B72375 B72376 B62377 B52378 B62379 F11
TO 1303
RE
S
B1-50
PA
L N
*
*
2380 F122381 F112382 F122384 E62385 G122394 C102401 C62402 C12410 C52411 C52412 D12413 D32418 D52420 G72421 C132422 B122423 C13
USED FOR US PANEL
RES
PA
L M
2424 G92425 B13303 H93370 F83371 G83372 G83376 B83377 A83378 B103382 E53384 B43385 F63393 E103400 B53401 B53402 F43403 E43405 H53415 B33416 D33417 E53418 C63419 F33420 G43436 E43437 D63441 C33446 G73450 B133451 C123452 C123456 G53457 G53460 C113461 C103462 D113463 B33464 B13466 I113468 H94318 G104319 F10
RE
S
B6-125
B1-53
*
4322 G74326 D104401 H34406 C124407 B34409 D105401 D15406 F45407 B5
5408 C55409 B55410 H75411 C125412 H135413 H135414 I137307 G107320 F87322 E57323 D8
3V4
7410 G57411 D47412 C137413 C11c002 A7
3V6
B1-51
5V0V
3D- COMB FILTER
RE
S
4V8
B6-126
1V5
3450
1K
10p
2423
3451
270R
2302
100n
HC
-49/
U
1317
3M57
5611
3452
150R
CV
BS
-TX
T
15p
2382
100MHZ
5414
2381
15p
10p
2344
3460
3K3
3M58
2056
1316
HC
-49/
U
4406
1
2
3
4
5
1303
2362
12p
2421
6p8
0
10p
2345
3466
100K
100n
2385
2422
100n
100n
2353
1K5
2379
1p5
100MHZ
5412
1p5
2380
2361
1p2
1p5
5411
68u
2354
100n
10p
2346
3M57
9545
1318
HC
-49/
U
Y|CVBSO14
COUT 16
FS
C
9
FS
CS
EL
8
OU
TS
EL
15
SC7
SY
S1
11
SY
S2
10
VCC
6 5
VDD
5413100MHZ
413FS20
BC857BW7412
YOUT-3D
+8VP
COUT-3D
Y50
SY
S1
SY
S2
FS
C
+5VCOM
7307-p4
COMB-C-OUT
+5VS
COMB-Y_CVBS-OUT
FBL-SC1-IN
U50
V50
R-SC1_V-IN
G-SC1-IN_Y-IN
B-SC1-IN_U-IN
CL 36532038_096.eps110703
CASTL
H
I
B1-
56
B6-
164
1 2 3 4 5 6 7 8 9 10
B1-
55
B1-
54
B1-
103
B1-
104
B8-
166
B8-
165
B6-
119
B1-
58
B1-
160
0V
0V7B
8-12
2
B1-
57
100K
3468
CV
BS
-PIP
_TU
N1-
2-C
VB
S-I
N
QS
S_A
M
CV
BS
-TX
T
6u8
5414401
3303
100K
AG
ND
13
DG
ND
4
CV
BS
-TE
R-O
UT
FS
C
CV
BS
-AV
3-IN
SC
7307
-p4
Y-C
VB
S-F
RO
NT
-IN
CO
MB
-Y_C
VB
S-O
UT
CO
MB
-C-O
UT
CV
BS
-SC
2_M
ON
-OU
T
SC
SY
S1
SY
S2
C-F
RO
NT
-IN
CV
BS
-TX
T
CV
BS
-SC
1_A
V1-
IN
C-S
C2_
SV
HS
-IN
Y-C
VB
S-S
C2_
AV
2-IN
3139 123 5525.3
1V / div DC0.2ms / div
V10 SCL
1V / div DC0.2ms / div
V2 CVBS_INT
0.5V / div AC10µs / div
1V / div DC10us / div
Small Signal Board: IF, I/O Videoprocessing
IF DEM
SUPPLY CTRLSYNC
OU
TP
SW
ITC
H
LUMA & CHROMA PROC.
I/O SWITCH
DELAY COR.GROUP
CLAMP
CLAMP
GND
GND
NC
GN
D
3V9
3V2
0V
7V7
A
B
C
D
E
F
G
0u39
7V6
NOT US
1 2 3 4 5 6 7 8 9 10
4V7
IF,I/O VIDEOPROCESSING
B1-
61
B1-
80
3V7
4V7
RE
S
8V2
2V3
B1-59B
7-16
2
MODULATOR
1V8
RE
S
B6-
123,
B3-
123
B1-
60
2V4
3V1
3V5
2V8
0V1
0V1
COIL
0V
1V7
1V5
5V2
2V5
B1-
62
1V2
2V
2V2
0V
2V7
2V3
2V2
2V5
0V 0V 4V9
0V 0V4V1
4V9
0V3
7V8
0V 4V1
7V8
4V7
2V7
3V8
3V8
1V5
3V4
RE
S
3V5
7V6
3V1
3V8
*
0V9
B6-
124,
B3-
124
B1-
81
2368
100n
4326
4322
2425
6R8
3416
100R
3384
100n
2350
2351
100n
2
3 4
5
6
7 8
100n
2366
15p
2359
F14
5409
6u8
3461
1K8
150p
2420
5401
180R
3403
V2
2424
100n
V6
7410BC847BW
3464
3R9
1K
3420
3377
100R
100R
3370
100n
2376
PH-S
03021
2
V10
470n
2410
100n2394
10n
2401
INP
11121617
7OUTP1
8OUTP2
3 SWIINP
K120A
1
18
4
5 6 9 10 13 14
15
244
07
1408
4409
100n
2356
2u2
2374
15K
3378
1u
2372
100n
2370
3457
4K7
I5
1
2
3
1K
1410TPSCC
3437
390R
3382 3n
3
2358
100u
2377
470R
3385
4318
2369
100n
390R
3418
12p2418
V8
3462
100K
3393
BC847BW
732010
0n
2384
3463
18K
100u
TPSCC1407
1
2
3
X3.579
55X3.582
54X4.43
28
YC
OM
BIN
49YOUT
20
Y_C
VB
S3
23
Y_C
VB
S4
4n7
2412
SV
BC
OU
T
19
SW
0
22
SW
01
25
SY
S1
27
SY
S2
62TUNERAGC 50
UOUT
61
VA
7VCO1
8VCO2
2VIF1
3VIF2
10VIFOUT 51
VOUT
56X3.575
57
HA
58
HP
LL
12IN
13OUT
32
PIP
OU
T
6PLLRILT
5
QS
S_A
M
36R1IN
41R2IN
46
SC
L
59
SC
OU
T
47
SD
A
53SEC_DEC
63SIF1
64SIF2
30
COL_PLL
26
CO
MB
OU
T
16
CV
BS
1
18
CV
BS
2
14CVBSINT
34
CV
BS
OU
T
35
DE
C
33
DIG
DE
C
31
DIG
GN
D
39FBL1IN
40FBL2IN
37G1IN
42G2IN
44
GN
D_1
9
GN
D_2
60
7323
11
+8_
1
45
+8_
2
48
AD
SE
L
4AGCDEC
1AGCSIF
15
AV
1
17
AV
2
38B1IN
43B2IN
21
C3
24
C4
29
CC
OM
BIN
52
BC847B7411
TDA9320H
47R
3371
100R
3446
2360
6u8
5407
2378
100n
220K
3419
2365
100n10u
5406
3417
2413
47u
V9
L8
54085CCE
1
HC
-49/
U
1315
4M43
3619
100K
3401
2411
c002
100n
12
Y|CVBS23
3415
10K
CIN1
INPSEL2
Y|CVBS1
100n
2352
7307TDA9181
3441
22K
22n
2375
I6
7322
100n
2367
470R
3372
4n7
2402
4K7
3456
3436
270R
4319
7B
V7
3400
4R7
4n7
2371
100n
2373
3405
1K
1K3402
2357
100n
100R
3376
+8VP
AG
C
AT
T-S
WIT
CH
+5V_VDP
+5VCOM
+8VP
+8V_VDP
+5VCOM
IF-TER
SC
1-S
TA
TU
S
HA
50
VA
50
SC
L-F
SD
A-F
+8VP
+8VP
SE
L-S
VH
S-R
R_S
TA
TU
S2
+5VS
+8VP
+8V_VDP
V7
V6
500mV/div DC20us/div
500mV/div DC20us/div
L8
1V/div DC20us/div
V8
500mV/div DC20us/div
V9 SDA
F14
2V/div DC10ms/div
I6 VIF-Out
0.5V / div AC10µs / div
V1 PM3394B
60EM1.2A AA 7.Circuit Diagrams and PWB Layouts
UVB3
RE2_OUT
YC2
AP
UVB1
UVB0
WE2_OUT
VD
D3
VS
S4
UVC1
UVC3
YC0
YC1
VD
D2
VS
S2
YC3
YC4
YD2
VS
S3
VD
D6
YC7
YD4
YB1
YB2
UVB2
VD
D1
VS
S7
UVD3
YD5
UVD2
UVD1
YD0
YD1
YD6
YD7
YA6
SP
VD
D7
NC
YA7
UPDA
VS
S5
CKL
UVC2
UVC0
NC
NC
UPCL
NC
YC6
YD3
VD
D5
HREF
YB5
VS
S1
RE1_OUT
YC5
RSTR
YA2
YA3
YA4
YA5
VS
S8
VD
D8
YA1
YA0
UVA3
UVA2
UVA1
UVA0
UVD0
VRSYT
RE_IN
YB7
YB6
YB3
VD
D4
VS
S6
YB4
YB0
ANALOG NOISE3 X ADC
B
C
D
E
F
G
H
I
J
K
0013 A4
1701 J3
1702 J3
2702 B3
2704 C3
2706 C1
2707 C2
2708 C2
2709 C3
2710 C3
2712 D2
2713 D9
2718 F1
2719 F2
151413
151413
FROM 9-7709
A
PROZONIC
2721 G1
2723 G2
2725 G1
2726 G2
2728 B13
2729 I1
2730 H3
2731 I1
2733 J2
2738 J2
2743 J2
2747 J3
2748 J3
FROM 1-7709
2755 B7
2756 E2
2757 C2
2758 D14
2759 D14
2760 D14
2761 D14
2762 D14
2763 D14
2764 D15
2765 D15
2766 H4
2767 K7
2770 D1
2771 G4
2772 H4
2773 I4
2774 J11
2776 D6
2785 D8
2786 I11
2788 E10
2790 C13
2792 C11
2795 B3
2796 K6
2797 J11
2798 I3
2799 B3
3702 J11
3703 F4
3704 D8
3705 F4
3706 D8
3V2
3707 D3
3708 E2
3709 E3
3710 E2
3711 E2
3714 I1
3716 H2
3717 I2
3718 H4
3719 C1
3720 C1
3721 B2
3722 B2
3725 J4
3728 K1
3730 K3
3731 K3
3732 K4
3733 K1
3739 J11
3740 E3
3741 D3
RES
3744 E3
3745 D2
3746 G13
3747 F1
3748 F1
3749 G1
3754 I2
3755 J2
3757 J2
3759 J2
3790-A B10
3790-B B10
3790-C C10
3790-D C10
3791-A B10
3791-B B10
3791-C B10
3791-D B10
3792-A B10
3792-B A10
3792-C A10
3792-D A10
3793-A G11
3793-B G11
3793-C G11
3793-D G11
3794-A G11
3794-B G11
3794-C H11
3794-D H11
3795-A H11
5713
3795-B H11
3795-C H11
3795-D I11
3796 G11
3797 C10
3798 B2
4703 F4
4711 E3
4712 F2
4713 G2
4714 F2
4715 G2
4716 F2
4717 F2
4723 D10
4724 A11
4725 A10
4726 D10
4728 G13
4731 C11
4732 D11
4733 A13
4734 A13
4791 D13
4792 C13
4793 D13
5701 A3
5702 B3
5703 C1
5704 C1
5705 C3
5706 D1
5707 H1
5708 F2
5709 G2
5710 G2
5711 D10
5713 A13
5715 D9
5716 D10
5717 D11
5718 H3
5720 B7
5798 A3
5799 B3
7701 D2
0V1
7702 E2
7704 H2
7708 E14
7709 E4
7713 B2
7714 A9
7715 A12
7716 B6
1V0
FROM 2-7709
FROM 88-7709
FROM 9-7709
100n
2759
3746
4K7
4733
3716
RES
4734
2764
100n
3795-D
2761
100n
100n
2790
2798
RES4791
9 p UVD5 96
UVD6 97VDDA324
U-IN25
2728
100n
100n
2765
100n
2760
4792
2763
100n
4793
39VCC3
22VSS2
40VSS3
33DOUT6
DOUT734
35DOUT8
36DOUT9
23OE
24RE
25RSTR
26SRCK
21VCC2
27DOUT0
28DOUT1
37OUT10
38OUT11
29DOUT2
30DOUT3
31DOUT4
32DOUT5
222A
3795-C
100R
2758
100n
766
00n
4728
75
76
77
78
79
8
80
9
61
62
63
64
65
66
67
68
69
7
70
71
72
73
74
47
48
49
5
50
51
52
53
54
55
56
57
58
59
6
60
32
33
34
35
36
37
38
39
4
40
41
42
43
44
45
46
19
2
20
21
22
23
24
25
26
27
28
29
3
30
31
1
10
11
12
13
14
15
16
17
18
0u33
7708SAA4990H
600R
100n
2762
+3A
FM1O(1)
PRO(1)
FM1O(4)
FM1O(2)
2)
3V3_INT
CLK-32
PRO(11)
PRO(2)
PRO(10)
PRO(8)
PRO(6)
PRO(4)
PRO(3)
PRO(1)
PRO(12)
FM1O(10)
FM1O(0)
FM1O(8)
FM1O(6)
SNERT-CL
SNERT-DA+5P
FM2O(12)
FM2O(11)
FM2O(10)
FM2O(9)
FM2O(8)
FM2O(7)
FM2O(6)
FM2O(5)
FM2O(4)
FM2O(3)
FM2O(2)
FM2O(1)
FM2O(0)
PRO(0)
PRO(5)
PRO(7)
PRO(9)
FM2I(0)
RSTR
FM1O(11)
FM1O(9)
FM2I(1)
FM1O(7)
FM1O(5)
FM1O(3)
FM2I(2)
FM2I(3)
+5P
FM2O(0)
FM2O(1)
FM2O(10)
FM2O(11)
FM2O(2)
FM2O(3)
FM2O(4)
FM2O(5)
FM2O(6)
FM2O(7)
FM2O(8)
FM2O(9)
FM2O(12)
RSTR
CLK-32
FM2O(13)
FM2I(4)
FM2I(5)
FM2I(6)
FM2I(7)
FM2I(8)
FM2I(9)
FM2I(10)
FM2I(11)
FM2O(13)
CL 36532038_097.eps040903
V14
V15
V16
500mV/div DC5us/div
500mV/div DC5us/div
500mV/div DC5us/div
S3
S4
1V/div DC10us/div
1V/div DC5ms/div
S5 Y-IN
0.2V / div AC10s / div
S6 H-A
2V / div AC10s / div
S7 V-A
1V / div AC5ms / div
V13 V-IN
0.2V / div AC10s / div
V17 SCL
1V / div DC0.2ms / div
V18
0,5V / div DC10µs / div
BUS A
CLK
BUS B
TIMING
CLK
OSC
BST
PROCESSING REDUCTION
TBC/SRC
MUX
TIMINGFRONT
ENDPLL
121110987654321
I
J
K
0V3
1V0
3V2
1V5
TO 15-7715
B2-124
B6-153
TO 26-7714
B4-132
TO 20-7708
0V
3V2
3V2
1V8
1V6
3V2
1V6
3V2
0V1
B2-123
TO 26-7715
RE
S
0V0
3V2
3V2
B1 B6
B6-154
1V6
B6-152
TO 15-7714
0V
3717
3732
1K
S7V13
2733
22n
3702
22R
4K7
2743
22n
10R
3754
DS
X84
0
1702
12M
2797
100R
2774
100n
22R
3714
100R
3733
680p
1n2773
3755
1R
272
56
18p
2748
57
YA
4
58
YA
5
59
YA
6
60
YA
7
61
YA
8
75
YB
0
74
YB
1
73
YB
2
72
YB
3
71
YB
4
70
YB
5
69
YB
6
68
YB
7
67
YB
8
63
VS
SO
2
VSSO3 86
VSSX33
62
WE
-A
66
WE
-B
53
YA
0
54
YA
1
55
YA
2
56
YA
3
VDDD2 87
52
VD
DO
1
VIN26
VSSA327
VSSA432
65
VS
SD
1
VSSD2 90
42
VS
SO
1
UVD1 92
UVD2 93
UVD3 94
UVD4 95
V-A29
VDDA431
64
VD
DD
1
81
80
UV
B4
79
UV
B5
78
UV
B6
77
UV
B7
76
UV
B8
91UVD0
43
UV
A0
44
UV
A1
45
UV
A2
46
UV
A3
47
UV
A4
48
UV
A5
49
UV
A6
50
UV
A7
51
UV
A8
UVB0 84
UVB1 83
UVB2 82
UVB3
41
TC
K
TDI39
TDO40
TEST36
TMS38
TRST37
CLK-AS 85
CLK16 88
CLK32 89
H-A28
HREF-EXT30
OSC-I34
35 OSC-O
S8
3731
100R
2731
100p
3757
1R
2 1
3739
100R
S5
S6
37251M
1R
3759
12M
1701
CX
-5F
2747
18p
3728
100R
22n
2738
2767
100n
2796
100n
3730
RE
S
4K7
100n
2786
CLK-32
PRO(0)
3V3_INT
+3D
+3A
Y-PIP+MAIN-IN
U-PIP+MAIN-IN
V-PIP+MAIN-IN
VD100
HA50
VA50
CLK-16
+3D+3D
3139 123 5525.3
Small Signal Board: Feature Box
FIE
LD M
EM
OR
Y
3 X DAC
P0
BUS D
BUS CP2
PSPMICRO-PROCESSOR
BACK END
PEAKING
MUX
MID END
HISTOGRAM
TIMING
CLK
NCOUT
FIE
LD M
EM
OR
Y
121110987654321
RE
S
RES
RES
TO 60-7708
RES
A
B
C
D
E
F
G
H
RES
RES
3V2
5V
TO 61-7708
FROM 8-7709
4V8
TO 25-7714 AND 7715
interne SW
1V5
4V7
0V
TO 16-7714 AND 7715
B4-128
RE
S
FEATURE BOX
1V3
0V
5V0
4V8
4V2
B4-131,B4-148
RES
RES
0V
0V
**
RE
S
3V1
RE
S
FROM 88-7709
RE
S
1V1
0V
FROM 88-7709
3V1
FROM 9-7709
TO 62-7708
RES
RE
S
FROM 9-7709
B4-129
RE
S
RE
S
RES
(PICNIC-EPROM)
PICNIC
FROM 88-7709
1V2
5799
5798
4713
2706
100u
3V
1V2
0V1
0V1
0V6
0V8
1V5
B1-82,B3-
RES
0V
3V2
: only for PHILIPS DNR memory
3V2
0V
**
B1-83,B3-
**
B4-130
4V8
9
3740
1R
4723
4711
3747
68R
2723
2709
100n
3791-D
100R
100n
2770
V18
3792-B
100R
V14
600R
4714
4725**
S3
7714MSM54V12222A
1R5
3719 2704
10u
5716
0V 0V 0V
3V2
3793-D
100R
100R
3797
100R
3793-C
5710
100R
3792-C
600R
5720
2772
100n
3790-C
100R
570337
44
1K
100R
3793-A
2707
100n
3708
2K7
2757
10u
3791-B
100R
100R
3790-D
3703
100R
5711
600R
3794-B
100R
10u
2799
3793-B
100R
100R
3796
3798
2795
100n
2788
100n
5709
100n
2785
100n
2771
100R
3795-A
3794-C
3794-D
100R
V16
100R
5705
5707
10u
2702
5715
4712
4724
3710
100K
3790-A
100R
V15
3704
10u
2712
4726
4715
100R
3792-A
5701
2725
5708
YD8 109
3745
1K
YC2 120
YC3 119
YC4 118
YC5 117
YC6 116
YC7 115
YC8 114
YD0 101
YD1 102
YD2 103
YD3 104
YD4 105
YD5 106
YD6 107
YD7 108
122
YC
0
121
YC
1
VSSO4 111
133
VS
SO
5
3 VSSO6
WD-RST7
WE-C 113
Y-IN23
Y-OUT12
VDDD3 100
135
VD
DD
4
123
VD
DO
2
148
VD
DO
3
VSSA113
VSSA216
134
VS
SD
3
139
VS
SD
4
UVD7 98
UVD8 99
V-D19
V-OUT15
VDDA111
VDDA222
132
UV
C0
131
UV
C1
130
UV
C2
129
UV
C3
128
UV
C4
127
UV
C5
126
UV
C6
125
UV
C7
124
UV
C8
U-OUT14
UP-RST6
RSTR9
RSTW8
SCL4
SDA5
SN-CL2
SN-DA1
159
T0
160
T1
154
P0-
2
153
P0-
3
152
P0-
4
151
P0-
5
150
P0-
6
149
P0-
7
147
P2-
0
146
P2-
1
145
P2-
2
144
P2-
3
143
P2-
4
142
P2-
5
141
P2-
6
140
P2-
7
137
PS
EN
RE-D 110
DIFFIN21
136
EA
N
FBL10
H-D18
IE-C 112
157IN
T0
158IN
T1
156
P0-
0
155
P0-
1
SAA4978H
7709
AGND20
138
ALE
BGEXT17
1K3741
2719
3720
1R5
MECHPART0013
3792-D
100R
10u
2710
2776
100n
V17
100R
3705
100R
3790-B27
08
10u
5717
4717
100R
3791-A
4732
3795-B
100R
100R
3794-A
2726
1VSS1
17WE
18IE
2NC1
19NC2
16RSTW
15SWCK
20VCC1
12DIN2
11DIN3
10DIN4
9DIN5
8DIN6
7DIN7
6DIN8
5DIN9
D
D
MSM54V127715
14DIN0
13DIN1
4DIN10
3DIN11
7713MC33269D
GND-ADJ
1
IN4
5
87
2
3
6
S5
2721
RES4703
7701BC857BW
2756
100n
3718
220R
4731
3706
10R
68R
3748 4716
3721 100R
3791-C
100n
2755
NC219
23OE
RE24
RSTR25
RSTW16
SRCK26
SWCK15
VCC120
VCC221
VCC339
VSS11
VSS222
VSS340
WE17
DIN86
5DIN9
DOUT027
DOUT128
DOUT1037
DOUT1138
DOUT229
DOUT330
DOUT431
DOUT532
DOUT633
34DOUT7
DOUT835
DOUT936
IE18
NC12
DIN014
DIN113
DIN104
DIN113
DIN212
DIN311
DIN410
DIN59
DIN68
DIN77
2713
100n
5718
2730
22n
3711
1K
7704PMBT2369
S4
3707
3K9
5702
5704
5706
5u6
2792
100n
2718
7702BC847BW
3722 25 26 27 28 29
3
30
31
32
4
56781213
14
15
16
17
18
19
2
20
21 22 23 24
7716SOCKET PLCC32
1
1011
3749
68R
1R3709
+5P
+5P
+5P
+5VA
+5V_PA
3V3_INT
+3V3_PA
+3D
FM1O(4)
FM1O(2)
FM1O(10)
FM1O(8)
FM1O(5)
FM1O(7)
FM1O(3)
FM1O(1)
FM1O(12)
PRO(10)
PRO(7)
PRO(6)
PRO(4)
PRO(3)
PRO(2)
PRO(12)
PRO(5)
PRO(8)
PRO(9)
PRO(11)
+3A
+5M
+5P
FM1O(1
CLK-32
RSTR
3V3_INT
FM1I(12)
CLK-16
RSTW
FM1I(13)
FM1I(2)
FM1I(3)
FM1I(4)
FM1I(5)
FM1I(6)
FM1I(7)
FM1I(8)
FM1I(9)
FM1I(0)
FM1I(1)
FM1I(10)
FM1I(11) FM1O(11)
FM1O(0)
FM1O(9)
FM1O(6)
E(2
)
+5VA
+5VA
V100
U100
Y100
+3D
+3D
+3D
+3A
+5VF+3A
+5M
E(1
)
E(0
)
E(0
)
E(1)
E(2)
E(3)
E(4)
E(5)
E(6
)
E(7
)
E(1
0)
E(1
1)
E(9
)
E(8
)
E(12)
E(13)
E(14)
E(7)
E(6
)
E(5
)
E(4
)
E(3
)
FM2I(5)
FM2I(6)
FM2I(7)
FM2I(8)
FM2I(9)
RSTR
CLK-32
FM
1I(4
)
FM1I(5)
FM1I(6)
FM1I(7)
FM1I(8)
FM1I(9)
FM1I(10)
FM1I(11)
SNERT-DA
SDA-F
SCL-F
RSTW
HD100
3V3_INT
3V3_INT
FM
1I(3
)
FM2I(0)
FM2I(1)
FM2I(10)
FM2I(11)
FM2I(2)
FM2I(3)
FM2I(4)
FM1I(13)
E(0
)
E(1
)
E(2
)
E(3
)
E(4
)
E(5
)
E(6
)
E(7
)
E(8
)
E(9
)
E(1
0)
E(1
1)
E(1
2) E(1
3)
E(14)
RSTR
SNERT-CL
FM
1I(0
)
FM
1I(1
)
FM
1I(2
)
FM1I(12)
Circuit Diagrams and PWB Layouts 61EM1.2A AA 7.
A
B
C
D
E
F
G
H
I
0011 I8
1301 G4
1304 H3
0V6B7-142
131211
13121
B1-73
B1 B6
2300 I11
2301 B2
2303 E9
2304 H7
2306 H9
2307 F3
2308 G9
2309 D3
2310 E3
2311 H4
2313 F8
2314 E2
2315 E2
2317 E3
2318 E3
2319 G10
2320 H3
2321 B3
2322 B3
2323 B3
2324 H6
2325 H5
2328 B7
2329 B6
2330 A6
2331 B6
2332 E2
B1-64
B1-67
*
2333 D11
2334 E8
2335 H6
2336 E8
2338 G11
2339 E12
2340 I12
2341 E1
2342 A7
2343 A9
2347 I2
2348 I2
2349 I2
2363 F3
2391 G12
2395 D3
2396 D3
2397 D3
2398 I10
2399 A3
2426 H2
2427 H2
2428 I2
2429 A4
3300 I11
3301 A9
B1-71
B5-
137
B1-
161
3302 C3
3304 I12
3305 C2
3306 E8
3307 E9
3308 E10
3309 E11
3310 E9
3311 H7
3312 F12
3313 A7
3314 G7
3315 G8
3316 H10
3317 G9
3318 F9
3319 A7
3320 D3
3321 D3
3322 D12
3323 H3
3324 I5
3325 F9
3326 H5
B1-69
3327 H5
3328 F8
3329 E2
3330 G9
3331 G3
3332 B7
3333 G3
3334 H4
3335 G7
3336 G6
3337 H6
3338 H7
3339 C3
3340 B9
3341 C9
3342 C9
3343 D12
3344 D11
*
N.C
3345 D8
3346 C9
3347 D9
3348 D9
3349 E9
3350 B10
3351 B9
3352 A10
3353 A11
3354 A11
3355 A8
3356 E8
3358 A12
3359 B10
3360 A8
3361 G11
3362 G10
3363 F3
3364 G11
3365 G12
3366 F9
3367 F9
3368 F12
3369 F12
3373 A8
3374 A8
B1-140
B1-77
B1-68
3375 E12
3386 G12
3387 G2
3388 F11
3389 D10
3390 D9
3391 G12
3392 E11
3394 E9
3395 C3
3396 D2
3397 D2
3398 D2
3399 B12
3453 C2
3454 B1
3455 C1
3458 F2
3459 B12
3465 B9
B1-66
3467 B8
3469 D11
3470 E11
3472 E10
4302 A3
4303 A3
4304 A3
4305 A4
4307 B10
4308 B4
4309 B4
4310 B4
4311 I9
4312 I9
4313 G13
4314 G6
4315 I6
4316 G11
4369 F13
5301 E2
5302 E2
5303 H11
5304 H2
5305 H2
5306 I2
5307 I2
5308 I2
5309 I2
UL ONLY
B1-70
B1-74
B1-65
6303 H8
6304 H9
6306 I5
6307 I5
6308 C2
6309 D11
6310 D10
6311 D12
6312 G7
6313 H8
6314 H9
6315 I7
6316 I6
6317 E12
6318 E11
6319 D9
6321 C8
6334 H4
6336 H2
6337 H2
B1-72
6338 H2
7301 B4
7302 A1
7303 G8
7304 G2
7305 B8
7306 A9
7308 H6
7309 G10
7310 F12
7311 G12
7312 D10
7313 B12
7314 A10
7315 B11
7317 E10
7318 D9
7324 G6
7340 B12
7375 A8
C001 H12
0V RES
B1-139
PDZ-27B
6318
316
3
1K
3322
100n
2339
3364
68K
8
R
3354
2K2
BZX384-C22
6311
0V4
3V4
3375
100R
6317
MCL4148
1K3353
3368
220R
3369
220R
MCL4148
6309
7311
BC847BW
7313PMBT2369
4313
335
K8
3R9
C001
7303
68K
3391
1
331
2340
3358
1K8
100u
4369
3365
4K7
8K2
3361
10K
3399
BC847BW7340
70R
309
3470
100K
150R
3312
3R9
3304
100K
3469
12 L414
2391
4n7
4
2K2
3459
68K
3343
10n
100u
319
0n
PDTC144EU7310
22K
3386
FRAMEDRIVE-
VSYNC
HFB_X-RAY-PROT
EW-DRIVE
FRAMEDRIVE+
+5V2_CON
FB
L-T
XT+8VS
BCL
+8VS
CUTOFF
TILT
+5VS +5VS
EHT-INFO
B-CRT
G-CRT
R-CRT
EHT-INFO
LINEDRIVE1
+5V_VDP
+5VS
GND-LINEDRIVE
EHT-INFO
+5VC
CL 36532038_098.eps110703
B3-131
H
I
B7-
146
10987654321
PANEL
JACK-HIGH
B1-
76
B1-
92
*
DEFINITION
B7-
163
B1-
73
To 1304
B7-
163
: RESERVED
B7-
131
res only for No HOP
*
*
4
2426 10p
5306100MHZ
333
1K
2428 10p
10p2347
2335
100u
3336
1K
3338
3K9
5308100MHZ
6303
BZM55-C47
MCL4148
6314
1V8
0V2
MC
L414
8
6334
2398
100n
10p2349
3314
22K
7308PDTC144EU
100MHZ5307
10n
2324
2320
10p
4312
PDTC144EU
3 1
3300
BC857BW
*
100K
3326
4311
2304
10p
6316
MC
L414
8
5304100MHZ
1K
3331
CSTCV 12M2
3337
33K
3327
100K
5303
1K3334
3323
100K
*
3324
4K7
100MHZ5305
100MHZ5309
3387
100R
10p2427
3316
12K
2348 10p
63
MC
431563
07
BA
T25
4
431
BZX384-C22
6313
*
2311
68p
2306
470p6338
BZX384-C6V8
2325
100n
2300
21
MC
L414
8
6315
5
6
7
3311
33K
13041
2
3
4
6304
MCL4148
0011
6306
BZ
M55
-C5V
6
MECHPART
6336
BZX384-C6V8
BZX384-C6V8
6337
NoHOP1a
HF
B
DY
N-F
AS
E-C
OR
PO
R_F
LAS
H
FBL_2FH
VD
VD
+5V2
NoHOP1b
HD
100
NoHOP2b
PO
R_F
LAS
H
SA
ND
CA
ST
LE
HD100
R_2FH
B_2FH
G_2FH
HD100
PO
R
ST
AN
DB
Y-I
NF
O
HF
B_X
-RA
Y-P
RO
T
3139 123 5525.3
Small Signal Board: HOP
EW
FRAME
RAMPGENERATOR
EWO
EHTIN
VDOB
VDOA
IREF
VSC
HOUT
VP2
DECBG
GND2
DECVD
GND1
XT
ALI
XT
ALO
SC
O
HF
B
DP
C
PHI-2SC
START/STOPH-DRIVE
FB
CS
O
LPS
U
FLA
SH
YIN
UIN
VINSWITCH
Y
U
V
2
AMPL+BUFFER
+BLUESTRETCH
WHITE P
PWL +BEAM CURR
LIMITER
CONTIN’SCATHODECALIBR’N
BLKIN
BCL
DACOUT6-BITSDAC
SCL
SDA
I C
SYNC-GEO
RGB
BANDGAP
ANAGND
DIGSUP
DIGGND SU
PP
LY
PHI-1
HselHSEL
HD
VD
VP1
COLOURDIFF
MATRIX
BLACKSTRETCH
SAT
CONTR
BRIGHT
RGB
R
G
B
R
G
B
R
G
B
RO
GO
BO
RI2
GI2
BI2
BL2
PW
L
WHITEPOINT
CONTROL
OUTPUT
Y U V
RGB-YUVMATRIX
RI1
GI1
BI1
Y
SATUR’NCONTROLCOLOUR
DIFFMATRIX
RGB-INSERTION
CONTROL
LUMA
NC
TRAL
DOWWIN-
ADC
PROC
SPEC-
CONTROL
PROCESSINGCHROMA
PROCESSING
B1-85
B3-129
*A
B
C
D
E
F
G
B3-148
1V1
0V8
RES
RES
18V3
7V9
B5-
134
HOP
7V93V4
110987654321
B3-128
res only for No HOP
B3-132
B5-
135
B1-84
5V
B3-
128
B3-
129
B3-
130
*
*
*
1V2
0V9
5V
7V9
3V5
3V7
B3-130
1V2
1V2
5V7
1V9
3V7
3V7
0V
0V
B5-
136
7V9
3V5
4V7
0V2
100n
2329
4305
BC847CW
2363
470p
7318
BC857BW
F19
1u2303
2313
100n
3329
6R8
44
5
6
7
8
9
C23
3330
3K3
2318
22n
4309
3374
33K
3359
100K
L12
47K
3389
100R
3455
338
680
2399
100n
100K
3373
2332
100n
F20
GND-RGB-CRT
3472
10K
7315PMBT2369
3318
1K
4303
F17
V21
22p
2328
0V6
1V1
4V6
3V6
2V2
1V5
3V3
1V2
1V2
3V9
3V8
RES
0V1
3V9
0V6
RES
1V5
B5-
137
7V9
7V9
1V52V7
2V7
3V5
2V5
3V2
2V9
2V9
1V3
2V4
1V5
0V1
3V3
1V4
0V9
3V
3V
3V
1V5V3V
2V8
7324
100n
2395
2314
100u
3332
1K
2396
100n
2301
100n
2K2
3344
3320
100R
100n
2322
100n
2331
100n
2342
18K
3307
2309
10p
2336
2u2
7375BC847BW
4307
MCL4148
6319
C22
4308
100u
2341
BZ
M55
-C6V
8
6310
4K7
3394
V20
3362
10K
3467
10K
220K
3308
22K
3347
220R
3317
3454
100R
7309
3453
33K
3352
100K33
01
100K
15
16
17
18
19 2
20 21 22
23
24
25
26
27
28
29
3
30
31
32
33
3435 36 37 38
394
40
41
42
43
TDA93307301
1
10
11
12
13 14
2308
10p
BC847BW7312
6u8
5302
MCL4148
6308
2317
2u2
2321
100n
3465
33K
1K3325
3302
1K8
100R
3340
K5
100R
3321
7306BC847BW
3305
68K
3339
6K8
13011 3
2u2
2333
V19
3360
100K
7304PDTC144EU
10K
3345
10p
2310
V28
2330
100n
4310
MCL4148
6321
3350 1K
7305
BC847BW
3313
1K
3363
1K
3395
100R
3306
220R5301
6u8
2u2
2334
V30
4
3
47K
3349
10K
3351
18K
3390
2K2
3348
470R
3392
100R
3342
8
3397
100R
3319
1K100n
2429
V29
3341
100R
47K
3310
3458
4K7
100n
2343
2323
100n
4304
1M3356
4302
3K9
3366
39K3328
100n
2397
33K
3346
100n
2315
2338
BC847BW7314
100n
2307 F18
100R
3396
L13
7317
BC847BW
3355
33K
100R
3398
YIN6YOUT 19
3367
3K9
GND
1813 12 2 10 23 24
SC
1
SC
L
11
SD
A
14
SOUT 21
UIN8 UOUT 17
VCC
20
VIN9 VOUT 16
7302TDA9178
AD
1
3
AD
2
4
AD
3
5
AD
R
7
CF22
DE
C
15
FB
L_2F
H
NoHOP2b
+8VS
Yltp
+8VS
+8VS
+8VS
+8VS
Yltp
G_2
FH
B_2
FH
R_2
FH
+8VS+8VS+8VS +8VS
NoHOP1a
NoHOP1b
G_2FH
B_2FH
FBL_2FH
Y-S
CA
VE
M
+8VS
+8VG
U100
V100
Y100
SDA-F
SCL-F
HD100
SANDCASTLE
Y10
0
U10
0
V10
0
VD100
+5VS
+5VC
FB
L-T
XT
SCL-F
SDA-F
+5VS
+8V_VDP
+5VS
+5VC
+8VS
+8VS
B-T
XT
G-T
XT
R-T
XT
+8VS
R_2FH
L12 L13
1V/div DC50us/div
1V/div DC10us/div
V19
1V/div DC10us/div
V28 V29 V30
1V/div DC10us/div
1V/div DC10us/div
1V/div DC10us/div
V20 V21
1V/dic DC10us/div
1V/div DC10us/div
62EM1.2A AA 7.Circuit Diagrams and PWB Layouts
MUXDX
MUXDX
* *
*
A
B
C
D
E
F
G
H
I
J
1651 H8
1680 B2
12 13 14
12 13 14
RES
RES
1681 C2
1682 H8
1683 I11
1684 H8
2501 E4
2502 H2
2503 I2
2504 G2
2505 H2
2506 E2
2507 E2
2508 C8
2509 C12
2510 D13
2511 E13
2512 B9
2513 B10
2514 B8
2546 G13
2547 G132548 H13
B1-109
2549 I13
2550 E3
2551 E2
2552 G2
2553 H2
2554 I2
2555 I2
2556 I7
2557 I7
2558 I8
2559 J7
2560 J7
2561 J8
2562 E1
2563 F1
2564 F1
2565 G1
2566 G1
2567 H1
2568 I1
2569 I1
2570 C1
2571 C2
2572 C14
2573 C13
2574 D14
2575 E13
2576 F13
2577 F14
2578 F14
2579 F14
2580 G14
2581 G14
2582 I14
2583 I14
2584 J102585 J10
2586 J10
2587 J8
2588 D1
2589 D1
2590 J9
2591 B6
2592 B1
2593 I3
2594 I3
*
B7-145
2595 J3
2609 C8
2610 A5
2611 A5
2629 B11
2632 C5
2634 C5
2637 A11
2640 B6
2643 C10
2644 D10
2645 E10
2646 C10
2649 E10
2651 E4
2652 E4
2653 D2
2654 E3
2659 E2
3V2
*
2660 F2
2661 F2
2662 G2
2663 F2
2664 G2
2665 A5
2666 A5
2667 H72668 H8
2670 A2
2673 B11
2674 A11
2677 C8
2678 C8
2679 E9
2680 E9
2681 E4
2682 E3
RES
*
2686 F9
2687 G9
2690 B6
2691 C6
2693 A3
2694 F10
2695 A2
2696 B5
2697 I3
2698 I3
3519 A7
3520 C12
3521 E13
3522 E13
3523 A8
B1-115
3524 A9
3525 A9
3526 A10
3527 B10
3528 C14
3529 E14
3530 E14
3531 C1
3532 B6
3533 B5
3540 A6
3544 B11
3545 A12
3546 D11
3547 C13
3550 E3
3551 D2
3552 I4
3553 I5
3554 I5
3555 J5
3556 B14
3557 C13
*
3558 D14
3559 E13
3560 E1
3561 E13
3562 E1
3563 F13
3564 F1
3565 F12
3566 F12
3567 G1
3568 G143569 G14
3570 G1
3571 H1
3572 H1
8V1
RES
RESRES
B1-114
3573 H14
3574 I1
3575 I14
3576 C1
3577 B2
3612 G13
3613 G13
3614 I14
3615 I14
3616 G14
3624 B5
3625 B5
3626 I4
3627 H4
3628 I5
3630 C5
3634 C5
3636 D11
3637 C11
B1-99B1-100
B1-96
*
*
*
8V
3639 C4
3642 E9
3643 E9
3644 C7
3650 A4
3651 F2
3652 G2
3653 G2
3654 F2
3655 B3
3656 B3
3657 D11
3658 C11
3659 B133663 C13
3664 B13
3666 E10
3667 E10
3668 F10
3669 F11
*
*
3670 E11
3671 E11
3673 G12
3675 B12
3680 B13
3681 A11
3682 B12
3683 H13
3684 H2
3685 I2
3686 H2
3687 I2
3688 G2
3689 H2
3690 G2
3691 H2
3692 E2
3693 E2
3694 E2
3695 F2
*
*
*
0V
*3698 C11
3699 C5
4520 A8
4521 A8
4522 B9
4523 A7
4531 H14
4532 I14
4603 A4
4604 A4
4606 A14607 I6
4608 I6
4609 I6
4610 D13
4611 G11
4612 F10
*
4613 F10
4614 H10
4615 H10
4616 A9
4617 A9
4632 F9
4633 G9
4642 D13
4645 F13
4652 E1
4676 J12
4677 J12
4682 H7
4683 I7
4684 I7
4685 I7
4686 I7
4687 J7
4688 C7
4689 A6
4690 C7
5651 A5
5652 A5
5653 C7
5654 A3
5656 A1
5657 H7
5658 I7
5659 I7
5660 I7
5661 I7
5662 J7
5663 C1
5664 I9
5665 I10
5666 J7
5667 D1
*
*
5668 D1
5669 I9
6650 A4
6651 E3
6652 C8
6653 C7
6654 B6
6656 A7
6657 A10
6658 A10
7651 D4
7652 H12
7653 D13
7654-A H4
7654-B I4
7656-A B117656-B B12
7663-A B13
*
*
*
7663-B B14
7664-A C11
7664-B C11
7665-A E11
7665-B E11
7666-A C4
7666-B B4
7667 I5
7668 A6
7674 B6
7675-A A8
7675-B A9
7677 C14
7678-A E14
7678-B E14
7680 G13
C100 J3
*
*
*
*
*
*
*
*
*
B1-110
B1-112
B1-101
B1-111
*
*
B1-112
B1-108
B1-97
B1-107100R
3565
3563
100R
2509
10u
B72
3530 1K
3569
100R
B68
3521
47K
B70
251010
u
2580
10n
1K
3528
3572
4531
4532
3520
47K
7678-B
BC847BS
3566
100R
3559
100R
1n2583
BC847BW
7677
3573
100R
4610
100R
35682546
10u
2K7
3616
100R
3556
100R
3558
2582 1n
12y1
15
53y0
33y1
4
6G3
8
GND
16
VCC
7
VEE
11
10
9
74HC40537653
121y0
131y1
14
22y0
A
47K
3615
1n2572
A
3557
100R
4642
1K2
3680
1n
2577
4645
2579
1n
1n
2578
BC847BS
7678-A
A
A
100R
3561
2y11
15
3y05
3y13
4
G36
8
GND
VCC
16
VEE
7
11
10
9
A
765274HC4053
1y012
1y113
14
2y02
47K
3522
10u
2511
7 K
4611
A
1n
2581
2502
1n25
76
3614
47K
3675
220R
2548
10u
6
1
6-A47BPN
7664-B3
4BC847BPN
220K
47K
3547
3659
26
1BC847BPN7663-A
3684
4676
4677
1K3529
100R
3575
3p32668
A
7656-BBC847BPN
53
4
A
53
4BC847BPN7663-B
10K
3673
1n
2574
2575 1n
47K
3613
220R
3663
2547
10u
DSX840
B73
B71
18M432
10u
2549B78
2573 1n
22K
3683
1K2
3682
3545
1K2
B77
26673p3
7680BC847BW
1K2
3664
3612
47K
HEADPHONE-L
HEADPHONE-R
L-CL_VL-OUT
R-CL_VL-OUT
AUDIO-L
SELECT_AUDIO_LR
MUTE_SSB
AUDIO-SL
AUDIO-C
R-CL_VL-OUT
MUTE_SSB
MUTE_SSB
L-CL_VL-OUT
AUDIO-C
AUDIO-R
R-SC1_AV-OUT
L-SC1_AV-OUT
R-SC2-OUT
L-SC2-OUT
AUDIO-C
MU
TE
_CS
SEL_IN_2
+8VA
+8VA
+8VA
+8VA
CL 36532038_099.eps110703
I
J
1 2 3 4 5 6 7 8 9 110 11
*
*
***
*
*
**
*
RES
**
*
RES
RES
*
*
B1-94
*
(NOT USED)
*
*
*
B2-126
*
*
*
*
*
**
B2-127
B2-125
*
COMPONENTS WITH DIVERSITY
* *
*
*
**
* *
B3-153
B3-152
N.C.B3-154
*
*
**
5665
5658
BC847BS
3626
12K
100p
2557
22K 4686
2590
100p5666
3555
22K 5662
1n
2593
2698
10u
3574
2558
100p
5659
5661
100R
2560
100p
A
100R
100p
2559
100p
2561
BC847BW7667
2556
100p
5660
7654-A
2585
100n
5669
3553
4684
4685
100n
2584
7654-BBC847BS
1n2586
2595
1n
4682
4683
2587
100p
2697
100n
3685
6K8
4607
4687
A
5657
1n2568
470p
2554
2594
1n
362
10
A
C100
3687
22K
330n
2
3
4
5
6
7
8
9
16821
10
470p
2555
6K8
22K
3686
4609
16831
210K
3552
460822
K
3554
3628
22K
330n
2503
2569 1n
5664
+3V3_SIM
U50
V50
Y-PIP+MAIN-IN
U-PIP+MAIN-IN
V-PIP+MAIN-IN
PIP_AUD_IN
3V3_INT+8VA
SE
LEC
T_A
UD
IO_L
R
MU
TE
_CS
Y50
L-SC1_AV1-IN
R-SC1_AV1-IN
3139 123 5525.3
Small Signal Board: Audio Demodulator
D/A
SCART 4
A/D
SCART 2
D/ALOUDSPEAKER L
D/ADSP
for MSP3415D only
I2S INTERFACE
I2SL/R I2SL/RFM1
HEADPHONE L
FM2
SCART 3
D/A
IDENT LOUDSPEAKER
DEMODULATOR
NICAM B
NICAM A
for MSP3410D only
HEADPHONE
SCART 1
AUDIO PLL
A/D
DECODERNICAM
Switching Facilities
IDENT
HEADPHONE R
SCART-L
SCART-R
SCART-R
SCART-L
D/A
D/A
LOUDSPEAKER R
SCART
*
C
D
E
F
G
H
1 2 3 4 5 6 7 8 9 1 11
A
B
*
*RES
*
*
*
*
0V6
1V2
8V1
3V20V6
7V3
1V2
*
*
*
*
*
*
*
0V
CIRCUIT
B1-89
*
*
B1-113
**
*
*
7V3
*
RES
*
3V8
RES
RES
*
B2-119
*3V7
B1 B6
*
3V7
2V2
*
4V8
*
3V7
3V7
*
*
*
0V2
8V
3V7
3V7
4V7
*
B1-106
*
TUNER SIM/CONNECTOR
*
SHEET
5V
2V45V
B1-105
AUDIO DEMODULATOR
*
*
RES
B1-113
*
*
*
*
ANTI-PLOP
*
*B1-98
*N.C
*
*
3V7
3V7
6V9
5V
7V
*
3V70V
0V2
B1-95
*
B1-88
*
RES
HD JACK PANEL
HEADPHONE
AMPLIFIER
*
RE
S
*
B2-123
3V8
3V8
SEE 2ND
*
*
TO 1680
TO 1948
*
B2-164
N.C
B2-124
N.C
BC857BW7668
2588
100p
4522
3671
2687 1n
2664
470p
1680
B69
5656
6u8
1K2
3546
4603
3643
100R
10u
2591
3694
22K
3
A
5667
2666 10
0u
6650
BAT54WS
5668
4523
6654
MC
L414
8
2565 1n
B74
100K
3524
4520
330n
2646
2501
47p
1R5
3644
3655
100R
2512
220n
7666-A 26
1BC847BPN
4690
3692
6K8
15n
2514
100R
3656
4521
1K2
3624
1n2566
2504
330n
7675-BBC847BS
CX-5F
1651
18M432
10u
2513
6657
PDZ-2.7B
3526
1M5
2662
330n
10K
3540
100R
3642
10K
3519
100p
2589
100p
2571
330n
2632
220R
3636
100R
3527
2629
330n
22K
3690
22K
3652
100K
3699
5654
1n2570
MCL4148
6658
5663
1n2634
2567 1n
16811
2
3564
100R
BC847BS7675-A
4606
BC847BPN7666-B
53
4
6K8
3653
100n
2681
3639
1K2
A
25921n
BZ
X28
4-C
10
6652
2686 1n
470p
2552
100R
3567
3669
220R
2661
330n
330n
2696
3691
22K
4613
3533
10K
2682
10u
220p
2693
6656
MCL4148
100K
3523
A
10u
2678
1n2673
8K2
3531
3681
220K
3630
47K
2691
100n26
54
470p
765BC8
2
2553
470p
5
2695 10
0u
6K8
3654
7665-ABC847BPN
26
1
5653
3560
100R
4689
A
100R
3562
10u2680
2677 10
u
4632
A
3625
150K
4612
4633
1
2
3
4
5
6
2649
330n
3695
22K
3651
BC847BW
7674
22K
6K8
3688
3532
1K
2R2
3650
4604
2663
470p
5651
4652
3550
1K
6K8
3689
100n2679
3544
47K
2659
470p
4616
4617
330n
2653
100n
2651
26
SC2-OUT-R 25SC2_IN_L41
SC2_IN_R42
SC3-IN-L38
39 SC3-IN-R
SC4-IN-L35
SC4-IN-R36
63STANDBYQ
TE
ST
EN
53
TP
1
56
VR
EF
1
27
VR
EF
2
19
VREFTOP46
XT
AL_
IN
54
XT
AL_
OU
T
55
125
I2S
-DA
-OU
T1
I2S
-WS
4
MONO_IN47
NC
1
58
NC
2
59
NC
3
64
NC
4
13
NC
5
14
NC
6
15
RESETQ 16
SC1_IN_L44
SC1_IN_R45
SC1_OUT_L 29
SC1_OUT_R 28
SC2-OUT-L
61
D-C
TR
-IO
1
60
DACA-L 18
DACA-R 17
DACM-C 22
DACM-S 24
DACM-SUB 23
DACM_L 21
20DACM_R
DV
SS
11
DVSUP 10
I2C_CL1
I2C_DA2
I2S
-CL
3
I2S
-DA
-IN
1
6
I2S
-DA
-IN
2
34A
HV
SS
33
AH
VS
UP
31
ANA-IN2+52
ANA_IN-51
ANA_IN1+50
AS
G0
4340
AS
G1
AS
G2
37
AU
D-C
L-O
UT
57
AV
SS
48
AV
SU
P
49
CA
PL-
A
30
CA
PL-
M
32
D-C
TR
-IO
0
7651MSP3452G
AD
R-C
L
9
AD
R-D
A
7
AD
R-W
S
8
AD
R_S
EL
62
AGNDC
2610
2n2
100K
3637
A
1n2562
A
3668
47K
6651
4615
3576
2K7
470p
2660
B66
A
1684
3634
220R
2551
3n3
330p
2550
2505
330n
A
100n
2670
100u
2665
2652
47p
6K8
3693
3667
100K
330n
2507
A
1K2
3698
A
150K
3658
1n2564
2563 1n
1K2
A15
B65
2611 1n
7664-A26
1
3577
100R
BC847BPN
2674 1n
2643
330n
B67
330n
2506
5652
100R
3571
3570
100R
220n
2640
1K
3551
47K
3657
AB76
100n
2690
4688
1n
2694 1n
680K
3525
2644
330n
2637
B75
330n
2645
100u
2508
4614
2609 1n
3666
150K
BAT254
6653
BC847BPN7665-B
53
4
A
3670
1K2
+5V
2
+5V
2
+8V_AUD
HP
_AM
P-R
HP
_AM
P-L
+8V_AUD
STATUS_SC3
AUDIO-SW
+5V
2
+5V_AUD
MU
TE
_SS
B
PIP_AUDIO
HA50
VA50
SNDR-SC3-IN
+5V
+5DB
L-FRONT-IN
R-FRONT-IN
SNDL-SC3-IN
QSS_AM
CVBS-AV3-IN
+5VF
R-H
EA
DP
HO
NE
L-H
EA
DP
HO
NE
+8VC
+8VC
+8VA+5DB
+8VA
MU
TE
_CS
SNDR-SC3-IN
L-SC2_AV2-IN
R-SC2_AV2-IN
+5V_AUD
+5DA
SCL-F
SDA-F
+8VA+8VA
+5DB
PIP_AUD_IN
SNDL-SC3-IN
+5DA
+8VA
RESET-AUDIO
+8VA
+8VA
Circuit Diagrams and PWB Layouts 63EM1.2A AA 7.
120R68K
1 2 3 4
E E
3509
10K
120R
3507
AA
3508
47K
2526 1n
2525
22p
A
CL 36532061_041.eps2808033139 123 5525.3
Small Signal Board: Audio Headphone Amplifier
1 2 3 4
A
B
C
D
A
B
C
D
2520 A32521 A12522 B32523 C2
2524 C12525 E32526 E22527 B1
2528 C12529 B22530 D23500 B3
3501 B33502 B33503 C23504 C2
3505 E33506 E33507 E33508 E2
3509 E23510 A23511 B33512 B1
3513 C13514 C23515 D36655 B1
7681-A C37681-B A37682 B1
+8V_AUD
R-HEADPHONE
HP_AMP-L
L-HEADPHONE
+8V_AUD
HP_AMP-R
+8V_AUD
3506
2524
100n
10K
3504
100n
2527
AA
47K
3503
A
3505
6655
PD
Z-3
.9B
1n2523
100n
2521
1u2530
3511
100K
100K
3515
68K
3500
22p
2522
BC857BW7682
47K
3512
3513
47K
3510
47K
100n
2520
47K
3514
2529 1u
2528 1u
3502
120R
5
6
7
8
4
120R
3501
7681-ANJM4556AM3
2
1
8
4
NJM4556AM7681-B
AUDIO HEADPHONE AMPLIFIERB6A
Personal Notes:
64EM1.2A AA 7.Circuit Diagrams and PWB Layouts
B4-137
A
B
C
D
E
F
G
H
0012 H2
1001 C11
1002 H10
1003 B1
1004 D11
2001 D11
2002 D11
2003 B10
2004 D10
2005 G9
2006 G5
B4-131
3V
B6-145
B4-135
12 13 14
12 13 14
B4-136
2008 G8
2009 C11
2010 G10
2011 G10
2012 G10
2013 C1
2014 C2
2015 C3
2016 C3
2017 D2
2020 C6
2023 G10
2024 G11
2025 G11
2026 H11
2027 F2
2028 F3
2030 C10
2031 F6
2032 G8
2033 H8
3001 G13
3002 G14
3003 G9
3004 G9
3005 G9
3006 E10
R
3007 F11
3008 F4
3009 H4
3010 H4
3011 G3
3012 C6
3013 C3
3014 C2
3015 D2
3016 D3
3017 C3
3018 F8
3019 D6
3020 D6
3021 B10
3026 B9
3027 C9
3028 B9
3029 B9
3030 B9
3031 B9
3032 B9
3033 B9
3034 E11
3035 B11
3036 E10
3037 D11
3038 B6
3039 C7
3040 D6
3041 D6
3042 D6
3043 E6
3044 E6
3045 F6
3048 C7
3049 B7
3050 E7
3051 F9
3052 B11
3053 B11
3054 B1
3056 G5
3057 G4
3058 B10
3059 E6
3060 C6
3061 A7
3062 F10
3063 G10
B4-134
NVM
3064 G10
3065 B10
3066 G11
3067 G11
3068 G11
3069 G11
3070 E2
3071 F2
3072 E2
3073 E2
3074 B7
3076 G8
3077 H8
3078 F6
3079 F5
4002 A9
4003 A9
4004 G4
4005 H4
4006 C6
4007 C6
4008 B2
6003 C1
7001 C7
7002 C2
7003 D3
7004 D3
7005 B2
7006 G4
7007 H3
7009 E2
7012 F13
7013 B10
7014 F6
4
10K
3053
4K7
3001
0V
3V2
3V3
3V2
3009
4
100R
4K7
3002
6K8
3052
C9
2025
10p
3
SCL
5SDA
8
VCC
4VSS
7WC_
M24C32
7012
1E0
2E1
3E2
6
100R
MECHPART0012
10
-DIGITAL
+5V2_CON
FBL-TXT
R-TXT
G-TXT
B-TXT
+5V2_CON
RESET
A(11)A(10)
WC_NVM
SDA_NVM
+3V3_INTPAINTER
SCL_NVM
A(16)
HS
VS
EL_IN_2
A(9)A(8)
CL 36532038_101.eps110703
C4 HSYNC
1V / div DC20us / div
C5 VSYNC
1V / div DC10ms / div
0V
87654321 9 10 11
PTV-FTV ONLY
H
B1: B6
9
2033
10p
47K
3010
47K3077
7007PMBT2369
10p
2026
1002
1 2 3 4 5 6 7 8HFB
3139 123 5525.3
Small Signal Board: Painter
NCOUT
NCOUT
*
0V1V7
RE
S
Painter -
3V
1V
0V8
1V2 0V
3V3
0V
0V0V3
1V
0V1
0V
0V4
I/P C
LOC
K
0V7
RES
3V1
0V
3V34V4
5V2 3V3
0V3
5V2
3V2
3V3
3V2
3V2
3V3
0V3V3V3
4V6
4V1
3V3
3V3
B1-
121
N.C
0V
0V
1V7
87654321 9 10 11
To Mapping D13
0V
0V
5V2
5V2
0V0V
0V
1V3
0V7
A
B
C
D
E
F
G
B4-
163
I/P S
ER
iAL
DA
TA
RES
B4-142
O/P
SE
RIA
L D
AT
A
1K fo
r F
L
RE
S
B1-117
*
B1-118
RE
S
B4-146
B2-122
ES
Processor
B8-
167
B1-116
B1-141
PAINTER
SAM-SDM
I/P M
OD
E S
ELE
CT
B2-162
B1-93
B1-102
*
RE
S
3063
100R
470R
3043
005
4K7
3059
2004100n
4006
100R
3066
470R
3048
C6
3020 470R
BC857B7002
150R
3004
4K7
3014
2015
100n
100R
3064
3040
470R
100n
2008
2K7
3060
4002
100R
3062
3072
22R
3071
1R5
2V83V3
5V2
3V3
0V
3V3
3049
470R
10p
2032
470R
3050
C
C8
4007
100n
2017
24K
3018
1R5
3070
7009MC33269D
GND-ADJ
1
IN4
5
87
2
3
6
470R
3035
470R
3036
470K
3015
10n
2020
33p
2001
2016
100u
10K
3038
4K7
3033
3005
150R
100u
2013
150R
3003
100n
2027
3073
22R
C7
3044
470R
1K5
3007
7003BC847BW
4008
1003
T 3
15m
A
4K7
3030
3
6
3067
100R
MC33269D7005
1GND-ADJ
4IN
5
87
2
3021
22K
2003
10n
C5
10K
3037
4003
220R
3027
100R
3076
220R
3026
100n
2014
1K3016
2024
10p
47p
2010
220R
3028
PMBT23697006
3065
10K
10K
3013
6003
MC
L414
8
BC857B
7014
3051
470R
1001
100R
3068
2005
100n
2028
100n
C11
C
100n
2031
3029
220R
C10
3069
BC847BW7004
3074
10K
47p
2012
470R
3039
3042
10K40
04
3079
100R
3056
47K
3041
470R
470R
3058
3078
10K
1 3
2
3032
4K7
PDTC144EU7013
3031
4K7
2K2
3012
10K
3061
3054
XTALIN
71XTALOUT
2011
47p
34S
YN
C-F
ILT
ER
45V
DD
A
63VDDC
75VDDP
52VDS
21VPE1
42V
PE
2
30V
SS
A
11 VSSC1
62VSSC2
99V
SS
C3
12VSSP1
60VSSP2
55VSYNC
10 WR_
70P3.3|ADC3
44P
3.4|
PW
M7|
T2E
X
54P3.5
59P3.6
25 P3.7
19PSEN_
48R
51RAMBK0
50R
AM
BK
1
9RD_
73RESET72RESET_
58ROMBK057
ROMBK156ROMBK2
P1.
4|S
CL1
84P
1.5|
SD
A1
81P
1.6|
SC
L082
P1.
7|S
DA
0
100
P2.
0|T
PW
M
93P
2.1|
PW
M0
94P
2.2|
PW
M1
95P
2.3|
PW
M2
96P
2.4|
PW
M3
97P
2.5|
PW
M4
98P
2.6|
PW
M5
1 P2.7|PWM62
P3.0|ADC0
4 P3.1|ADC15 P3.2|ADC26
74MVX-RD
68MVX-WR
69OSCGND
P0.0|RX16
P0.1|TX1718 P0.2|INT2
22 P0.3|INT3
24 P0.4|INT4
13 P0.5
28P
0.6
29P
0.7|
T2
76P
1.0|
INT
1
78P
1.1|
T0
79P
1.2|
INT
080
P1.
3|T
1
8388A
D3
89A
D4
90A
D5
91A
D6
92A
D7
20 ALE
46B
43C
OR
B
31C
VB
S0
32C
VB
S1
14EA_
41F
RA
ME
47G
53HSYNC
61INTD_
35IR
EF
A14
33A
15-B
K
7A15-LN
A16
-LN
77
3 A17-LN
39A
238
A3
27A
426
A5
23 A6
15 A7
67A8
66A9
85A
D0
86A
D1
87A
D2
SAA5667HL
7001
49A
0
40A
1
65A1064
A11
37A
1236
A13
8
2023
10p
470R
3045
1K
3006
3017
4K7
33p
2002
10K
3008
47K
2009
470p
3057
3011
10K
2006
4n7
100n
2030
470R
3034
12M
1004
DSX840
SD
A_N
VM
PO
R_F
LAS
H
SD
A-F
SD
A-S
SC
L-S
ON-OFF-LED
+5V2_CON
IRQ
+3V3_INTPAINTER
VS
470R
3019
SC
L_N
VM+3V3_INTPAINTER
+3V3_INTPAINTER
SC
L-S
ATT-SWITCH
SC1-STATUS
+3V3_PA+5V_PA
WC
_NV
M
P50_OUT
FRONT-DETECT
STANDBY-INFO
STANDBY
DEGAUSSING
CVBS-TXT
P50_IN
KEYBOARD
RC
SC
L-F
VSYNC
HS
+3V3_INTPAINTER
A(6)
+3V3_INTPAINTER
+3V3_INTPAINTER
CE
N
A(1
5)
A(14)
A(1
3)A
(12)
A(1
)
A(0
)
+3V3_INTPAINTER
SD
A-F
SD
A-S
SC
L-F
+5V
2_C
ON
S
STANDBY-INFO
+3V3_INTPAINTER
SEL_IN_1
RESET
D(0
)D
(1)
D(2
)D
(3)
D(4
)D
(5)
D(6
)D
(7)
WRN
+3V3_INTPAINTER
+3V
3_IN
TP
AIN
TE
R
RDN
RE
SE
T-3
DC
SOUND-ENABLE
A(7)
A(5
)A
(4)
A(3
)A
(2)
Circuit Diagrams and PWB Layouts 65EM1.2A AA 7.
AG
ND
DG
ND
RA
M
DG
ND
RA
M
FSCO
AGND
XO
XI
AVDD
DVDD
TEST24
TEST23
TEST22
TEST21
DGND
TEST20
DVDDIO
TEST19
TEST18
TEST17
TEST16
TEST15
DVDDRAM
DVDDRAM
12 13
A
B
C
D
E
F
G
H
I
1005 D122040 E32041 E42042 E32043 E52044 D42045 D42046 D42047 D3
11 12 13
11
2048 C42049 C42050 C42051 C52052 D52053 D52054 D52055 E42056 E52057 E52058 E52059 F52060 F52061 F52062 G52063 B52064 B52065 C92066 C102067 C112068 C112069 B132070 B132071 D122072 D132073 E122074 E112075 F122076 G122077 G112078 I52079 I52080 I42081 I42082 C103080 E33081 D53082 D33083 D53084 C43085 B43086 B53087 B53088 B53089 B53090 B63091 B63092 C93093 C93094 E43095 B123096 B123097 C123098 D113099 C104010 H55001 E35002 D45003 C45004 B115005 A125006 G125007 H35008 H57015 C57016 D37017 C47018 B57019 B67020 B67021 C127022 H57023 E4
3096
220R
GND_Y
GND_Y2
100n
2073
GND
GND_Y
GND_R
GND_Y1
GND_R
GND
150p
2067
100n
GND
5006
1K
47
48
49
50
51
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
2 2 2 2 2 30
31
GND_Y
10n
100n
2075
GND_B1
GND
20M0
1005
DSX151
GND_Y
GND_Y
22p
2071
22p
2072
470R
3098
GND_R
2068
150p
10u
2077
GND_Y
GND_Y1
GND_YGND
GND
GND_Y
2076
100n
GND_Y
ND_G
GND
10u
2069
GND_R
GND_B1
GND_G
7021BC857B
5004
15u
2074
100n
470R
3095
GND
10 20
GND
1K 5005
GND_Y
GND_R
220R
3097
GND_B
2070
2V5D
3V3IO
2V5D
2V5A
3V3IO
CL 36532038_102.eps110703
H
I
1 2 3 4 5 6 7 8 9 10
GND
100n
2078
GND
GND
33n
2080
GND
4010
GND
G
KF25BDT7022
2GND
1IN
3OUT
2081
10u
5007
30R
GND
GND_R
30R
5008
2079
100u
GND3V3_INT
GND
+3V3_INTPAINTER
3V3IO
2V5D
2V5A
3139 123 5525.3
Small Signal Board: 3d Comb Filter
DY
CO
3
DY
CO
2
DY
CO
1
DY
CO
0
DV
DD
NS
TD
ST
1
ST
0
SD
A
SC
L
SLA
0
RS
TB
CLK
8
DG
ND
CK
MD
AV
DD
FS
CI
DAC
Y-ADC
C-ADC
3D Y/C
TE
ST
08
TE
ST
09
TE
ST
10
TE
ST
11
TE
ST
12
TE
ST
13
TE
ST
14
EX
TA
LTF
EX
TD
YC
O0
EX
TD
YC
O1
EX
TD
YC
O2
EX
TD
YC
O3
EX
TD
YC
O4
EX
TD
YC
O5
EX
TD
YC
O6
EX
TD
YC
O7
EX
TD
YC
O8
EX
TD
YC
O9
DG
ND
KIL
LIN
E
RP
LL CS
I
ALT
F
DY
CO
9
DY
CO
8
DY
CO
7
DY
CO
6
DY
CO
5
DY
CO
4
TEST26
DVDD
DG
ND
TE
ST
IC1
TE
ST
IC2
TE
ST
01
TE
ST
02
TE
ST
03
TE
ST
04
TE
ST
05
TE
ST
06
TE
ST
07
AVDD
CBPC
ACO
AYO
CBPY
AGND
AGND
AYI
VCLY
VRBY
VRTY
AVDD
AVDD
VRTC
VRBC
ACI
AGND
TEST25
A
B
C
D
E
F
G
1 2 3 4 5 6 7 8 9 10
B2-165
3D COMB FILTER
18pB2-166
B7-
167
B2-122
2042
18p
2041
150p
GND_Y1
3094
470R
GND_Y2
GND_Y2
4K7
3091
GND_Y1
GND_Y1
GND_R
GND_Y2
9
90
91
92
93
94
95
96
97
98
99
2050
76777879
8
80
81
82
83
84
85
86
87
88
89
60616263646566676869
7
707172737475
5
5253545556575859
64 17 18 192 20 21 22 3 4 5 6 7 28 293
7015uPD64083
1 10
100
11 12 13 14 15 16
18p
2046
2082
1K 3088
BC857B7017
47K
3099
220K
3086
GND_Y1GND_Y1
1u
204322
K
3087
7016BC857B
1u
2064
3085
220R
GN
D_Y
1
2040
47p
GND_Y2
470R
3090
GND_Y2
7018BC847B
220R
3080 GND_Y1
GND_Y1
100n
2058
2061
100n
47p
2045
2065
100n
BC847B
7023
1u
2048
2051
47p
GND_Y1
2049
150p
2047
1u
6u8
5003
100n
2060
100n
20661n 20
63
GND_B
220R
3083
100n
2055
3081
220R
150p
2044
2052
100n
2053
100n
BC847B7020
7019BC857B
2057
100n
GND_Y1
GND_Y
47R
3092
GND_R
0n 62
100n
GND_Y2
GND_Y2
GND_Y1
2059
GND_Y2 GND_Y2
GND_Y1
330R
3082
2K2
3089
3093
47R
6u8
5001
2054
GND_R
5002
6u8 100n
GN
D_R
2056
10u
3084
330R
2V5D
2V5A2V5D
2V5A3V3IO
3V3IO
3V3IO
2V5A
3V3IO
3V3IO
66EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout SSB (Overview LOT Side)
Circuit Diagrams and PWB Layouts 67EM1.2A AA 7.
Layout SSB (Part 1 LOT Side)
68EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout SSB (Part 2 LOT Side)
Circuit Diagrams and PWB Layouts 69EM1.2A AA 7.
Layout SSB (Part 3 LOT Side)
70EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout SSB (Part 4 LOT Side)
Circuit Diagrams and PWB Layouts 71EM1.2A AA 7.
2082 A3 2582 D5 3317 C3 3655 B6 4901 D3 7020 A2
ner Side)
CL 36532038_39m.eps010703
v64 D1 2502 B2 2762 A1 3309 C4
351 C3352 C3353 D3354 C3355 C3358 C3359 C3360 C3361 B5362 B4364 B4365 B4366 C4367 C4368 C4369 C4373 C3374 C3375 C4378 C5382 C5384 B5385 C5386 D4388 C4389 C4390 C4391 D4392 C4399 C3401 B5405 C5415 B5416 C6420 C5441 B5446 D4450 C6451 C5452 C5453 C3454 C3455 C3456 C5457 C5459 C3463 B5465 D4467 D3468 C5469 C4470 C4472 C4503 C3508 C3510 C2512 C2513 C2514 C2521 D1522 D2532 B1533 C1
3540 C1544 C2545 C2546 C1547 C1550 B1551 B3556 D1557 D1558 D1559 D1561 D2563 D1564 D2565 D2566 D2567 D2568 D2569 D2570 D2571 D2572 D2573 D2574 D2
3575 D23577 D13624 C23625 C23630 C23634 C23636 C13637 C13639 C23644 D33650 D23651 B23652 B23653 B23654 B23657 C13658 C13659 C13663 C13664 C13666 C13667 C13668 C13669 C13670 C13671 C13675 C23680 C23681 C23682 C23684 B23685 B23686 B23687 B23688 B23689 B23690 B23691 B23692 C23693 C23694 C23695 C23698 C13699 C23707 A33708 A23709 A33710 A23711 A23718 A33719 A23720 A23721 A23722 A23725 A33730 A33731 A33732 A33740 A33741 A23744 A23745 A23746 A13747 B33748 B33749 B33754 A23793 A13794 A13795 A13796 A23798 A24004 A54005 A54006 A64007 B34008 B54307 D34308 B44309 B44310 B44312 B34314 B44315 C34316 B44318 C54319 C5
4369 C44401 C54406 C54407 B54603 C24604 D24610 C14616 C34617 C34652 B34676 C24690 C34703 A34711 A34712 A34713 A34714 A34715 B34716 B34717 B34724 A14725 A14728 A14910 D44911 D54912 D44913 D54914 D54915 D54916 D54917 D54918 D44922 D54923 D54924 D54926 D44930 D54931 D44932 D44934 D34936 D34940 D34941 D34942 D34955 D44956 D44957 D44958 D44959 D44960 D44961 D44962 D44963 D44964 D44965 D54966 D35304 A65305 A65306 A65307 A65308 B65309 B65401 C65407 C55408 C55410 D45411 C55651 C25652 C25654 D15657 B15658 C15659 C15660 C15661 C15662 C15664 B15665 B15666 C15669 D15701 A15704 A25705 A35706 A25708 B35709 B35710 B3
5718 A35720 A25799 A35900 D55901 D46003 A66303 C46304 C46306 C46307 C46308 C36312 C46313 C46314 C46315 C46316 C36317 C46318 C46334 C46336 A66650 C26651 B26654 B16655 B27001 A57002 A57003 A57004 A57005 A67006 A57007 A57012 A57014 A47301 B47302 C37303 C47305 C47306 D47307 C57308 B47309 B47310 D47311 B47312 C47313 C37314 C37315 D37317 C47318 C47322 C57324 B47340 C37375 C37410 C57412 C67651 B17656 C27663 C27664 C17665 C17666 C27674 C17681 C27682 C27701 A27702 A37708 A17713 B27716 A3
2300 C32301 C42314 C32315 B32317 C32318 B32324 C42329 B32330 B32331 B32332 B32333 C42334 C42335 B32336 C42340 B32341 C32345 B12346 B12347 A12348 B12349 B1
2583 D52588 B62589 B62590 D62591 C62592 D62593 B62594 C52609 C42665 B52666 B52667 B62668 B62670 C52677 C52678 C52680 B62682 B52687 C62693 D62695 C52697 C5
3318 C33319 B33322 C43329 C33332 B33335 B33336 C43337 C43338 B33343 C43344 C43345 C33346 C33347 C43348 C33349 C43356 C43363 B33370 C23371 D23372 D23376 C3
3656 B63673 C63683 C63702 A53703 A43704 A53705 A43706 A53714 B43716 B43717 B43728 B43733 B43739 A53755 B43757 B43759 B43790 A63791 A63792 A63797 A63900 D4
4902 D24903 D34904 D24905 D24906 D24907 D24908 D24909 D34919 D24920 D24921 D24925 D34927 D24928 D34929 D34935 D44937 D44938 D44939 D44944 D34945 D34946 D3
7021 A37022 A37023 A27304 B37320 C27323 C27411 C17413 B37652 C67653 C67654 C57667 C67668 C67675 D67677 D67678 D67680 C67704 B47709 A57714 A67715 B6
CL 36532038_38m.eps010703
v65 D3v71 D20302 C61001 A61002 A61003 B51004 A51005 A41301 B41304 A61410 C51682 B11683 B11701 B21702 B32001 A52002 A52004 A52005 A52006 A52008 A42010 B52011 B5
2503 B22504 B22505 B22506 C22507 C22509 D12510 D22511 D22512 C12513 C12520 C22521 C22523 C32524 C22526 C32527 C22528 C22550 B12551 B22552 B22553 B22554 B22555 B2
2763 A12764 A12766 A32770 A22774 A22786 A22788 A22792 A12795 A12798 A32799 A32900 D32901 D32902 D32903 D32904 D32905 D32906 D32907 D32908 D52909 D32910 D22911 D2
3310 C43311 C43312 D43314 C43315 C43316 C43320 C43321 C43323 C43324 C43325 C43326 C43327 C53328 B43330 B43331 B43333 B43334 C43339 C33340 C33341 C43342 C43350 C3
33333333333333333333333
Mapping Small Signal Board (LOT Side)1000 D41303 A11315 B31316 B21317 B21318 B21407 C11408 C11651 B61680 C61681 B61684 B62003 A22009 A22013 A12016 A22027 A32028 A42040 B22041 A22042 B22043 A22044 A22045 A22046 A22047 A12048 A12049 A22050 A22051 A22052 A22053 A22054 A22055 A22056 A22057 A22058 A22059 A22060 A22061 A22062 B22063 A22064 A22065 A32066 A32067 A32068 A32069 A32070 A32071 A32072 A32073 A32074 A32075 A32076 A32077 A32078 A32079 A32080 A32081 A3
2350 C32351 C32352 C32353 D22356 B32357 B32358 B22363 B32365 C22366 C22367 D22368 D22370 C32373 C32376 C32377 C32394 D22395 B32396 B32397 B32398 D22399 C42401 B22402 C12411 C12418 C22426 A12427 A12428 A12429 B32508 C42514 D62522 C52525 C42529 C52530 C42546 C52547 D52548 D52549 D52562 C62563 C62564 D52565 D52566 D52567 D52568 D52569 D52570 B62571 C62572 D62573 D62574 D62575 D62576 D52577 D62578 D52579 D52580 D52581 D5
2698 C52702 A62704 B52708 B52713 A62729 B42733 A42738 B42743 B42757 B52758 A62765 A62767 B42771 A42772 A42773 A42776 A42785 A52790 A62796 B52797 A52912 D33021 A23028 A23029 A23033 A23036 B23037 B23058 A23061 A33065 A23070 A33071 A33072 A43073 A43080 B23081 A23082 A23083 A23084 A23085 A23086 A23087 A23088 A23089 A23090 A23091 A33092 A33093 A33094 A23095 A33096 A33097 A33098 A33099 A33300 C33301 D33302 B33304 C33313 B3
3377 C33387 B33393 B23394 B33395 B33396 B33397 B33398 B33400 C33402 C23403 C13417 C23418 C23419 C13436 C13437 C23458 B33460 B33461 B33462 B33464 C33466 D23500 C53501 C53502 C53504 C43505 C43506 C53507 C53509 C43511 C53515 C43519 C63520 D63523 D63524 C63525 C63526 C63527 C63528 D63529 D63530 D63531 B63552 C63553 C63554 C63555 C63560 C63562 C63576 C63612 D53613 D53614 D53615 D43616 C63626 C53627 C63628 C53642 C63643 C6
3901 D43902 D43903 D43904 D43905 D43906 D33907 D43908 D43909 D43910 D43911 D44002 A24003 A24010 A34302 C44303 C44304 B44305 B44311 B34313 C44322 D24326 C34409 B34520 D64521 C64522 D64523 C64531 D54532 D54606 C54607 B54608 B44609 B44611 C64612 C54613 C54614 C54615 C54632 C64633 C64642 C64645 C64677 C54682 B44683 B44684 B54685 B44686 B44687 B54688 D44689 C64723 A54726 A64731 A64732 A64733 A54734 A64791 A64792 A64793 A6
4947 D34948 D34949 D34950 D34951 D34952 D34953 D24954 D45001 B25002 A25003 A25004 A35005 A35006 A35007 A35008 A35301 C35302 B35303 D15406 C15409 C35412 B15413 B15414 B15653 C45656 C55663 C65667 B65668 B65702 B55703 A65707 B45711 A55713 A55715 A65716 A65717 A65798 A45902 D55903 D55904 D36309 C46310 C46311 C46319 C46321 C36337 A16338 A16652 C46653 D46656 C66657 C66658 C67009 A37013 A27015 A37016 A27017 A27018 A27019 A2
Mapping Small Signal Board (Tuv1 D5v2 D5v3 D5v4 D5v5 D5v6 D5v7 D5v8 D5v9 D5V14 D4V57 D2v10 D5v11 D5v12 D5v13 D5v15 D4v16 D4v17 D4v18 D4v19 D4v20 D4v21 D4v22 D4v23 D4v24 D4v25 D4v26 D4v27 D4v28 D4v29 D4v30 D4v31 D4v32 D3v33 D3v34 D3v35 D3v36 D3v37 D3v38 D3v39 D3v40 D3v41 D2v42 D2v43 D2v44 D2v45 D2v46 D2v47 D2v48 D2v49 D2v50 D2v51 D2v52 D2v53 D2v54 D2v55 D2v56 D2v58 D1v59 D1v60 D1v61 D1v62 D1v63 D1
2012 B52014 A62015 A62017 A52020 A42023 A62024 A62025 A62026 A62030 A52031 A42032 A62033 A62302 C52303 C42304 C42306 C42307 C42308 C42309 C42310 C42311 C42313 C42319 B42320 B42321 B42322 B42323 B42325 B42328 B42338 B42339 C42342 C32343 C32344 A62354 D52359 B42360 B52361 B52362 B52369 D42371 C52372 C52374 C52375 C52378 C52379 B52380 B52381 B52382 B52384 C52385 C52391 B32410 C52412 C62413 C62420 D42421 C52422 C52423 C52424 D52425 D42501 B1
2556 B12557 C12558 C12559 C12560 C12561 C12584 B12585 B12586 B12587 C12595 C12610 B22611 B12629 C22632 C22634 C12637 C12640 C12643 C12644 C12645 C12646 C12649 C12651 B12652 B22653 B22654 B22659 C22660 C22661 B22662 B22663 B22664 B22673 C22674 C12679 C22681 B22686 C12690 C12691 C12694 C12696 C22706 A12707 A22709 A32710 A32712 A22718 B32719 A32721 B32723 A32725 B32726 A32728 B12730 A32731 B22747 A32748 A32755 A22756 A22759 B12760 B12761 A2
3001 A53002 A53003 A53004 A53005 A53006 A53007 A53008 A53009 A43010 A43011 A53012 A43013 A53014 A53015 A53016 A53017 A53018 A53019 A43020 A43026 A53027 A53030 A53031 A53032 A53034 A43035 A53038 A43039 A43040 A43041 A43042 A43043 A43044 A43045 A43048 A43049 A43050 A43051 A53052 A53053 A53054 B53056 A53057 A53059 A43060 A43062 A53063 A53064 A53066 A63067 A63068 A63069 A63074 A53076 A63077 A63078 A43079 A43303 C53305 C33306 C43307 C43308 C4
333333333333333333333333333333333333333333333333333333333333333
72EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout SSB (Overview Tuner Side)
Circuit Diagrams and PWB Layouts 73EM1.2A AA 7.
Layout SSB (Part 1 Tuner Side)
74EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout SSB (Part 2 Tuner Side)
Circuit Diagrams and PWB Layouts 75EM1.2A AA 7.
Layout SSB (Part 3 Tuner Side)
76EM1.2A AA 7.Circuit Diagrams and PWB Layouts
Layout SSB (Part 4 Tuner Side)
Circuit Diagrams and PWB Layouts 77EM1.2A AA 7.
551254 4
TO 1740 OF
1 2 3 4
E E
LSPSG06
GND
SG07
6291
6292GND
FOR SUBWOOFERROUTING VIA
SIDE IO
Headphone_gnd4243
Audio_In_gnd GND
4241
6
6293
6294
8
YKB21-5101A
1
2
3
7
229710n
329710K
329610K
229610n
CL 36532061_031.eps0210033139 123 5483.3
Side I/O Panel
Y
CS_VHS
VIDEO IN
LEFT
SIDE IO PANEL
RIGHT
HEADPHONE
TO 1936 OFLSP
1 2 3 4
A
B
C
D
A
B
C
D
0240 A40241 C40242 C41254 D11255-A D11255-B C11255-C B11256-A A1
1256-B A12286 A32288 B32292 C32294 C32296 E32297 E32298 B3
3285 A33286 A33287 B33288 B33289 B23291 C23292 C33293 C2
3294 C33295 D33296 E23297 E34201 A24202 A24241 E44243 E4
6291 E26292 E26293 E26294 E26295 A36296 A26297 A2
4201
2298100p
1
2
0241EH-B
6296
6297
6295
3
4
0242EH-B1
2
3
4
4202
100p2286
100p2288
3
4
5
6
7
8
9
EH-B0240
1
10
11
2
SG081K83289
3K93295
1256-AYKF51-5347
2
7
3
8
1
YKF51-53471256-B
5
10
4
9
6
11
328575R
1255-A7
8
9
75R3287
YKC21-55991255-C
1
2
3
YKC21-5599
YKC21-55991255-B
4
5
6
32931K
SG05
SG04
SG02
SG01
SG03
5
470p2292
2294470p
329447K
47K3292
1K3291
100R3286
100R3288
Y_CVBS_FRONT
C_FRONT_IN
L_FRONT_IN
R_FRONT_IN
HP_OUT_L
HP_OUT_R
FRONT_DETECT
Personal Notes:
78EM1.2A AA 7.Circuit Diagrams and PWB Layouts
ide)
CL 36532061_030.eps270803
2298 C13292 C13294 C13296 D13297 D14201 B14202 A14241 B14242 D14243 C16291 C16292 C16293 D16294 D16295 B16296 B16297 B1
3139 123 5483.3CL 36532061_029.eps
270803 3139 123 5483.3
Layout Side I/O Panel (Top Side)
0240 C10241 A10242 A11254 D11255 C11256 A12286 B12288 A12292 B12294 C12296 D12297 D13285 B13286 B13287 A13288 A13289 A13291 C13293 C13295 D1
Layout Side I/O Panel (Bottom S
Circuit Diagrams and PWB Layouts 79EM1.2A AA 7.
V
n
1599
A
B
C
D
E
F
G
H
11 12 13 14
11 12 13 14
FO
CU
SA
* FROM LOT
TO
B6
B7B11
A11B11H4
B7
6301 B7
6305 E76306 E7
6307 F76310 F66401 H5
7300 A6
7301 A7
7302 A107303 C10
7304 C77307 E67308 B4
LOT
SCAVEM
AQUADAC
7309 A10
7310 B10
9310 A129311 B12
9317 B119318 B119320 F2
9400 G7
9401 H5
9402 A119403 C11
9404 A89405 E29406 G6
9407 G4
9408 G4
9409 C4
TO
VG
1
FROM
9410 B4
9411 G39412 G99413 G9
9414 G1
FO
CU
SB
EHT
VG
2
COIL
CRT
*
LINE DEFLECTION
1298
-B
FG
2
2
5303
5302
1K3356
GND_LS1
3 n6
2317
3310
1K
GND_RGB
9310
1298
-C G1
5
SC3
9318
2337
220p
2318
1298
-E G2
7
2322
593
3370
3361
150R
8
1237
-C G1
6
1237
-E G2
00n
320
1K
3349
3347
1K5
1237
-A
SG
1
1
2324
PCB-TAB4.8x0.514341
2
2421
5300
S13974
1 10
3
5 6
9402
9403
9311
14831
2
3
310
L414
1298
-A
FG
1
1
RES 3341
9317
CL 36532061_038.eps290803
MEASURED ACROSSPIN 1,3 OF 1483
G
H
0V
1 2 3 4 5 6 7 8 9 10
200V
LINE DEFLECTION
0V
FROM
EHT-INFO 6V
Filament Pulses
GND LS2
0V
0V
1424
GND_RGB
9401
6401
1K
33341298-K
GNDB
13
1237-G
H1
10
1424
1298-H
H1
10
GND_LS1
GND_LS1RES
47u
231
100
231
RES
100u
2403
3n3
GND_LS1
GND_RGB
9320
RES
200V
2336
10n
RES
RES
BYV29X-500
2406
10n
9406
2405
470p
F15
94139412
5400
22u
22n
2319
10n
RE
S24
07
10n
2408
3n3
1R
3404 1298-J
GND1
12RES
9400
GND_RGB
9414
GND_LS1 GND_LS1
+8V
12
5
1237-H
H2
11
1237-B
GND
GND_RGB
GND_RGBGND_SSB
GND_SSB
1298-G
H2
9
RE
S
9408
100R
9407
3401
3345
33R
RES
100u
2404
2425
3402
150R
RES
1
2
3
4
5
6
7
GND_RGB
9411
3417
10R
6
MC
1R
3403
150R
X-RAY-PROT_HFB
3139 123 5710.1
CRT Panel
Blue
Gree
Red
+8V
B
C
D
E
F
0031 F7
1237-A G131237-B G9
1237-C G111237-D E91237-E G12
1237-F F9
1237-G F9
1237-H H91237-I E9
1298-A G121298-B G121298-C G11
1298-D E9
1298-E G12
136V
134V
1 2 3 4 5 6 7 8 9 10
A84V
3V B-CRT
0V7
311V
1298-F F91298-G G9
1298-H G91298-I E91298-J G9
1298-K H9
1424 H2
1434 H131435 D9
1483 B131940 D22300 A8
2301 A5
2302 A5
2304 A82305 A8
2306 C62307 B82309 C8
2313 F5
2315 B5
2316 F52317 H13
2318 H112319 G7
EHT-INFO
1V8
2320 F6
2321 E5
2322 E5
2323 F52324 H13
2325 A82330 B82332 C2
2333 C2
2334 D2
2336 H72337 B13
2403 H62404 H62405 H5
2406 H6
2407 G6
2408 H72409 C7
2410 B32411 B52412 C4
2420 A7
2421 D11
2422 C92423 B9
2424 A102425 G23300 A5
3301 A8
83V
3302 A7
3303 A63304 A8
3306 B73307 B63308 B8
3310 B13
3311 C6
3312 C63316 C8
3318 C83319 C83323 B7
3324 B8
3325 B5
3329 B73334 H10
3335 E53336 F53337 E5
3338 F8
3339 E8
3340 E83341 F4
3342 D53345 G73347 H12
3349 H11
3350 E7
3351 E7
FROM0V
3352 F7
3354 F63355 A93356 B12
3357 C9
3358 C2
3359 C23360 D2
3361 B133370 H113401 G4
3402 G7
3403 H3
3404 G33405 C7
3410 B33411 B33412 A4
3413 C4
3414 B4
3416 A73417 G2
3418 B53419 A83420 A10
3421 A10
3422 A10
3423 B10
TUNER and
1940
G-CRT
0V
3424 B10
3425 B103426 C103427 D10
3999 F2
4301
4302 5300
5302 5303 5400
6300
3V
0V
0V
R
G
SCAVEM
CUT OFF
G
8V1
41V
3V
3V
0V
Y-SCAVEM ln
0V7
B136V
136V
136V
5V7
41V
2V5
220V
SIM CONN.
0V
1V8
2V5
CRT PANEL
5V6
R
3V
0V
B
0V
R-CRT
RGB AMPLIFIER
2V5
220V
3V2
0V5
3V
GND_RGB
12
1237-D
CG
7
9404
GND_RGB
F8
3414
10R
2424
470n
GND_RGB4R7
3306
3304
820R
0031
F2
3340
1K
3329
4R7
GND_RGB
2422
22n
3999
1K2
3339
1K
9
2307
22n
3342
470R
3420
22R
3410
100K
10K
3303
MC
L414
8
6301
GND_RGB
220p
1237-I
CB
820R
VO1
8VO2
7VO3
2332
F4
2315
+8V
GND_RGB
F14
BA
S32
1
6306
GND_RGB
3358
10K
+8V
+8V
6307
BA
S32
1
10K
3301
F6
GND_RGB
10K
11
1298-F
CR
8
GND_RGB
F5
1435
1
3422
1K
BFS20
7308
RE
S
22u
2300
18K
3424
3425
1K
1298-D
CG
220u
2301
7303
BCP56
2304
22n
2321
RES68p
1K
3338
560R
3335
9410
3316
56K
22n
2423
F13
3421
22K
3423
18K
9405
3416
39R
560R
3336
GND_SSB
GND_RGB
3360
10K
3359
470n
2409
220R
3324
4302
2302
47p
2309
22n
3325
220R
7309BCP53F12
F1
470R
3351
3413
1K
2333
18p
2334
18p
1298-I
CB
RES
9409
3311
39R
6305
BA
S32
1
7302BCP53
2420
470n
2410
470n
2306
100n
GND_RGB
56K
3308
470n
15R
3318
F7
GND_RGB
BCP567310
GND_RGB
10R
3355
MC
L414
8
6300
100n
2325
2K2
3354
3323
4R7
2322
68p
390R
3302
RES
470R
3350
6
3357
10R
F9F3
2330
560p
3427
22R
200V
3426
22K
GND_RGB
100n
2411
2412
330p
100K
3411
1237-F
CR
F11
3337
560RTDA6108JF
7307
GND4
5IOM
6
VDD
1 VI1
2 VI2
3 VI3
9
15R
3412
2K2
3312
10R
3307
11
2
3
4
5
6
7
8
9
F10
GND_RGB
19401
10
10R
3300
3418
10R
+8V
2305
22u
GND_RGB
39R
3405
7301BFS20
8
3419
10K
+8V
RES68p
2323
18p
4301
470R
3352
7304BF824
3319
7300BFS20
HFB_X-RAY-PROT
F1
1 V / div DC20µs / div
F2
1 V / div DC20µs / div
F3
1 V / div DC20µs / div
F4
20 V / div DC20µs / div
F5
20 V / div DC20µs / div
F6
20 V / div DC20µs / div
F7
20 V / div DC20µs / div
F8
20 V / div DC20µs / div
F9
20 V / div DC20µs / div
F12
1 V / div DC20µs / div
F13
1 V / div DC20µs / div
F14
50 V / div DC20µs / div
F10
50mV / div DC20µs / div
80EM1.2A AA 7.Circuit Diagrams and PWB Layouts
)
D3D1A1A1A1A1E2E1D2
3358 B13359 A13360 A13361 E13410 D13411 D13412 C13413 D13414 D1
3417 C43418 D13420 E33421 E33422 E33423 E13424 D23425 D23426 D2
3427 D33999 E44301 D44302 E36300 D36301 D36305 B26306 B26307 A2
6310 A27300 D47301 D37302 E27303 D27304 E37308 D17309 E27310 D2
9402 E29403 D19404 D49405 B19406 C39407 C39408 C39409 D19410 D1
9411 C29413 C3
CL 36532038_035.eps150503
3139 123 5710.1CL 36532038_034.eps150503
3139 123 5710.1
Layout CRT Panel (Top Side)
0031 A41237 B21298 B31424 C11434 B21435 C41483 E41940 B42300 E2
2301 D22304 E22305 E22307 D32313 A12316 A42317 C22319 C42324 B2
2336 C22403 B12404 B12405 B12406 C22407 C22422 D32423 E23300 D1
3301 E13323 D23329 D23334 B43338 A13339 A23340 B23341 C13342 A3
3345 B43347 B23349 B43350 A33351 A33352 A33370 C43401 C23402 C3
3403 C13404 C23405 E23416 D23419 D15300 E45302 E35303 E35400 C1
6401 B17307 A39300 A49301 C19302 C19303 D19304 B49306 B19307 C4
9310 E49311 D49312 C49313 A49314 C19315 D29317 E39318 E49320 C4
9400 C39401 B19412 C39414 B3
Layout CRT Panel (Bottom Side
2302 D42306 D42309 D32315 D12318 A12320 A22321 A12322 A12323 A1
2325 D32330 D32332 B12333 A12334 A12337 E12408 C22409 E32410 D1
2411 C12412 D12420 D32421 D32424 E32425 C23302 D33303 D33304 E3
3306 D33307 D43308 D23310 E13311 D43312 D43316 D23318 E33319 D3
332433253335333633373354335533563357
Circuit Diagrams and PWB Layouts 81EM1.2A AA 7.
CL 26532041_049.eps2606033104 303 3654.5
DC Shift Panel
Layout DC Shift Panel
317 B1
C
B
40
1 2 3 4
1 2 3 4
A
C
B
A
DC-SHIFT
TO 1419
DAF
N.C.
6433 B46432 B36431 B46430 B35493 B25430 A3
318 A11430 A32430 B32431 B42493 B2
1 2
4 3
9493
5493
CU15
68n
2493
BY
228/
20
6431
BY
D33
V
6433
2431
470p
6432
BY
D33
V
470p
2430
6430
BY
228/
20
2
MP400mA
1430
5430
1
2
317
1
318
CL 26532041_034.eps150703
I
3104 303 3654.5
317 A3318 A21430 A2
2430 A22431 A12493 A3
5430 A15493 A36430 A2
6431 A26432 A26433 A2
9493 A3
Personal Notes:
82EM1.2A AA 7.Circuit Diagrams and PWB Layouts
3998
100R
14971
2
1491
3
1491
1
3898 D5
3897 E2
3833 C5
3832 A5
3831 B5
3830 B4
5800 E3
5801 F2
5810 A8
6810 A7
6812 C6
7810 B7
7818 C2
7820 C3
7821 C3
7822 C5
7823 C5
9800 D2
9803 F2
9804 E2
9805 D6
TO
1492
2891 E5
2892 B3
3805 D6
3807 A8
3808 A8
3809 A6
1417 E1
1418 D1
1419 F1
1490 C8
1491 E9
1492 A9
1497 D9
1693 C1
2800 E4
2803 E4
2809 A5
2812 A7
2813 C7
2814 B8
2816 A7
2818 C1
2820 A3
2821 F2
2822 A5
2823 B4
2824 C4
2825 B5
9
9
TO dynamic
A
2890 E5
B
C
D
E
F
3810 A7
3811 B6
3812 C7
3813 C6
3814 B7
3815 B6
3816 C7
3818 C1
3819 B2
3820 C2
3821 A3
3822 A3
3823 A3
3824 B3
3826 C4
3827 C4
3828 C1
of LOTfocus input
3899 E5
3998 C9
14921
2
CU151 2
CL 26532067_040.eps260603
Item 29R
F
28R
F/32
RF
34R
F/38
RF
36R
F
Description
[I] VDAF+2ND ORDER S
1492 X X X 3p1693 X X X 1p2800 X 330pF2800 X X 470pF2800 X 390pF2809 X X X 100F2812 X X X 10nF2813 X X X 10F2814 X X X 1nF2821 X X 68nF2822 X X X 4nF2824 X X X 10F2825 X X X 1F2890 X 270pF2890 X 220pF2890 X 470pF2890 X 390pF3807 X X X 15R3808 X X X 15R3809 X X X 10R3810 X X X 470kR3811 X X X 4.7MR3812 X X X 27kR3813 X X X 470kR3814 X X X 100kR3815 X X X 1kR3816 X X 4.7kR3816 X 2.2kR3818 X X X 33kR3820 X X X Jumper3821 X X X Jumper3822 X X X Jumper3823 X X X 1.5kR3824 X X X 33kR3826 X X X 3.3kR3827 X X X 5.6kR3828 X X X 100kR3830 X X X 47kR3831 X X X 4.7kR3832 X X X 1.8kR3833 X X X 4.7kR5801 X X Transformer5810 X X X Bridge coil6810 X X X BYD33V6812 X X X BZX79-C227810 X X X STP3NB80FP7818 X X X BC847B7822 X X X BC847B7823 X X X BC857B9800 X X X Wire9803 X X Wire
87654321
2821
68n
3104 303 3748.3
VDAF Panel + 2nd Orders
VV
9805
4M7
3805
3821
47K
3815
1K
3813
470K
2820
100n
2813
10u
3830
47K
11693
2803
330p
100K
3828
2825
1u
I2
2892
4u7
TO
V_Parabool
RES
2891
2818
10n
2809
100u
2822
100n
2823
4u7
3814
100K
5K6
3827
TODEFLECTION
-HORIZONTAL DAF-
DC-SHIFT
VDAF SIGNAL
11V DC
V_Parabool
3812
27K
87654321
-2ND ORDER S-
RE
S
A
B
C
D
E
F
DAF GND
DAF OUTPUT
COIL
1693
0318
-VERTICAL DAF-
1417
RE
S
S219755800
1
2
34
5
6
330p
3826
4K7
330p
2814 1n
2800
9803
I1
I3
1417
1
2
15R
38073808
22R
3809
10R
3818
4K7
1K8
3832
9800
2890
270p
2812
10n
14191
2
7821BC857B
7822BC847B
7818BC847B
3831
4K7
3833
4K7
3810
470K
7823BC857B
9804
3897
1R1490
1
1418
1
2
58014 3
3811
4M73824
4K7
3816
4K7
2816
220p
12
43
BYD33V
6810
2322
592
3899
CU
15
5810
2824
10u
3898
2322
592
3819
4K7
7820BC847B
3820
3K3
3822
4K7
6812
BZ
X79
-C22
STP3NB807810
21
3
3823
1K8
2ND ORDERS +VDAF
Circuit Diagrams and PWB Layouts 83EM1.2A AA 7.
(Bottom Side)
CL 26532041_053.eps260603
2818 B13818 B13819 A13820 A13821 A13822 A13823 B13824 B13826 B13827 B13828 B13830 B13831 B13832 B13833 B17818 B17820 A17821 B17822 C17823 C1
Layout VDAF + 2nd Order Panel (Top Side)
CL 26532041_052.eps260603
1417 A11418 A11419 A11490 C21491 A31492 C31497 A31693 B32800 A32803 A32809 B32812 C22813 C32814 B22816 C32820 B32821 B12822 B32823 B32824 B32825 B32890 A32891 A32892 A33805 A33807 C33808 C33809 B33810 B33811 B33812 C33813 C33814 B33815 B33816 C33897 A23898 A33899 A33998 B15800 A25801 A15810 B26810 C26812 B37810 B39800 B39803 A29804 A29805 A3
3104 303 3748.3
Layout VDAF + 2nd Order Panel
3104 303 3748.3
84EM1.2A AA 7.Circuit Diagrams and PWB Layouts
C 5 OUT
N-OFF-LED
5V2
TO 1505
OF
7 8
7 8
A
B
C
D
E
0201 E2
0202 E7
0223 A7
0247 B7
1010 A1
1051 E4
2030 A2
2031 C5
2032 D6
3057 E3
3066 E3
3078 A4
3081 B3
3082 A3
3083 C3
3084 B1
3085 B5
3086 C5
3087 C6
3088 C5
3089 C4
3090 C4
3091 D6
3092 A4
3093 B3
3099 E5
4000 C3
4001 B4
4003 C4
4004 D6
4006 B3
4008 B3
4009 A3
4010 A3
6001 C2
6053 B1
6054 C6
7000 B5
7001 C3
7002 C5
7003 C7
TO 1947 OFFRONT
N.C.
0247
02021
2
1102
1
2
1
2
3
4
5
0223
CL 36532061_034.eps290803
J
MAINS AC IN
only for AP178 - 250V
1 2 3 4 5 6
E
3066
3M3
1K
3099 F011F012
13
24
56
3057
3M3
SDDF
10510201
1
2
3139 123 5703.1
Mains Switch Panel (FL9)
DEMBANDPASS
CTRLCIRCUIT
AGC
INP
PIN
MAINS SWITCH PANEL (FL9)
RES
RE
S
RE
S
RE
S
R
O
RC5 RECEIVER
1 2 3 4 5 6
A
B
C
D
22n
2032
1K
3089
10K
3092
6K8
3093
4009
4010
4008
4006
4004
TCDT1102G
15
4 2
220R
3086
7002
220R
3087
BC847BW7001
100K
3090
47R
3088
47u
2031
BC857BW7000
7003
1 4
32
100K
3085
6054
1N41
48
TCET
1K3091
6001
1
3
BZ
X28
4-C
3V3
6053
400340
00
4001
2K2
3084
1K3083
3082
330R
3078
1K5
3081
2030
100u
470R
1010 TSOP2236
GND 3
OUT 1
VS 2
J
Circuit Diagrams and PWB Layouts 85EM1.2A AA 7.
) (Bottom Side)
CL 36532061_033.eps030903
4004
3089
3083
4000
4003
4001
30854905
30813093
30923078
3090
4907
4008 40094006
4010
3078 E33081 E33082 E33083 D23084 E33085 E33086 D23087 D23088 D23089 D23090 D23092 E33093 E33099 D14000 D24001 D24003 D24004 D24006 C34008 C34009 C34010 C34905 E34907 D26053 D37000 D37001 C2
3139 123 5703.1CL 36532061_032.eps
280803 3139 123 5703.1
Layout Mains Switch Panel (FL9) (Top Side)
0201 B30202 A30223 E10247 E11010 C11051 B32030 C12031 D22032 C33057 C23066 C23091 C36001 D16054 C37002 C27003 C29100 B2
Layout Mains Switch Panel (FL9
3099
86EM1.2A AA 7.Circuit Diagrams and PWB Layouts
PV2 Styling) (Bottom Side)
3139 123 5388.3CL 36532061_036.eps
280803
2692 A12693 A22694 A22695 A24001 A1
3139 123 5388.3CL 36532061_035.eps
280803
Mains Switch Panel (For PV2 Styling)
Layout Mains Switch Panel (For PV2 Styling) (Top Side)
T4.0AE
TO 1947OF
FRONT
AC MAINS
INPUT
TO 1505 OFPOWER SUPPLY
TO ITV/
MULTIMEDIA
POWER
FORITVONLY
USA ONLY
* *
RE
S
+3.3V
330R
3691
2691
10u
+3.3V
MAINS SWITCH PANEL
D
A
B
C
D
0211 A10212 A40214 C10218 B10231 A31606 D32691 C42692 D12693 D12694 D22695 D22698 C43500 A23501 B23685 D23691 C33693 C33694 B44001 B36691 C26692 B49001 A39002 B39695 C3
3694
9695
1 2 3 4
1 2 3 4
A
B
C
4001
2695
47n
47n
2694
47n
2692
2693
47n
1606
1 3
2 4
5 6
3685
560R
6691
0231SDDF
2698
100n
9002
9001
1
2
220R
3693
0218
2GND
1OUT
3VS
3M3
3501
1
2
TSOP18366692
1
2
3M3
3500
0211
1
2
3
4
5
0212
0214
3139 123 5388.3CL 36532061_037.eps
290803
J J
0211 B10212 A10214 A20218 A30231 C21606 C32691 A32698 A33500 B23501 A23685 A23691 A33693 A33694 A36691 B36692 A39001 B19002 C29695 A3
Layout Mains Switch Panel (For
4001
Circuit Diagrams and PWB Layouts 87EM1.2A AA 7.
N2-
N2-
12 13 14
12 13 14
H
A
B
C
D
E
F
G
H
I
2101 B1
2102 C6
2103 B12104 D6
2105 C1
2107 C1
2109 C12111 D1
2113 E4
2115 F12117 G1
2119 G1
2121 G1
2125 G12127 H1
2130 I4
2131 E92132 H10
2133 E6
2134 G9
2135 G92140 F9
2160 C9
2161 C112162 A11
3100 I1
3101 C4
3102 I13103 C4
3104 D5
3105 D43106 D1
3107 E1
3108 C7
3109 D73110 C7
3111 D7
3112 D83124 F9
3125 F9
3126 B8
3127 C83129 G4
3130 F10
3131 G43132 G10
3133 H4
3139 G6
3141 G63142 G6
3143 G6
3144 G73145 G7
3150 B8
3151 E13
3152 I53160 B9
3161 C10
3162 B103163 B10
3164 C10
3165 D11
3166 C113167 C12
3168 C12
3169 A123171 C12
3172 B13
3173 B13
3174 C133175 E8
3176 D9
3177 E103178 D10
6160 A12
6161 B12
6162 B126163 A12
6164 A12
6165 B126166 A12
7101 B2
7102-A A7
7102-B E77105 F10
7106 F9
7107 F27108 B8
7109 C7
7110 D9
7160 C10
7161 B12
7162 B127163 B13
7164 C13
7166 A11
7167 E97168 D10
9100 A1
9101 B19102 B1
9103 E5
9104 F4
9105 F4
3171
10K
6164
BAS316
6166
6165
BAS316
BAS316
BAS3166162
GND-V
GND-V GND-VGND-V
ND-V GND-V
6163
BAS316
3174
10K
10K
3172
10K
3173
2
1
6160
6161
BAS316
3169
1K
BAS316
BC847B
2162
100n
BC847B
7164
7162BC847B
7163
10K
3167
3168
2K2
3166
2K2
7161BC847B
GND-V
3151
100R
5 SEL
5Vs
5Vs
V-OUT
H-OUT
NO-FBL-RGB
IO-3
SDA
SCL
IO-1
CL 36532038_063.eps260603
3-STATE
N2-N4 8Vvideo
N2-N3 5Vs
N3- YPbPr
N2-
N2-
N2-
1 2 3 4 5 6 7 8 9 10 11
I
8Vvideo
8Vvideo
GND-VGND-V
GND-V
GND-V
3152
2K2
3100
4K7
3102
10K
220n
2130
1Vp
15 FBI1
14 FBI2
13FBO
9GND
IO-4
IO-5
IO-6
IO-7
IO-8
NO-FBL
3139 123 5652.2
Jack High Definition Interface Panel: Control
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
3-STATE
3-STATE
3-STATE
SELECTABLE
DECODING
CLAMP
3-STATE
88
888
CHIP SELECT
I2C BUSTRANSCEIVER
I/O PORT
DATA LATCHESPWRRES
OUTI/OIN
SHIFTREG
8
G4
1
0
3
2
1
0 MDX
G4
1
0
3
2
1
0 MDX
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
3-STATE
3-STATE
SELECTABLE
DECODING
CLAMP
3-STATE
CONTROL JACK-HIGH DEFINITION INTERFACE (FOR PIP)
N2-N4-
N2-N3-N4-
N2-N4-
N4-
N4-
N4-
N4-
N4-
N4-
N2-
N2-
N2-
N2-
N3-
N2-
N3-
N3-
N2-
N2-
N2-
RGB-OUTPUT SELECTION
MATRIX-SELECTION
SWITCH-IC
SWITCH-IC
I/O-expander
1 2 3 4 5 6 7 8 9 10 11
A
B
C
D
E
F
G
RE
S
2133
100n
9103
GND-S
GND-S
4K7
3139
47p
2134
Q19
Q26
Q35
Q44
Q53
Q6
14
VCC
GND-V
GND-V
G
10K
3177
3178
10K
5Vs5Vs
3175
10K
GND-V
3176
10K
BC847B7168
GND-V
BC847B7167
74HC40247166
1CP
7
GND
2MR
8NC1
10NC2
13NC3
1Q0
1
3165
33K
10K
3163
3162
100K
7160BC847B
3164
10K 330p
2161
10K
3161
3160
10K
2160
330p
9105
GND-V
5Vs
5Vs
9104
5Vs
5Vs
5Vs
8Vvideo
5Vs
8Vvideo
GND-S
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-S
GND-S GND-S
GND-V
GND-SGND-S
GND-S
GND-S
GND-S
GND-S GND-S
GND-S
9102
9100
9101
3110
100K
7109BC857B
2102
470n
2104
470n
100K
3112
100K
3109
100K
3108
7110
10K
3111
4K7
3107
BC847B
2135
47p
10K
3106
22R
3150
(Res
)
2140
100p
3144
RE
S
4K7
3145
RE
S
4K7
RE
S31
43
4K7
RE
S
4K7
3141
4K7
RE
S31
42
7105PMBT2369
22K
PMBT23697108
10K
3126
10K
3125
3127
3124
1K
14
15
11
13
GND-S
2131
100p
7102-B74HC4052D
6GND
8
10
9VCC
16
VEE7
12
6GND
8
10
9VCC
16
VEE7
1
5
2
4
3
3130
100R
74HC4052D7102-A
2132
100n
3132
100R
5D
16
D2
7
D3
9
D4
10
D5
D6
11 12
D7
8GND
2SCL
3SDA1
SO
13VDD
7106M6232016
CS
0
15
CS
1
14
CS
2
4
D0
3104
2K2
220n
2113
3103
1K
3105 1K
3101 1K
2u2
2109
2111
2u2
2u2
2107
2103
2u2
2105
2u2
VIDOa 12
VIDOb 11
VIDOc 10
Vp 1
2u2
2101
FBI115
FBI214
FBO 13
GND 9
IOCNTR 16
5 SEL
VIDIa12
VIDIa26
VIDIb13
VIDIb27
VIDIc14
VIDIc28
TDA8601T7101
1K3131
3133 1K
3129 1K
2125
2u2
2u2
2127
2119
2121
2u2
2115
2u2
2117
2u2
3 VIDIb1
7 VIDIb2
4 VIDIc1
8 VIDIc2
12VIDOa
11VIDOb
10VIDOc
2u2
7107
16IOCNTR
2 VIDIa1
6 VIDIa2
TDA8601T
5Vs
R-Matrix
R-OUT
G-Matrix
G-OUT
B-Matrix
B-OUT
IO-3
5Vs 5Vs 5Vs
IO-5
V-770
V
IO-3
IO-4IO-5
H-770_3
H
H-770_2
IO-2
IO-1
IO-3
IO-4
BN
FBL
IO-3
IO-2
R-OUT
G-OUT
B-OUT
PR-R
R-Matrix
Y-G
G-Matrix
PB-B
B-Matrix
R-Matrix
G-Matrix
B-Matrix
RA
RN
GA
GN
BA
88EM1.2A AA 7.Circuit Diagrams and PWB Layouts
R-OUT
G-OUT
B-OUT
FBL
H-OUT
V-OUT
SDA
SCL
+5V2
+8V6
SND_R_OUT
GND
SND_L_OUT
GND
N.C.
N.C.
TO/FROM 1680
TO/FROM 1304
(AUDIO)
(VIDEO CONTROL, HOP)
0V
TO/FROM 1951
ORTO CON 1104
3D-COMB MODULE
TO/FROM 1934
LSP
TO PIP/DW
LSP
11 12 13
11 12 13
A
B
C
D
E
F
G
H
I
1104 E131304 D13
1502 B131680 H13
1901 A11902 C1
1903 B11904 E1
1905 E11906 E2
1907 E31908 F3
1912 I81913 H8
1916 E11917 F1
1918 F11933 G1
1934 A131990 D1
1991-B I81991-C G8
1993-A A11993-B B1
1993-C C12900 E4
2901 F42904 H9
2905 I92906 A3
2907 B32908 B3
2910 B32911 B3
2912 C3
2913 D72914 F9
2928 F102929 G12
2930 F52931 G7
2932 I52933 I7
2935 H42936 H5
2937 H72938 G10
2939 G92940 B7
2941 B72942 C7
2995 B112996 C9
2997 A93900 A2
3901 C23902 B2
3903 D43904 F4
3905 E43906 F4
3909 H93911 H10
3912 I93914 I10
3934 B63935 B6
3936 C63937 A7
3938 B73939 C7
3940 F103941 F12
3942 F123946 F5
3947 F63948 G6
3949 F63951 I5
3952 I63953 I6
3954 I63955 H4
3956 G53957 G6
3958 G63959 H7
3971 A113972 A12
3973 A123974 B11
3975 B113976 B12
3977 B123978 B12
3979 B103980 B10
3981 B113982 C10
3983 C103984 C10
3985 C103986 C11
3987 A93988 A10
3989 A103990 A9
3991 A93992 A10
3993 A103994 A10
3999 I135900 F11
5901 G115902 F12
5903 F95904 F10
6900 A26901 A2
6902 C26903 D2
6904 B26905 C2
6906 E36907 E3
6908 F36909 F3
6914 H9
6915 H96916 I9
6917 I96928 F7
6929 G76930 H5
6931 D126932 D12
6933 D126934 H12
6935 H127901 A4
7904 F67905 F6
7906 I67907 I6
7908 H57909 H6
7990 A107991 A9
7992 C107993 C10
7994 B127995 B11
9900 A79901 A7
9902 A79905 E11
9915 A99916 A12
9917 D109926 B3
9927 B39928 C3
11041
2
3
4
5
8Vaudio
3999
1K
1
2
3
1304
2R2
4
5
6
7
2
3
4
5
6
6935
BZ
X38
4-C
6V8
GND-A
GND-A
6932BZX384-C6V8
BZ
X38
4-C
6V8
6934
BZX384-C6V86933
BZX384-C6V8
6931
9916
GND-V
GND-V
GND-V GND-V GND-V
1
2
3
4
5
6
8Vd
8Vd
8Vd
15021
2
3
4
1934
3986
1K1K
3972
1K
3976
270R 1K3978
3973
1K
3975
39K
3974
10R
3971
100K
3977
270R
7995BC847B
7994BC857B
4
5u6
GND-V
5901
5900
5u6
5u6
5902
6929
GND-V
c100
GND-A
GND-A
-S GND-V
GND-A
3942
3R3
2929
22u
F908 F909
3941
16801
SC1-R_V-IN
SC1-B-IN_U-IN
SC1-G-IN_Y-IN
CL 36532038_064.eps260603
SND1_L_IN
SND1_R_IN
N1-
AV3
AV3
1 2 3 4 5 6 7 8 9 10
H
I
GND-V
GND-V GND-V
8Vd
GND-V GND-V
GND-V
8Vd
GND-V GND-V GND-V GND-V
100n
2937
GND-V
1PS76SB10
6K8
3959
22K
3957
7909BC847B
6930
BA
S31
6
BC847B7908
2932
33n
820K
3951
2935
2936 2u
233n 1K
3955
2u2
2933
79077906
BC857B
3K9
3954
BC857B
39K
3952
6K8
3953
GND-A GND-A GND-A
GND-A GND-A
GND-A GND-A
GND-A GND-A GND-A
2905
3914
RE
S
100p
2904
100p
3911
22K
RE
S22
K
3912
1K
3909
1K
3 4
1912
BZ
X38
4-C
6V8
6917
1991-B
6916
BZ
X38
4-C
6V8
1991-C5 6
1913
6915
BZ
X38
4-C
6V8B
ZX
384-
C6V
8
6914
IO-8
3139 123 5652.2
Jack High Definition Interface Panel: Inputs / Outputs
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
SELECTABLECLAMP
3-STATE
3-STATE
3-STATE
SELECTABLE
DECODING
CLAMP
3-STATE
R-in
G-in
B-in
H-in
V-in
Pr1-in
Y1-in
Pb1-in
INPUTS/OUTPUTS JACK-HIGH DEFINITION INTERFACE (FOR PIP)
DB15
N1-N4-
N1-N3-N4-
N1-N4-
N1-
N1-
N1-
N1-N3
N1-N4
N1-
N1-
N1-
N1-
N1-
N1-
N1-
N1-
YPbPr-SELECTION
N1-
AV3
AV3
SIGNAL-DETECTION
N3
( YPbPr )
( RGB )
FROM/TO 1933
1 2 3 4 5 6 7 8 9 10
A
B
C
D
E
F
G
F9165Vs
2914
22u
3993
100R
9902
GND-V
294239p
39p2941
GND-V
294039p
GND-V
3939
100R
3938
100R
3937
100R
9915
9917
9928
9926
9927
GND-V GND-V GND-V
GND-VGND-V GND-V
3985
3992
330R
3983
27K
180R
3988
1K
150R
3984
1K3994
2997
2u2
3989
1K
3991
39K
3990
10R
3987
100K
7990BC857B
1K
7991BC847B
3981
3980
2u2
3979
3982
10R
2996BC857B
7992
100K
7993BC847B
2995
2u2
19331
2
3
22u
2928
GND-S
2939
22u
8Vs
8Vvideo
8Vd
5u6
5904
8Vd
2938
22u
8Vvideo
5u6
5903
GND-VGND-V GND-VGND-V
8Vd 8Vd
3K9
3958
10K
3956
3946
820K
33n
2930
6928
1PS76SB1029
31
2u2
7905BC857B
BC857B7904
3949
2K2
3947
39K
3948
6K8
GND-A
GND-V
GND-V
GND-V
9905GND-V
GND-V
GND-V
GND-V
GND-V GND-V
GND-V
GND-V
GND-V
GND-V
GND-VGND-V
GND-V GND-V
GND-VGND-V
GND-V
GND-V
GND-V
GND-VGND-V
GND-V
GND-VGND-V
GND-V
GND-V
GND-V
GND-VGND-V
GND-S
GND-V
GND-V
GND-V
GND
9900
9901
1K3935
3934
1K
2913
220n
3936
1K
2u2
2912
2u2
2910
2911
2u2
2908
2u2
2906
2u2
2u2
2907
13
GND 9
IOCNTR 16
SEL5
VIDIa12
VIDIa26
VIDIb13
VIDIb27
VIDIc14
VIDIc28
VIDOa 12
VIDOb 11
VIDOc 10
Vp 1
TDA8601T
7901
FBI115
FBI214
FBO
3R3
39403904
100R
100R
3903
3906 1K 47p
2901
6909
BZ
X38
4-C
6V8
1908
BZ
X38
4-C
6V8
6908
1K3905
2900
47p
1907
6906
BZ
X38
4-C
6V8
BZ
X38
4-C
6V8
6907
1906
1904
1905
1917
1918
5
6
7
8
9
1916
1617
1
10
11
12
13
14
15
2
3
4
1901
1990
1903
5 6
1993-A1 2
1902
75R
3901
1993-C
75R
3900
3902
75R
6903
BZ
X38
4-C
6V8
6901
BZ
X38
4-C
6V8
BZ
X38
4-C
6V8
6905
BZ
X38
4-C
6V8
6902
6904
BZ
X38
4-C
6V8
1993-B3 4
BZ
X38
4-C
6V8
6900
PB-B
Y-G
PR-R
PR-R
IO-6
IO-7
PB-B
Y-G
Circuit Diagrams and PWB Layouts 89EM1.2A AA 7.
r
anel: Matrix
INTERFACE (FOR PIP)
N1-
N1-
N1-
N1-
N1-
N1-
3 4
3 4
E
A
B
C
D
E
F
2400 A4
2403 F1
2404 B4
2405 A1
2406 B1
2407 C1
2408 F2
2409 A4
2410 C4
2411 D4
2412 E4
2413 F4
2414 F4
3401 A3
3402 A3
3403 A3
3404 A4
3405 B3
3406 B3
3407 C3
3408 C4
3409 C3
3410 C3
3411 D3
3412 D4
3413 D3
3414 D3
3415 D3
3416 D4
3417 E2
3419 E2
3420 E3
3421 E4
3422 F3
3423 F2
3424 E1
3426 F2
3427 F3
3428 F4
3429 F3
3430 A2
3431 C2
3433 A2
3434 B2
3435 C2
3436 B2
6400 F1
6703 E1
7400-A A4
7400-B C4
7400-C E4
7450-A B4
7450-B D4
7450-C F4
7451 A2
7452 B2
7453 C2
2413
1p
1p2414
2411 1p
1p2412
2410 1p
Vref
Vref
2409 1p
ef
Vref
Vref
eo
video
ef
8Vvideo
8Vvideo
eo
8Vvideo
8Vvideo
8Vvideo
8Vvideo
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
GND-V
1K1K
47B
1K
47B
47B
2404
100n
4
1K
9
2K
1K3
34292K7
3428
910R
3427
1K3
3422
3K
3421
560R
3420
1K2
620R
3415 1K13416
3414
620R
3412 1K5
3413
1K1
3410
3411
820R
1K5
3409
820R
1K3
3407 1K83408
3406
1K3
100n
2400
3405
1K8
1K33404
820R
3403
3402
1K3
7450-C12
13
14
4
11
3401
820R
10
9
8
4
11
TSH93
7450-ATSH93
5
6
7
4
11
TSH937450-B
TSH937400-C12
13
14
4
11
11
7400-BTSH93
10
9
8
4
11
TSH937400-A5
6
7
4
RA
BA
GA
RN
BN
GN
CL 36532038_066.eps260603
N1-
N1-
N2 8Vs
N1-
YP
bP
1 2 3 4
E E
H-7
70_3
H-7
70_2
NO
-FB
L
CL 36532038_065.eps2606033139 123 5652.2
N1-N2 8Vvideo
1 2
F
Vr
VrefVr
GND-V
100u
2408
6703
BA
S31
6
BZ
X38
4-C
3V9
6400
100n
2403
1K
3426
3423
341
3139 123 5652.2
Jack High Definition Interface Panel: Sync Slicer
R
1>
RCX
CX
R
1>
RCX
CX
R
1>
RCX
CX
R
1>
RCX
CX
SYNC SLICER JACK- HIGH DEFINITION INTERFACE (FOR PIP)
N1-N2-N4-
N1-
N1-N2 5Vs
1 2 3 4
A
B
C
D
A
B
C
D
2700 A3
2701 A1
2702 A42703 B3
2704 D2
2705 B2
2706 C1
2707 B12713 B4
2714 B3
2715 D3
3701 B4
3702 B23703 D1
3704 B1
3705 C1
3707 B1
3715 B33716 C4
3717 C4
3718 D3
3719 E4
6700 B26701 C1
7700 A2
7713 C4
7750-A B2
7750-B D27751-A B4
7751-B D4
9701 D3
9702 E3
8Vs
3719
3K9
5Vs 5Vs5Vs
5Vs
5Vs
5Vs5Vs
5Vs
GND-S
5Vs
5Vs
GND-S
GND-S
GND-SGND-S
GND-S
GND-S
GND-S
GND-S GND-S GND-S
GND-S
GND-S
GND-S
GND-S
GND-S
GND-S
GND-S
7713BC847B
3716
22K
3717
22K
3715
33K
2713
470n
1n2714
2715 1n
3718
27K 15
13
12
11 9
1014
16
8
1
3
4
5 7
62
16
8
7751-B74HCT4538
74HCT45387751-A
9702(Res)
2700
100n
9701
470p
2706
680R
3707
22n
2707
15K
3703
220p
2704
1PS76SB10
6701
2703
470n
1K3705
8
2705
220p
3704
8K2
74HCT45387750-B
15
13
12
11 9
1014
16
1
3
4
5 7
62
16
8
3702
10K
7750-A74HCT4538
100n
2701
6700
1PS76SB10
2702
100n
1CSYNC
4GND
7O|E-FI
6RSET
2VIN
8VS
3VSYNC
3701
330K
LM1881M7700
5BG|BP
Y-G
V-770
Jack High Definition Interface P
MATRIX JACK-HIGH DEFINITION
N1-N2-
N1-N2-N3-
N1-N2-
1 2
A
B
C
D
8Vvid
8V
8Vvid
8Vvideo
GND-V
GND-V
GND-V
22K
3435
3434
22K
3431
22K
3433
3430
BC87453
3436
BC87452
BC87451
2407
22u
2405
22u
22u
2406
3424
70R 3417
PR-R
Y-G
PB-B
90EM1.2A AA 7.Circuit Diagrams and PWB Layouts
3124 B13125 C1
7168 A27453 A2
rface Panel (Overview Bottom Side)
CL 36532038_027.eps110703
1_27a.eps
2_27b.eps
1901 C11902 C21903 C21904 D21905 D21906 D21912 C21913 C11916 D11918 D12400 A32403 B22404 A32409 A22410 A22411 A22412 B32413 A32414 B32703 A12704 A12705 B12706 B12713 A12714 A12715 A12900 D12901 D12904 C12905 C22906 E22907 E32908 E22910 E32911 E22912 E32913 E22940 D22941 E22942 E22995 E22996 E22997 E23100 A33106 A23401 A23402 A23403 A23404 A23405 A33406 A33407 B23408 A23409 A23410 A23411 A23412 A23413 B23414 B23415 B23416 B33417 A33419 A33420 A33421 A33422 A33423 A33426 B33427 B33428 B33429 B33430 A23431 B23436 A33703 B13704 B13705 B13715 A13716 A23717 A23718 A13900 C13901 C23902 C23903 C13904 C13905 D13906 D13909 C13912 C23934 D23935 E23936 E23937 D2
3938 E23939 E23940 A13956 C33957 C33958 C33971 E23972 E13973 E13974 E23975 E13976 E13977 F13978 F13979 E23980 E13981 E13982 E23983 E13984 E13985 E13986 E13987 D23988 D13989 D13990 E23991 D13992 D13993 E13994 E13999 F25903 A16400 B26701 B16900 C16901 C16902 C26903 C26904 C26905 C26906 D16907 D16908 D16909 D16914 C16915 C16916 C26917 C27400 A37450 A37451 A27452 A27713 A27750 A17751 A17901 D37909 C37990 E17991 E17992 E17993 E17994 F17995 F19701 A29702 A29900 C29901 C29902 C19905 F39915 D29916 E29917 E29926 E29927 E29928 E2
CL 36532038_026.eps1107033139 123 5652.2
3126 C13127 C13129 A13130 E13131 A13132 F13133 A13139 A23141 A23142 A33143 A33144 A33145 A23150 C13151 C13152 A13160 B23161 B13162 B23163 B13164 A33165 B13166 A13167 A1
7700 B37904 D17905 D17906 E17907 E17908 C19100 B19101 B19102 B19103 B19104 A19105 A2
Part 2CL 36532038_26b.eps
Part CL 36532038
3139 123 5652.2
Layout Jack High Definition Interface Panel (Overview Top Side)
1104 E11304 B11502 D11680 F11907 D21908 D21917 C21933 E11934 C11990 D31991 B21993 C22101 B22102 A22103 B12104 A22105 B22107 B12109 B22111 B12113 B12115 A22117 A22119 A12121 A12125 A22127 A12130 A22131 B12132 B22133 A32134 B32135 B32140 C12160 A22161 A32162 A12405 A22406 A22407 A22408 B22700 B32701 B32702 B32707 A32914 A32928 A22929 F12930 D12931 D12932 E12933 E12935 C12936 C12937 C12938 E12939 B33101 B13102 A13103 B13104 B13105 B13107 A23108 A23109 A33110 A23111 A23112 A2
3168 A23169 B13171 A13172 A13173 A23174 A13175 A23176 A23177 A23178 A13424 A23433 A23434 A23435 A23701 B33702 A33707 A33719 A33911 F13914 F13941 D13942 E13946 D13947 D13948 D13949 D13951 E13952 E13953 E13954 E13955 C13959 C15900 D15901 D15902 E15904 B36160 A16161 B16162 B16163 A16164 B16165 B16166 A16700 A36703 A26928 D16929 C16930 C16931 B16932 B16933 B16934 F16935 F17101 B17102 A37105 C17106 B27107 A17108 C17109 A27110 A27160 A17161 A17162 A17163 A27164 A17166 A17167 A2
Part 1CL 36532038_26a.eps
Layout Jack High Definition Inte
Part CL 36532038
Circuit Diagrams and PWB Layouts 91EM1.2A AA 7.
rface Panel (Part 2 Top Side)
CL 36532038_26b.eps110703
Part 2
Layout Jack High Definition Interface Panel (Part 1 Top Side Side)
CL 36532038_26a.eps110703
Part 1
Layout Jack High Definition Inte
3139 123 5652.2
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Layout Jack High Definition Inte
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Circuit Diagrams and PWB Layouts 93EM1.2A AA 7.
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Personal Notes:
Electrical Alignments EN 99EM1.2A AA 8.
8. Electrical Alignments
Index of this chapter1. General alignment conditions2. Hardware alignments3. Software alignments4. Option settings
8.1 General Alignment Conditions
8.1.1 Start Conditions
Perform all electrical adjustments under the following conditions:• AC voltage and frequency: according to country’s standard• Connect the set to the mains via an isolation transformer
with low internal resistance.• Allow the set to warm up for approximately 20 to 30
minutes.• Measure voltages and waveforms in relation to chassis
ground (with the exception of the voltages on the primary side of the power supply.) Caution: never use heatsinks as ground.
• Test probe: Ri > 10 Mohm, Ci < 2.5 pF.• Use an isolated trimmer/screwdriver to perform
alignments.
8.1.2 Start Settings
The following default settings are needed to start the alignments:• Put the set in "Progressive Scan" mode (via "MENU -
PICTURE - DIGITAL OPTIONS".)• Put the set in "MOVIES" mode (via the "PICTURE" button
on the remote transmitter.)• Set "ACTIVE CONTROL" to "OFF" (via "MENU -
FEATURES".)• Set "DYNAMIC CONTRAST" to "OFF" (via "MENU -
PICTURE".)• Set the external video pattern generator to 475.25 MHz
(PAL/SECAM) or 61.25 MHz (NTSC).
8.1.3 Adjustment Sequence
Use the following adjustment sequence:1. Set the correct TV set ‘options’ (after storing, re-start the
set.)2. Rough adjustment of ‘Vg2’ and ‘Focus.'3. Rough adjustment of ‘Geometry.'4. Allow the set to warm up.5. Precise adjustment of ‘Vg2’ and ‘Focus.'6. Precise adjustment of ‘Geometry.'7. Software alignments.
8.2 Hardware Alignments
Note: The Service Default Mode (SDM) and Service Alignment Mode (SAM) are described in the 'Service Modes, Error Codes and Fault Finding' section. Menu navigation is performed with the “MENU UP, DOWN, LEFT and RIGHT” keys of the remote control (RC) transmitter.
Figure 8-1 Top view LSP
8.2.1 Vg2 Adjustment
IntroductionIn the frame-blanking period of the R, G, and B signals applied to the CRT, the 'HOP' video processor inserts a measuring pulse with different DC levels. Measure this pulse during the vertical flyback at the RGB cathodes of the CRT.
Alignment1. Enter SAM. To enter SAM:2. Press the following key sequence on the remote control
transmitter:3. 0-6-2-5-9-6-STATUS/EXIT4. Do not allow the display to time out between entries while
keying the sequence5. Go to the 'WHITE TONE' sub menu.6. Set the values of 'NORMAL RED,' 'NORMAL GREEN,' and
'NORMAL BLUE' to 32.7. Go, via the "MENU" key, to the normal user menu and set:
– "PICTURE" (CONTRAST) to zero.– "BRIGHTNESS" to minimum (OSD just visible in a dark
room.)8. Return to SAM via the "MENU" key.9. Connect the RF output of a pattern generator to the
antenna input. Input a 'black' picture test pattern (blank screen on CRT without any OSD info).
10. Set the oscilloscope to 50 V/div and the time base to 0.2 ms (external triggering on the vertical pulse).
11. Ground the scope at the CRT panel and connect a 10:1 probe to one of the cathodes of the picture tube socket (see diagram B).
12. Measure the 'cut off pulse' during the first full line after the frame blanking (see Fig. 8-2). You will see two pulses; one is the cut-off pulse and the other is the white drive pulse. Choose the one with the lowest value; this is the cut-off pulse.
13. Select the cathode with the highest VDC value for the alignment. Adjust the VCUTOFF of this gun with the SCREEN (lower) potentiometer (see Fig. 8-1) on the LOT to the correct value:– 29/ 32 /34 inch 16:9 CRT: 160 VDC ± 2 VDC.– 36 inch 16:9 CRT: 165 VDC ± 2 VDC.
14. Restore "BRIGHTNESS" and "PICTURE" to normal values (31).
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Electrical AlignmentsEN 100 EM1.2A AA8.
Figure 8-2 Waveform Vg2 alignment
8.2.2 Focus Alignment
Notes:• Use an external video pattern generator to input a “circle
with crosshatch” test pattern to the set.• Choose "MOVIES" picture mode with the "PICTURE"
button on the remote control transmitter.• ELDOR LOT outline:
– Focus 1 (F1) = Static alignment (black wire.)– Focus 2 (F2) = Dynamic alignment (red wire.)
Focus method 1. Start with the STATIC and DYNAMIC focus potentiometers
on the LOT at the mid point.2. Adjust the STATIC focus until the vertical lines at 1/4 of the
screen from the left and right sides of the screen, at the horizontal center of the screen, are of minimum width without visible haze.
3. Adjust the DYNAMIC focus until the horizontal line at the center of the screen is of minimum width without visible haze.
4. Check overall spot performance and repeat steps 2 and 3 to achieve the best result: a compromise between minimal visible haze at the middle of the screen and sharp lines at the edges of the screen.
8.3 Software Alignments
8.3.1 Introduction
With the software alignments, it is possible to align the Tuner IF, White Tone, and Geometry settings.Put the set in the SAM (see the 'Service Modes, Error Codes and Fault Finding' section.) The SAM menu will now appear on the screen. Menu navigation is performed with the “MENU UP, DOWN, LEFT and RIGHT” keys of the remote control (RC) transmitter. Notes:• All changes to menu items and alignments are stored
automatically, except changes to the option codes. They must be stored manually.
• If the Option codes have been changed and stored, the set has to be disconnected from AC power; if the television is only turned 'off' with the Power switch, the option code settings are NOT read by the microprocessor.
• If an empty EAROM (permanent memory) is detected, all settings are set to preprogrammed default values.
8.3.2 Tuner IF
IF PLL OFFSETSet the external pattern generator to a colour bar video signal and connect the RF output to aerial input. Set amplitude to 10 mV and set frequency to 475.25 MHz (PAL/SECAM) or 61.25 MHz (NTSC).Alignment procedure:
1. Set the pattern generator to a color bar video signal and connect the RF output to aerial input. Set amplitude to at least 1mV.
2. Enter the SAM mode and select 'Tuner.'3. Align the 'IF PLL OFFSET' parameter so that you come into
the AFC window, meaning that the AFB value must be on the transient of going from 1 to 0 (see table below, which explains the best way of aligning).
4. After this alignment, store the value by returning to the previous menu (via the MENU/SELECT key).
5. Exit the SAM mode by pressing the 'POWER' button on the remote control transmitter.
Table 8-1 IF PLL Offset alignment
AGC1. Connect the RF output of a video pattern generator to the
antenna input. From the generator, input an NTSC TV signal with a signal strength of approximately 2 mV and a frequency of 475.25 MHz (PAL/SECAM) or 61.25 MHz (NTSC).
2. Enter SAM mode, select 'Tuner,' and activate the 'AGC' line in the sub menu.
3. Connect a DC multimeter to pin 1 of the tuner (item 1200 on LSP).
4. Adjust the AGC until the voltage at pin 1 of the Tuner is just below 3.8V.
5. Increase/decrease the value by pressing the MENU LEFT/RIGHT keys on the remote control transmitter.
6. Store by pushing MENU/SELECT.7. Switch the set to STANDBY by pressing the 'POWER'
button on the remote control transmitter.
8.3.3 White Tone
Black Cut Off AlignmentYou can adjust the values of the 'black cut off' level in the WHITE TONE sub menu. The color temperature mode (NORMAL, DELTA COOL, and DELTA WARM) or the color (R, G, B) can be selected with the menu UP/DOWN/LEFT/RIGHT keys. Change the value with the menu LEFT/RIGHT keys.First, select the values for the NORMAL color temperature. Then select the (offset) values for the DELTA COOL and DELTA WARM mode. The alignment values are non-linear: 1. Set the pattern generator to a white spot (chessboard)
pattern and connect the RF output to the antenna input of the TV. Set the amplitude to 1 mV.
2. Set the default settings as mentioned in the start of this chapter.
3. NORMAL settings– NORMAL RED = 32– NORMAL GREEN = 32– NORMAL BLUE =32
4. CUT OFF (default) settings– BLACK LEVEL R = 7– BLACK LEVEL G = 7
5. Measure (calibrated with the spectra) on the center of a white square on the screen with a color analyzer. Adjust the values of BLACK LEVEL R and BLACK LEVEL G to get the correct XY coordinates for TINT=NORMAL as given in the table below.
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Electrical Alignments EN 101EM1.2A AA 8.
Table 8-2 Black Level
Note: When there is no color analyzer available, use the default CUT OFF settings mentioned above.
White Tone AdjustmentYou can adjust the light temperatures in the WHITE TONE sub menu. A color analyzer is necessary to do this.1. Set the pattern generator to a pattern with a white (100 %
video) area and connect the RF output to antenna input. Set the amplitude to 1mV.
2. Set the default settings as mentioned in the start of this chapter.
3. Measure with a color analyzer (calibrated with the spectra) on the center of the screen.
4. Adjust the white drive for the tint NORMAL to the XY values as given in the table below, by adjusting NORMAL BLUE and NORMAL RED simultaneously.
Table 8-3 White Tone
Note: When there is no color analyzer available, use the default settings (delta w.r.t. NORMAL) mentioned below (these values are valid for all CRT sizes):
Table 8-4 White Tone offset
Light Output Adjustment You can adjust the light output of the CRT in the WHITE TONE sub menu. A color analyzer is necessary to do this.1. Set the pattern generator to a white spot (chessboard)
pattern and connect the RF output with the antenna input of the TV. Set the amplitude to 1 mV.
2. Set the default settings as mentioned in the start of this chapter.
3. Measure with a color analyzer (calibrated with the spectra) on the center of the white square on the screen. Adjust the levels of NORMAL RED, NORMAL GREEN, and NORMAL BLUE simultaneously to retrieve:
Table 8-5 Light Output
8.3.4 Geometry
IntroductionThe geometry alignment menu contains several items to align the set, in order to obtain correct picture geometry. For all geometry alignments, use an external pattern generator with a geometry pattern (for example, a crosshatch pattern). See figure below for the correct alignments.
Figure 8-3 Geometry Alignments
1. Connect an external video pattern generator to the antenna input of the TV set with a crosshatch test pattern.
2. Activate the SAM menu as described in the 'Service Modes, Error Codes and Fault Finding' section.
3. Go to sub menu GEOMETRY. Now perform the alignments in the order described below.
Alignments1. First set the vertical S-correction (VER.SCOR) value on
'17' for the 30/32", and on '20' for the 34/36" CRTs. Position the boundary-stripes of the test pattern on the edges of the picture tube.
2. Vertical Amplitude (VER. AMPL). Aligns the vertical amplitude with potentiometer R3603 on the LSP (see Fig. 8-1) so that the complete test pattern is visible.
3. Vertical shift. Aligns the vertical centering with potentiometer R3609 on the LSP (see Fig. 8-1) so that the test pattern is located vertically in the middle. Repeat the 'vertical amplitude' alignment if necessary.
4. Vertical Slope (VER. SLOPE). Aligns the vertical center of the picture to the vertical center of the CRT. This is the first alignment to be performed of the vertical alignments. To assist in this alignment, set 'SERV.BLK' to 'on' (set 'SERV.BLK' to 'off' after alignment.)
5. Service Blanking (SERV. BLK). Switches the blanking of the lower half of the screen on/off (to be used in combination with the vertical slope alignment).
6. * East West Width (EW. WIDTH). Aligns the picture width until the complete test pattern is visible (similar to Horizontal Amplitude).
7. * Horizontal Shift (HOR. SHIFT). Aligns the horizontal center of the picture to the horizontal center of the CRT. Note: If the horizontal linearity in wide-screen mode is out of tolerance, add a “DC-shift correction” panel (3104 328 06230) to connector 1419 of the DAF-panel [diagram I]. On
Tint Temperature (deg. K) X Y
Normal 9300 282 298
Tint Temperature (deg. K) X Y
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Normal 9300 282 298
Cool 12000 270 280
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Electrical AlignmentsEN 102 EM1.2A AA8.
the DC-shift panel, cut diode 6433 for correction to the right or diode 6432 for correction to the left. Caution: Be sure to switch the set “off” first. Never plug in a module that is not pre-aligned in a set that is 'ON'!
8. * East West Parabola (EW. PARA). Aligns straight vertical lines at the sides of the screen.
9. * East West Upper Corner (EW. UCORN). Aligns straight vertical lines in the upper corners of the screen.
10. * East West Lower Corner (EW. LCORN). Aligns straight vertical lines in the lower corners of the screen.
11. East West Trapezium (EW. TRAP). Aligns straight vertical lines in the middle of the screen.
12. Horizontal Parallelogram (HOR. PARALLEL). Aligns straight vertical lines at the top and the bottom, vertical rotation around the center.
13. Horizontal Bow (HOR. BOW). Aligns straight horizontal lines at the top and the bottom, horizontal rotation around the center.
14. Vertical S-correction (VER. SCOR). Aligns for equal size squares on the top, middle, and bottom of the picture tube. Align so that the squares at the top (or bottom) of the picture are the same height as the squares in the middle of the picture.
Note: Also perform the alignments marked with a (*) in 480p and 1080i mode.(note: they are only available with a 2fH input signal on AV4):1. Use a 1080i pattern generator (for example Sencore
VP300). When you leave the geometry menu, the values are stored.
2. Use a crosshatch pattern, in which you can recognize a vertical line which is placed on a horizontal amplitude of about 87% (as seen from the center of the CRT). This line is used as a reference to adjust the overscan situation in 1080i and 480p mode on the edge of the phosphor.
3. Use the following offsets for V-ZOOM and V-SCROLL: – 480p: V-ZOOM= 30 and V-SCROLL= 37.– 1080i: V-ZOOM= 20 and V-SCROLL= 36.
Super WidePerform the same alignments described in the 'Geometry' section.
4:3You only need to align the following parameters (if the normal geometry alignments have been performed correctly):1. East West Width (EW. WIDTH.) Aligns the picture width
until the complete test pattern is visible (similar to Horizontal Amplitude).
2. East West Upper Corner (EW. UCORN.) Aligns straight vertical lines in the upper corners of the screen.
3. East West Lower Corner (EW. LCORN.) Aligns straight vertical lines in the lower corners of the screen.
8.4 Option Settings
The microprocessor communicates with a large number of I2C ICs in the set. To ensure good communication and to make digital diagnosis possible, the microprocessor has to know which ICs to address. The presence / absence of these specific ICs (or functions) is made known by the option codes. There are two ways to do this:• Changing a single option.• Changing multiple options. Notes: • Changes in the option settings are saved by leaving the
OPTION submenu.• The new option settings are only active after the TV is
switched 'off' and 'on' again (cold start) with the AC power cord (the EAROM is then read again).
8.4.1 Changing a Single Option
Select the option with the MENU UP/DOWN keys, and change its setting with the MENU LEFT/RIGHT keys.
8.4.2 Changing Multiple Options
Changing the option bytes directly makes it possible to set all options very quickly. An option byte (OB1 - OB8) can be selected with the MENU UP/DOWN keys and its setting can be changed with the MENU LEFT/RIGHT keys. An option byte represents a number of different options. All options of this chassis are controlled via 8 option bytes. Select the option byte (OB1 - OB8) and key in the new value with the number keys on the remote control transmitter. An option byte value is calculated in the following way:Value 'option bit 1' x 1 =Value 'option bit 2' x 2 =Value 'option bit 3' x 4 =Value 'option bit 4' x 8 =Value 'option bit 5' x 16 =Value 'option bit 6' x 32 =Value 'option bit 7' x 64 =Value 'option bit 8' x 128 =========================Total: value of 'option byte' = When the NVM is replaced, all options will require resetting. To be certain that the factory settings are reproduced exactly, you must set both option number lines. You can find the correct option numbers on the CRT sticker inside the TV set. Example: The CRT sticker in the 30PW8520/17 gives the following option numbers:1. 252 255 189 245 (OB1 to OB4)2. 128 000 000 000 (OB5 to OB8)
Electrical Alignments EN 103EM1.2A AA 8.
Table 8-6 Option Table
Option Bytes OB1 OB2 OB3 OB4 OB5 OB6 OB7 OB8
29PT7321/61 123 156 39 254 200 0 0 0
29PT7321/69R 123 103 255 204 128 0 0 0
29PT7321/71 123 156 39 254 200 0 0 0
29PT7321/79R 123 103 255 204 128 0 0 0
29PT7321/93R 122 156 15 243 32 0 0 0
29PT8321/61 123 220 39 254 201 0 0 0
29PT8321/69R 123 119 255 204 128 0 0 0
29PT8321/71 123 220 39 254 201 0 0 0
29PT8321/79R 123 119 255 204 128 0 0 0
29PT8321/93R 122 220 15 243 164 0 0 0
32PW8521/61 123 220 63 254 249 0 0 0
32PW8521/69R 123 119 255 205 128 0 0 0
32PW8521/79R 123 119 255 205 128 0 0 0
32PW8521/93R 122 220 63 243 100 0 0 0
34PT7321/61 123 156 39 254 200 0 0 0
34PT7321/69R 123 103 255 204 128 0 0 0
34PT7321/71 123 156 39 254 200 0 0 0
34PT7321/79R 123 103 255 204 128 0 0 0
34PT7321/93R 122 156 15 243 32 0 0 0
34PT8321/61 123 220 39 254 201 0 0 0
34PT8321/69R 123 119 255 204 128 0 0 0
34PT8321/71 123 220 39 254 201 0 0 0
34PT8321/79R 123 119 255 204 128 0 0 0
34PT8321/93R 122 220 15 243 164 0 0 0
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 104 EM1.2A AA9.
9. Circuit Descriptions, Abbreviation List, and IC Data Sheets
Index of this chapter1. Introduction2. Block diagram3. Power supply4. Control5. Tuner and IF6. Video: HD jack interface7. Video: High-end Input Processor8. Video: Feature box9. Video: High-end Output Processor10. Synchronization11. Horizontal deflection12. Vertical deflection13. Audio14. CRT Panel / Rotation / Scavem15. Software related features16. Abbreviation list17. IC Data Sheets
9.1 Introduction
The EM1.2A is a low end EM5 chassis, with the same LSP, but with a Painter microprocessor (instead of the OTC). The EM1.2A architecture consists of a full sized LSP/SSP combination, a smaller sized SSB (mounted on the SSP via a SIMM connector).The main functionalities of these boards are:
• LSP: supply, deflection, and sound amplification. • SSP: tuner input, SIMM interface, I/O and interface
provisions for extended functions such as PIP. • SSB: core TV functionalities, such as set control, video and
audio decoding, feature box, video featuring, and sync/geometry control.
The LSP (single sided) is designed very conventionally, with hardly any surface mounted components on the copper side. Warning: be aware that the LSP has a very large 'hot' area, including both deflection coils. The SSB is a high tech module (four layer, 2 sides reflow technology, full SMC) with very high component density and complete shielding for EMC reasons. Despite this, it is designed so that repair on component level still is possible. To achieve this, attention was paid to:• The position of service test lands: most of them are at the
Tuner side.• Accessibility (Tuner side). If there are still problems with
the accessibility, one can order an extension board (12 NC: 9965 000 05769).
• Clearance around surface mounted ICs (for replacing).• Detailed diagnostics and fault finding is possible via
ComPair. Caution: Always be sure that the set is 'off' when you remove or replace the SSB panel!
9.2 Block Diagram
Figure 9-1 Block diagram
CL 36532038_116.eps020903
SCAVEM
RGB
CRT+
SCAVEM
EXTI/O
YUV50AUDIO-PIP
MSP
VIF
SIF
HA
VA
YUV
VD100 VDHOP
HD100
FBL-TEXT
RGB-TEXTAUDIO-EXT
MONITOR-OUT (A+V)
VIDEO-EXT
IRREC.
PO
WE
RS
UP
PLY 141V
EHT
180V
28V
ETC.
5V2
SIF
AUDIO-EXT
(A) MONITOR-OUT
CVBS-TEXT
TOPCONTROL
HDJACK
IFFILTER
NVM(PROGR.)
COMBFILTER
HIP HOP
CRT
PIC
NIC
(F
BX
)P
AIN
TE
R
PR
OZ
ON
IC
LOWPOWER
STBY
(V)
MAINS 110V
TDA7497
NJM4556
L/R
HP
L
HP
SWHOTCOLD
R
VERT
HORZ
FRAMEDRIVE-
FRAMEDRIVE+
E/W
HD
E/W
TDA9178
TOPICTUNER
F-TYPEIF
AMPL
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 105EM1.2A AA 9.
The Tuner (item 1200) is a PLL tuner and delivers the IF-signal, via audio and video SAW-filters, to the HIP (High-end Input Processor). The HIP has the following functions:• IF modulation.• Video source select and record select.• Color decoder.• Synchronization. Several video input/output connections (with audio connections) are available: 1. Side I/O: interfaces CVBS, SVSH.2. AV1: interfaces CVBS, RGB-input and YUV-input (1fH)3. AV2: interfaces CVBS and Y/C (meant for VCR-
connection).4. AV4: interfaces YPbPr/RGB (HD) inputs (2fH).5. Monitor out: interfaces CVBS out.6. Audio out: interfaces external front and surround speakers. The HIP delivers YUV and sync signals to the PICNIC. This IC takes care of:• Analog to Digital conversion and vice versa.• Interlaced to progressive scan conversion.• Panorama mode.• Noise reduction.• Dynamic contrast. For Digital Scan, the PROZONIC is required, which can be connected to the PICNIC. After the PICNIC, the YUV signals and sync signals are fed to the HOP (High-end Output Processor). This IC handles the video control and geometry part. The RGB-signals for CC/OSD (from the uP) are also inserted via the HOP. The video part delivers the RGB signals to the CRT-panel and the geometry part delivers the H-drive, V-drive, E/W-drive, and TILT-drive signals. Both deflection circuits are 'hot' and located on the LSP. The HOP drives them. To make a galvanic separation, the Line Drive is driven via transformer 5410 and the Frame Drive via transformer 5621.The horizontal output stage generates some supply voltages and the EHT voltage, focus voltage and Vg2 voltage. The RGB amplifiers on the CRT-panel are integrated in one IC, and are supplied with 200 V from the LOT.The Scavem circuit modulates transitions of the Luminance (Y) signal on the horizontal deflection current, giving a sharper picture. The sound part is built around the MSP34xx (Multi-channel Sound Processor) for IF sound detection, sound control and source selection. Dolby decoding is also done by the MSP. Amplification is done via a 'class B' integrated power amplifier IC, the TDA7497. The microprocessor ('Painter') takes care of the analog CC input processing and output processing. The µP, ROM, and RAM are supplied with 3.3 V, which is derived from the +5V2.The NVM (Non Volatile Memory) is used to store the settings, the Painter is an OTP (One Time Programmable) chip with integrated set software. There is a separate Standby Supply, in order to reduce the Standby power consumption. During Standby, the Main Supply is switched 'off' (via TS7529). A relay (1550) is used to switch the Degaussing circuit. It is switched 'on' after set start-up and switched 'off' by the µP after 12 s.The Main Supply, a SMPS based on the 'boost converter' principle, generates the 141 V (VBAT) and the +28V for the audio part. Note: Voltage VBAT is not mains isolated ('hot'), but is alignment free.
9.3 Power Supply (Diagram A1 and A2)
The power supply has a number of main functions:1. Mains harmonic filter.2. Degaussing picture tube.3. Standby power supply.4. Main supply.
9.3.1 Mains Harmonic Filter (Diagram A1)
Figure 9-2 Mains harmonic filter
The mains harmonic filter has two functions: to prevent high frequency signals (harmonics) from being transferred into the mains and to protect the set from lightning damage. Capacitor C2507 prevents the high frequency signals (generated by the set), from being conveyed into the mains (it forms a short-circuit).In case of a lightning surge between the 2 phases (differential mode), the energy is immediately bled away through the VDR (R3509) to the other phase. In case of a lightning surge on both phases of the mains in relation to the aerial ground (common mode), the filter acts as a high resistance (UEMK = L * dI/dt), as a result of which the voltage across coil L5503/04 increases. A spark gap (1590) prevents the voltage from increasing too much, which would lead to a damaged coil. When ignited, the current will be discharged via this spark gap. Resistor R3500 is used for limiting the inrush-current.
9.3.2 Degaussing (Diagram A1)
As soon as the set is connected with the AC Power, the 5V2 is present. When the 'DEGAUSSING' signal from the processor (Painter) is 'low,' transistor 7528 will conduct, and relay 1550 is activated. Initially a considerable current will flow, via PTC 3516, through the degaussing coil. The PTC will heat up, resistance will rise, and the current will decay rapidly. The Painter makes the 'DEGAUSSING' signal 'high' after 12 seconds, which will switch 'off' the relay.
9.3.3 Standby power supply (Diagram A2)
PrincipleThis power supply is not only delivering the standby voltage, but also the main voltages for the small signal part. It is a SOPS type (Self-Oscillating Power Supply) and is regulated by the controlled switching of an oscillator. It uses the 'Flyback' principle:
CL 16532044_020.eps140501
2507mains 3521
4M7
1501
1590
3501
9503
Mains harmonicdiversity
3551
21
34
V
9504
9504
+375V
-
- +
2516
2537
3500
5502
5511 or 5516
3
1
1
2
4
3
2
5503 or5504
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 106 EM1.2A AA9.
Figure 9-3 Flyback principle
After closing switch 'S,' the current ID will increase linearly in time. The magnetic energy in the primary coil is directly proportional with the self-inductance of the coil and current ID (thus with the time the switch is closed).The voltage polarity at the secondary winding is negative (due to different winding direction), meaning that diode D will block. Capacitor C will discharge via RL, and UOUT will decrease.Opening switch 'S' will generate a counter-e.m.f. in the primary winding, trying to maintain current ID. Through this the polarity of the secondary voltage will inverse. The magnetic energy stored in the coil will now be transformed to the secondary side. Diode D will now conduct, capacitor C will be charged, and UOUT will increase.
Implementation
Figure 9-4 Standby supply circuitry
To apply this on the EM1.2A(diagram A2): replace switch 'S' by FET TS7102, coil L by L5100, diode D by D6111, and C by C2104. • Time interval t0-t1: After switching 'on' the TV-set, the
gate of MOSFET TS7102 will be high (max. 15 V due to zener diode D6105). This will drive the FET into saturation (UDS = 0 V). The DC-voltage UMAINS will be transposed across the primary winding of L5100 (3, 5), resulting in a linear increasing current through this coil. The voltage across the co-coupled coil (1, 2) is also positive and will keep the FET in conductivity via C2101, R3103/3105/3102 and R3117 for some time. The self-induction of the coil and the magnitude of the supply voltage (+375 V) determine the slope of the primary current. The maximum current is determined by the time the FET stays in conductance (t0-t1). This time is directly determined by the voltage across R3108//R3118 (0.7 Ω). This voltage is a measure of the current, and if it exceeds 1.4 V, TS7101 will be driven into conductivity and consequently connects the gate of
TS7102 to earth. The FET will block. The current is: 1.4 V / 0.7 Ω = 2 A. The voltage across the secondary winding (8, 9) will be negative, diodes D6111 and D6107 will block.
• Time interval t1-t2: The sudden current interruption in the primary coil will induce a counter-e.m.f. that tries to maintain the current. The voltage on the drain of the FET will increase. The secondary voltage (8, 10) will become positive and will charge C2104 via D6111. All energy that was stored in L5100 during t0-t1 will be transferred into the load. Due to the transformer principle, a voltage will now be induced in the primary winding (3, 5) and the co-coupled winding (1, 2). This voltage will be N* USEC (N= winding ratio). The voltage across the co-coupled coil will be negative, keeping the FET blocked.
• Time t2: At t2, the current through the secondary coil will be reduced to zero, as C2104 is no longer charged. Consequently, the voltages will decay and will change polarity. The gate of the FET will be again made positive, is driven into conductivity, and the cycle starts again.
96532156_020.eps210100
+
-
-
+
-
-+
+
RL
DId
Uout
C+
C+
375V
S
RL
DUout
375V
S
Isec
CL 26532041_062.eps110602
31031K
31051K
311322R
3124 6122
68R 3V9
RL
7101
610515V
31021K
311747R
312610K
312515R
7100
310447R
3101
STARTUP
V-START
10M
3127
5K6
3120
10R
31063107
1K 1K
21012n2
5102-13V
6111
6103
UMAINS
UOUT21042m2
D
SG
610615V
3114220R
2109 +2149
6108
3108//3118
+5V2
8
10
HOT COLD
GND-STB
GND-STB
2
1
5
3
2114
7102
610515V
10n
2102
10µ+
UA
UA
UD UD
UMAIN
ISEC
IPRIM
IPRIM
ISEC
7103/7104
t
t
t
t
N.Usec
ON OFF
t0 t1 t2
5100/5101
3110
2R2
+375V
2111
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 107EM1.2A AA 9.
5V2 Stabilization and FeedbackThe Standby Power Supply always oscillates at maximum power. The only limiting factor is the maximum primary current, which has been preset with R3108//3118. R3113, zener diode D6122, R3124, and R3114 determine UOUT. If the voltage across R3114 exceeds the threshold voltage of the diode of the optocoupler 7104 (± 1 V) or, in other words, UOUT exceeds 5.2 V, the transistor of the optocoupler will conduct. Transistor TS7100 is now driven, and a negative voltage will be transposed to the emitter of TS7101. When TS7101 conducts, the gate of the FET is at earth potential, forcing the oscillator to stop. Due to the load, the secondary voltage UOUT will decrease. At a certain voltage, optocoupler TS7104 will block and the oscillator will start again. Since there are no capacitors, and there is a high amplification factor in the feedback circuit, the feedback is ultra-fast. This is why the ripple on UOUT is minimal. The negative supply voltage (-20 V) used in the feedback circuit originates from the co-coupling coil, and is rectified through D6103.Stabilization is not effected through duty-cycle control, but through the burst-mode of TS7100.Burst-mode is load dependent. If the power supply is less loaded, the secondary voltage will have the tendency to increase more rapidly. If the load on the power supply increases, then the oscillator stops less often, right up to the moment that the oscillator is operating continuously: maximum load. If the power supply is now loaded even more, the output voltage will decay. The maximum primary current set by R3108//3118 determines the maximum load.
8V6 Stabilization and FeedbackIn general, with a flyback supply with multiple outputs, as used in the former chassis, one of the output voltages is controlled via the primary feedback loop. The additional secondary output voltages are determined via the turn-ratio of the transformer. It is often seen that a linear voltage regulator is used for post regulation of the non-primary regulated secondary voltages. The disadvantage of this approach is the power loss in the linear voltage regulator. For this chassis, a power economic solution is achieved, by implementing a kind of secondary down-converter. The advantage, compared to a conventional down-converter, is that no extra coil is required. It is using the inductance of the main transformer. This way one large current coil, a power diode, and one elcap are saved.
Figure 9-5 Circuit principle
A basic flyback converter is used, with a MOSFET Q1, transformer L1, and a primary feedback circuit. The output of the primary controlled voltage is U1.The additional secondary controlled supply consists of D2 and Q2, with output voltage U2.The main flyback supply is working independently, where the duty cycle is controlled via the primary feedback, and the MOSFET Q1 is switching at a certain frequency. MOSFET Q2 is also switching at the same frequency, as it is synchronized with Q1.
Figure 9-6 Timing diagram
• Time interval t0-t1: The primary MOSFET Q1 is switched 'on,' both diodes D1 and D2 are blocked.
• Time interval t1-t2: MOSFET Q1 is switched 'off' and Q2 is switched 'on.' During this period, the energy is transferred to output U2 of the supply. Diode D1 is blocked, because U3 is lower than U1.
• Time t2: Q2 is switched 'off.' • Time interval t2-t3: During this period, the rest of the
energy will be transferred to output U1. The two controllers, the primary feedback for U1, and the secondary feedback for U2, all work independently. The secondary voltage U2 is controlled by the 'on' time of Q2.As soon as the load on U2 increases, the 'on' time of Q2 (the period t1-t2) is automatically increased by the secondary feedback. More energy will be taken by the output U2, and less energy will be transferred to U1. Voltage U1 will drop automatically. The primary feedback loop will change the primary drive to enlarge the total amount of energy to be transferred, from the primary side, and U1 will rise again.
Protection If the optocoupler fails, the secondary voltage will increase. This would have disastrous consequences since many ICs (for example, Painter, Flash-RAM and DRAM) are fed with this 5.2 V. In other words, very expensive repairs would be required. We already know that the negative supply is directly dependent upon the secondary 5.2 V, because of which the negative supply will increase proportionally as the secondary voltage increases. If the negative supply, in the mean time, reaches -25 V, D6106 will start to zener and TS7101 will start conducting. D6106 will take over the stabilization task of the optocoupler, however, with a considerable spread: from -20 to -25 V is a 25 % increase, thus UOUT will increase from 5.2 V to a maximum of 6.5 V.
Tuner SupplyThe Standby supply produces the +33V (VTUN) voltage for the tuner. The +33V is the tuning voltage for the Tuner. The +5VT voltage is derived from the +8V with stabilizer 7912 (see diagram A8). It is used to supply the tuner only.
CL 26432041_080.eps170402
C1
Q1
FEEDBACK
7103/04
C4
U2(+8V6)
MOSFETDRIVER
DG
S
C2
Q2D
G
S
C6
D1
D2
I2
I1
L1
U1
I3
C5
7133
R5
C7
C8
R1R7
R6
R8
R9
R4
R3
FEEDBACKDRIVER
U3(+5V)
FEEDBACK
315V+
+
+
-
-
-
CL 26432041_079.eps170402
t0
Vg-Q1
Vg-Q2
V-D1
V-D2
I1
I2
I3
t1 t2 t3
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 108 EM1.2A AA9.
SSB SupplyThere are several voltages going to the SSB: +8V6, +5V2 and +3V3.The +5V2 and +8V6 (always present) come directly from the Standby power supply. The +3V3 is derived from the +5V with stabilizer 7910 (diagram A8).
9.3.4 Main Supply (Diagram A1)
The main power supply is able to deliver continuous power between 100 W and 160 W.Some important notes:• VBAT is not isolated from the main supply ('hot').• VBAT is alignment free.
PrincipleThe Main Power Supply generates the 141 V (VBAT) and the +28V for the audio part. It is based on the 'buck booster' principle. A booster converter produces an output voltage, which is greater than its input voltage. This is necessary in order to get a stable VBAT out of the 110 V AC power input voltage.
Figure 9-7 'Buck boost' principle
1. After closing switch 'S', a linear in time increasing current IT will flow through inductor L.
2. Opening switch 'S' will generate a counter-e.m.f. in coil L, trying to maintain the current. This is possible via diode D (this diode is also called the 'freewheel diode'). Therefore, after opening 'S', the magnetic energy stored in coil L will be transferred to electrostatic energy in capacitor C.
3. So, by changing the duty cycle, it will be possible to control VBAT.
ImplementationAt start-up of the main supply, C2515 (diagram A1B) can be assumed to be a short-circuit. UAB will be 15 V (R3513, D6510) and UGS of the FET will be +5.4 V (via D6515). The FET will be driven into saturation (same as closing switch 'S'). The drain-current will increase linearly in time. With other words: resistors R3513 and R3518 will start the oscillator. The voltage across the co-coupled coil (5, 6) will keep the FET in conductivity.
The TS7502 is a low-voltage semiconductor, which drives the MOSFET TS7504. To bridge the different voltage levels, an opto-coupler (item 7507) is used. Via this opto-coupler, the DC-current through R3504 is influenced. The changed current through R3504 changes the VBE of TS7502, which will influence the drive of MOSFET TS7504 (= switch 'S' in figure 'Buck boost principle'). The sudden current interruption in the primary coil will induce a counter-e.m.f. that tries to maintain the current via the 'freewheel' diode D6534. This current is linearly decreasing in time and, as it is also flowing through R3514//R3515, TS7502 will be blocked after a certain period. The gate of the FET will be made positive again, is driven into conductivity, and the cycle starts again. For safety reasons, transistor TS7530 is added as a back-up solution for TS7502. If B-E of TS7502 is shorted, TS7530 takes over its function.
Stabilization of VBATThe output voltage VBAT is determined by: VBAT = VIN * (TON / (TON + TOFF)) = VIN * duty-cycle.To stabilize the output voltage, a feedback loop is implemented, which will reduce TON when VBAT increases and vice versa. Via a voltage divider, existing of (1 %) resistors R3507, R3510, and R3527//3549, a voltage of 2.5 V (when VBAT = 141 V) is fed to the input of precision shunt regulator 7506. This regulator will conduct, and a current will flow through the diode part of the opto-coupler 7507. The base of TS7502 will now be set at a certain positive voltage. As this transistor switches the FET TS7504 'on' and 'off,' this circuit can determine the duty-cycle.For example, when the load increases, VBAT will decrease. Consequently, the input voltage of regulator 7506 will decrease, resulting in a lower current. Via opto-coupler 7505 and transistor TS7502, TON of the FET is changed (will increase). The output voltage VBAT will rise.If the load continues to increase, the regulator will block at a certain moment. TON is now at maximum value. This is the point where VBAT will go below 141 V and, at further increasing load, is switched 'off.' The voltage across the co-coupled coil (L5506, pin 4 and 5) will decrease, due to the increasing load. Therefore, the voltage on the gate of TS7504 comes below the threshold voltage. The supply switches 'off,' and an audible hiccupping can be heard.On the other hand, when the load decreases, VBAT will rise. Consequently, the input voltage of TS7506 will also rise, resulting in a higher current. This changes the base voltage of TS7502, and through that the TON of the FET will decrease. The output voltage VBAT will be reduced.If, for instance, VIN decreases (for example, UMAINS is 90 V instead of 120 V), the slope of the drain-current will be flattened, through which the FET will be in conductance longer, keeping VOUT constant.If, for any reason, the stabilization circuit fails, the output voltage VBAT can never exceed 200 V (via D6514). D6514 will form a short-circuit, VBAT will drop and the set will switch 'off' (this will also result in an audible hiccupping of the supply).
Switch to 'Standby' (via RC)When the set is switched to 'Standby' mode via the Remote Control, the Main supply is switched 'off' by the circuit around TS7529 (see diagram A1).During 'on'-state, the Main supply is fed with line pulses via the 'SUP-ENABLE' line. They are rectified and smoothed via D6517, D6516, and C2530, and fed to TS7529. Because they are less than -20 V, this transistor is blocked. When these pulses are stopped, TS7529 will be saturated and TS7502 will switch 'on.' This will switch 'off' the Main supply. It is important, that the Main supply is switched 'off' before the Standby supply. This is in order to prevent several unwanted
96532156_022.eps060100
RL
IT
IT
VBATVin
S
C
L
RL
ID
ID
VBATVin
S
C
L
Sclosed Sopen
δT
VIN . δT
T
+
+
D
D
VBAT = T
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 109EM1.2A AA 9.
phenomena, such as audible plops and visible switch off spots. Without an extra circuit to force this, this cannot be achieved. Therefore, the circuit around TS7505 and TS7508 (diagram A1A) is implemented.This circuit compares the Main DC voltage (+375 V) and a reference voltage (VBAT) via resistors R3554, R3555, R3560, and R3556. Elcap C2539 serves as voltage source for the two transistors.When the Main DC voltage will decrease w.r.t. the reference voltage VBAT, the 'SUP_ENABLE' line will be activated via TS7505, TS7508 and R3559. This will switch 'off' the Main supply via TS7529.
Switch to 'On' (via 'SUP-ENABLE')Via the 'STANDBY' command from the Painter, the MOSFETS 7141 and 7131 (diagram A2) are switched 'on.' When the Painter senses the +5V and +8V, a command is given to the HOP to start the drive (via I2C).When this is sensed via the 'SUP-ENABLE' line (at the base of line transistor TS7421, diagram A3), the main supply is switched 'on' via TS7529 (diagram A1).
Protection When, for any reason (interruptions or defective components), the feedback loop of the Main supply fails, the VBAT will rise. This is detected via zener diodes D6507, D6508, and D6513. This will 'ignite' thyristor T7503, which will result in the blowing of fuse 1503.
Audio SupplyThe pulses on the secondary winding of L5506 (or L5512) are rectified by D6535 (+16 V) and D6536 (-16V), and smoothed by C2542 and C2543.
9.4 Control (Diagram B7)
9.4.1 Painter
IntroductionThe SAA5667 (IC7001) is called the Painter. The microprocessor and the CC/OSD-decoder are integrated in this IC. Some of its functions are:• Set control.• CC/OSD acquisition.• RGB-outputs to the HOP• Menu blending; for blending the contrast, software
controlled.• I/O-ports for I2C, RC5, LED, and service modes.• Error code generation.
Data Storage• The set software is integrated in the Painter. • The Non Volatile Memory IC7001 is a 4 kB version
M24C32, and is used to store data of a working set.
Power SupplyThe Painter is supplied with 3V3. For this voltage, a 3V3 stabilizer is used (IC7005). With the circuitry around TS7003 and 7004 (diagram B7), a reset is generated to wake up the Painter (pin 74). During this reset, all I/O pins of the Painter are made 'high.'
9.4.2 CC/OSD
The horizontal (HD) and vertical (VSYNC) sync pulses are also fed to the Painter for stable OSD and CC.This IC gets its video signal directly (from the HIP) on pin 31. The RGB-outputs (46/47/48) together with the fast blanking signal (pin 52) are fed to the HOP.
9.4.3 I2C Bus
There are two I2C busses used: • Slow (max. 100 kHz) hardware I2C-bus (called SDA_S/
SCL_S), used for all ICs.• Separate short bus (called SDA_NVM/SCL_NVM) for the
Non Volatile Memory (NVM), to avoid data corruption. Note: In the diagrams you can also find a bus called SDA_F/SCL_F (F= fast), but in this chassis it is connected to the 'slow' bus.
9.4.4 NVM
The Non Volatile Memory contains all set related data that must be kept permanently, such as:• Software identification.• Operational hours.• Error codes. • Option codes.• All factory alignments.• Last Status items for the customer + a complete factory
recall.
9.5 Tuner and IF (Diagram A8 and B2)
The tuner is I2C controlled, and is capable of receiving off-air and cable channels. Tuning is done via I2C. The reference voltage on pin 9 is 33 V. This voltage (VTUN) is derived from the secondary side of the standby supply, via D6110 and R3116//R3115 and a 33 V zener diode (D6200). The Painter, together with the HIP, controls the tuning procedure. There is also automatic switching for the different video systems. The IF-filter is integrated in a SAW (Surface Acoustic Wave) filter. The type of this filter depends on the received standard(s). There are two SAW filters: one for filtering picture-IF and a second one for sound-IF. The output of the tuner is controlled via an IF-amplifier with AGC-control. This is a voltage feedback from pin 62 of the HIP to pin 1 of the tuner. AGC take-over point is adjusted via the service alignment mode 'Tuner - AGC.' Service tip: If there is too much noise in the picture, it is possible that the AGC setting is wrong. It is also possible that the AGC setting is misaligned if the picture is deformed with a perfect signal. Then the IF-circuit is amplifying too much. The video IF-signal is fed to pins 2 and 3 of the PLL-controlled IF-demodulator. The voltage-controlled oscillator of the PLL is adjusted via the service menu 'IF PLL OFFSET.' If the alignment is correct, the frequency displayed in the installation menu is the same as the applied frequency from a generator. The external coil L5408 connected between pins 7 and 8 is used as reference. The demodulated IF-video signal is available at pin 10 of the HIP. In this video signal, there is a rest of the sound carrier, which is filtered out by the sound trap 1407. Via TS7322, the signal is supplied to AV1 (monitor out) and again back into the HIP (pin 14) to the source/record selection. To achieve Quasi Split Sound (QSS), the IF-signal is fed to the HIP on pin 63/64 via SAW-filter 1405. The FM- modulated signal is available on pin 5 and is fed to the audio demodulator MSP34xx (7651, diagram B6).
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 110 EM1.2A AA9.
9.6 Video: HD Jack Interface (Diagram N)
The Jack High Definition module covers the following functions:1. RGB input/output selection.2. Matrix circuit to convert YPbPr to RGB.3. Sync slicer for YPbPr sync on Y, RGB sync on Green.4. Sync selection.5. Control Function.6. Audio feed-through of signal source.
Figure 9-8 Source selection
9.6.1 RGB in/output selection
The module has two video inputs and one RGB output (going into the set).The inputs can also handle 1080i-signals and 480p-signals (both in RGB format and YPbPr format).(This selection circuitry is also needed to cope with the various formats of the non-standardized HD set top box business.) Video-input (3 cinches, reference number 1993-A-B-C):• YPbPr with sync on Y.• RGB with sync on green
Note: cinch-inputs are normally used for YPbPr input. Video-input (D-sub, reference number 1990):• YPbPr with sync on Y
Note: D-sub input is normally used for RGB-inputs only.• RGB with sync on Green.• RGB with separate H and V Sync (called VGA in 480p). RGB output:This RGB output of the board is signaled into the set (HOP-section of SSB, diagram B4).
9.6.2 Matrix
The YPbPr-signal format is converted to RGB via the matrix function. In 480p-format, the PAL matrix is used, otherwise the ATSC matrix is used. The matrix choice is made with TDA8601 (SW1, 7107).This switch is controlled via the command IO-1 (called MATRIX SELECT in the figure).
9.6.3 Sync Slicer
The sync slicer extracts the horizontal and vertical synchronization signals for the HOP (in the set): • From the 3-level sync pulses Y of the 1080i YPbPr.• From the 3-level sync pulses Green of the 1080i RGB.• From the normal sync pulses of the 480p signal.
Explanation of 3-level sync shown in picture:
Figure 9-9 3-level sync signal
Example of a 2-level sync pulse: CVBS-signal with two levels of sync (-300 mV, 0 mV).Example of a 3-level sync pulse: ATSC-signal with three levels of sync (-300 mV, 0 mV, +300 mV).The amplitudes of the Y, R, G, and B signals are 700 mV; amplitudes of the Pb and Pr signals are 350 mV.
9.6.4 Sync Selection
If the synchronization is derived from Y or Green, the H and V sync from the sync-slicer must be selected. • When YPbPr-signal or RGB-signal is 480p-format: sync
signals will be V-770 and H-770-2 sync.• When YPbPr-signal or RGB-signal is 1080i-format: sync
signals will be V-770 and H-770-3 sync. When the sync is separate (H and V), the sync of the source must be selected. The IO-4, IO-5 control-lines select the sync-inputs of the HEF4052 (7102). In the figure, these control-lines are named SYNC_SELECT_2 and SYNC_SELECT_1.Via IO-6 line (TRISTATE_SYNC), the sync output can be put in tri-state.
9.6.5 Control Function
The I/O expander, controlled by I2C, makes the different selections.These selections can be made with the user interface.
AudioAudio left and audio right are connected via the two cinches and passed through the module.
9.7 Video: High-end Input Processor (HIP, Diagram B2)
The HIP TDA932xH contains the following functions:• IF demodulation.• AFC signal generation, used to track drifting transmitters.• Sound carrier re-generation (SIF).• Sync acquisition, delivering HA, and VA.
9.7.1 Inputs
The HIP has various inputs:• Full matrix switch with:
– Two CVBS inputs.– Two Y/C (or additional CVBS) inputs.– One CVBS front-end input.
H-770-3
H-770-2
RGB_ATSC
RGB_PAL
SND_R_inSND_L_in
SND_R_outSND_L_out
FBL
A
B
A,B
RGB output
H_out
V_out
FBL
I03I01
I04 I05 I06
I02
I/O Expander: M62320
SY
NC
SE
LEC
T 2
SY
NC
SE
LEC
T 1
TR
IST
AT
E S
YN
C
MA
TR
IX S
ELE
CT
TR
IST
AT
E R
GB
RG
B S
ELE
CT
PALMATRIX
ATSCMATRIX TDA8601
SW1
TDA8601
SW2
2fHSync slicer
HEF 4052
SW-3
1,2
1,2
3
3
V-770
CL 16532043_024.eps050601
YPbPr/RGB
H_in
V_in
I2C
Y/G CL 16532043_022.eps080501
+ 350+ 300
- 300- 350
0
+ 700
+ 300
Y',R',G',B'
P'B,P'R
- 300
0H
0
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 111EM1.2A AA 9.
• Two RGB inputs.
9.7.2 Outputs
One can select three separate, switchable outputs:• One YUV-output, which is fed to the PICNIC.• Two CVBS outputs, one for CC-decoding (CVBS-TXT) and
the other for MONITOR out to have WYSIWYR (What you see is what you record).
9.7.3 Video Processing
The HOP will generate synchronization signals derived from the feature box (PICNIC, pin 60 and 61) signals. If a VCR is connected, there is also an automatic correction for MacroVision (r). This is active for the external sources. The HIP itself (no external voltage) controls the Y/C switch in the HIP. The chrominance decoder in the HIP is full multi-standard, but only NTSC is decoded.A sync separation circuit is integrated in the HIP; the HIP delivers the HA50 and VA50 to the PICNIC and DW-panel. The quartz crystals can be connected without any alignment. They are also used as a reference for the synchronization. A digital control circuit that is locked to the reference signal of the color decoder determines the start-up of the sync.Note: If the crystal must be replaced, you must use only the genuine replacement part. This crystal is very precise: if it is replaced by another type of crystal, there may be no color, because of a different capacity.
9.8 Video: Feature Box (Diagram B3)
9.8.1 Introduction
The basic function of the Feature box (FBX6) is picture improvement, and depending on the version, several scan conversion methods are possible. The feature box is integrated on the SSB, and the PICNIC (SAA4978H) is the key component.The PICNIC is used for the 60 Hz (prog. Scan) conversion. It has the following functions:• The ADC/DAC conversion.• Interlaced to progressive scan conversion.• Dual screen compression• The Panorama mode.• Automatic Aspect Ratio Adaptation (AARA)• Color Transient Improvement (CTI)• The contrast improvement (Dynamic Contrast).All these functions are integrated in one IC: SAA4978H, 160 pins QFP. The 60 Hz YUV signals, coming from the HIP, are fed to the PICNIC via an anti-aliasing filter.The (AABB) frame frequency doubling is done by the PICNIC (SAA4978, 160 pins QFP) together with a field memory (MEM1). This IC has an internal CPU and a (small) integrated ROM. The actual FBX software is located in an external ROM (item 7711). In order to limit the number of connections between the PICNIC and the external ROM, a number of lines are used twice. The lines A8 to A15 are fixed lines, while the lines A0 to A7 are made switchable with the eight data lines of the ROM. This is done via a Latch (item 7712) that is controlled by pin 139 of the PICNIC (the 'ALE' signal). Via bus 'C,' a digitalized signal is presented to FM1 (Field Memory 1), which is used for the 60 to 120 Hz conversion.
9.8.2 ADC/DAC conversion
• Analog to Digital conversion is done with three identical 9-bit ADCs.
• Digital to Analog conversion uses three identical 10-bit DACs.
In the PICNIC there are three nine-bit ADCs present for Y, U, and V. For digitizing the Y (luminance), nine bits are used (to realize a more detailed picture). These nine bits are only internally used. Via dithering, the nine bits are reduced to eight bits and this data is stored into memory. The data in the memory is fed back to the PICNIC and via un-dithering the data is again reproduced to nine bits for processing.U/V (color difference signals) is also sampled with nine bits. These two nine bit data streams are multiplexed to four bit data streams. As the perception of colors by the human eye is less sensitive to luminance, this reduction is allowed.
9.8.3 Interlaced to progressive scan conversion
The main task of the PICNIC is the conversion from interlaced to progressive scan (60 Hz) for YUV and HV-sync. In order to remove 'large area flicker' (especially visible in a white picture), the field-rate of the video is doubled by the FBX6. The 16 kHz line frequency is doubled. When the video input contains fields A, B, etc, the conversion provides an AABB sequence on the display. The actual conversion is done in the first Field Memory by reading it twice at double speed, while writing it once.
9.8.4 Dual Screen Compression.
The PICNIC can provide horizontal video compression up to 50 %. The compress mode can be used to display dual screens.
9.8.5 The Panorama Mode.
To fit 4:3 pictures into a 16:9 display, it is possible to apply a panoramic horizontal distortion, to make a screen-fitting picture without black sidebars or lost video. The center horizontal gain is programmable and the side gain is automatically adapted to make a screen-fit.
9.8.6 Automatic Aspect Ratio Adaptation (AARA)
This feature uses data from the 'black bar detection circuit' to adapt the vertical and horizontal amplitude to an aspect ratio belonging to the display without showing the black bars.
9.8.7 CTI
At CVBS video signals, the bandwidth of color signals is limited to 1/4 of the luminance bandwidth. Transients between areas of different color are therefore not very sharp. The PICNIC can increase these transients artificially with a time manipulation algorithm.
9.8.8 Dynamic Contrast
To make the contrast (black/white) range wider, Philips has invented Dynamic Contrast. It uses the digital memory used in digital scan sets. It measures every A-field (25 x/s) and digitally analyzes where on the grayscale most of the image is located. If it is a relatively dark image, the lighter part of that image is stretched towards white, so that more contrast will become visible in that picture. If it is a relatively light image, the darker part of that image is stretched towards black, so that these darker parts will have more contrast. When the image is in the middle of the grayscale, both dark and light parts are stretched.
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 112 EM1.2A AA9.
9.8.9 PROZONIC
Figure 9-10 Digital Scan principle
External ICs are connected to the PICNIC depending of the set features. For EM1.2Asets with Digital Scan, the PROZONIC (IC7708, SAA4990H) is placed with two memory ICs (IC7714 and 7715). It is an abbreviation for PROgressive scan ZOom and Noise reduction IC. When applying this IC, a second Field Memory is necessary. The following functions are available:• Line flicker reduction (Digital Scan): this is a feature to
reduce the 30 Hz interlace line flicker.• Dynamic Noise Reduction: noise affected signals can be
improved by combining the pixel values of the current and past video fields. This is however only possible in areas without movement.
• Variable Vertical Sample Rate Conversion.• Synchronous No Parity Eight bit Reception and
Transmission interface (SNERT-bus).
9.9 Video: High-end Output Processor (HOP) and TOPIC (diagram B4)
9.9.1 General
The YUV-signals from the PICNIC are fed to the HOP (High-end Output Processor, TDA9330). The video and geometry control parts are integrated in the HOP. The RGB-signals for CC/OSD (from the µP) are also inserted via the HOP. The geometry part delivers the H-drive, EW-drive, V-drive, and also a drive signal for rotation. The main functions of the HOP are:• Video control (contrast, brightness, saturation, etc).• Second RGB interface for OSD/CC.• Peak White Limiting.• Cut-off control and White Drive (RGB outputs).• Geometry control.• Deflection control. The TOPIC (The most Outstanding Picture improvement IC, item 7302, type TDA9178) is an optional IC between the PICNIC and the HOP. It has the following (picture improvement) functions:
• Luminance Transient Processor (LTP), for detail enhancement.
• Chrominance delay circuitry, to compensate timing differences between Y and C.
• Spectral processor, for improved sharpness and color transient improvement (CTI).
• Color vector processor, for skin tone correction, green enhancement and blue stretch.
• Measure and detection circuitry, for AutoTV.The sandcastle pulse from the HOP is fed to pin 1 of the TOPIC, which is used as a reference for timing.
9.9.2 Video Control
After source selection, the HOP controls the signals for Saturation, Contrast, and Brightness. Output is RGB again.
9.9.3 OSD/CC Control
On pins 35 to 38, the RGB and fast blanking from the Painter (OSD and CC) are inserted. The sync signal VSYNC is derived from the 'FRAMEDRIVE-" signal.
9.9.4 Peak White Limiting
On pin 43 there is a Peak White Limiting signal line (PWL). If the beam current increases, the 'EHT-info' voltage will decrease. Average limiting via R3343/C2333 controls PWL.
9.9.5 Cut-off Control
The following occurs when you switch the TV to Standby:1. The vertical scan is completed.2. The vertical flyback is completed (the horizontal output is
gated with the flyback pulse, so that the horizontal output transistor cannot be switched 'on' during the flyback pulse).
3. The 'slow stop' of the horizontal output is started, by gradually reducing the 'on' time at the horizontal output from nominal to zero (this will take 50 ms).
4. At the same time, the fixed beam current is forced via the black-current-loop for 25 ms. This is done by setting the RGB outputs to a maximum voltage of 5.6V.
A 'one-point' cut-off control is used: A current of 8 µA (for cut-off) is fed to pin 44 of the HOP. This is done with a measurement pulse during the frame flyback. During the first frame, three pulses are generated to adjust the cut-off voltage at a current of 8 µA. With this measurement, the black level at the RGB-outputs is adjusted. Therefore, at start-up there is no monitor pulse anymore. At start-up, the HOP measures the pulses, which come back via pin 44. The RGB-outputs have to be between 1.5 V and 3.5 V. If one of the outputs is higher than 3.5 V or one of them lower than 1.5 V, the RGB-outputs will be blanked.
9.9.6 Geometry control
All geometry control is performed via I2C and the data is stored in the NVM (IC7011) of the SSB.
9.9.7 Deflection Control
Line DriveThe Line drive is derived from an internal VCO. As a reference, an external resonator is used (1301). The internal VCO is locked with the HD100-pulse, which comes from the PICNIC. The 'PHI-2' part of the HOP receives the HFB_X-RAY_PROT (pin 13) to correct the phase of the Line drive. The EHT-info is supplied to pin 14 (DYN-PHASE-CORR) to compensate picture breathing depending on the beam current.Note: This is not used in this chassis, therefore EHT-compensation in the SAM menu is set to zero.
CL 96532156_017.eps110100
BUS A BUS
PICNIC/SAA4978H
DIGITAL SCAN
BBUS BUS CBUS BUS D
MEM1
MEM2
PROZNIC
I C2
Y FEATY DECU FEATU DECV FEATV DECHD100HAVD100VA
BUS A BUS
PICNIC/SAA4978H
100Hz CONFIGURATION
BBUS BUS CBUS BUS D
MEM1
I C2
Y FEATY DECU FEATU DECV FEATV DECHD100HAVD100VA
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 113EM1.2A AA 9.
Frame DriveAt pins 1 and 2, the symmetrical frame drive signals are available. The VSYNC signal, for synchronization of the OSD/CC, is derived from the 'FRAMEDRIVE-' signal.
East/West DriveAt pin 3, the E/W drive signal is available. Pin 4 is a feedback input for the EHT-info, and is used to prevent pumping of the picture. The EHT also varies dependent on the beam current. For example, for wide-screen without load this is 31.5 kV and with load (1.5 mA) 29.5 kV.
Frame RotationFor frame rotation, a control voltage from pin 25 of the HOP is used. Frame rotation is only used in wide-screen sets.
9.9.8 Guarding protections
Flash detectionWhen a flash occurs, the EHT-info will become negative very quickly. Via R3316, D6304, and D6303, TS7303 starts to conduct. This makes pin 5 of HOP 'high.' The output (pin 8) is immediately stopped. If the H-drive stops, then pin 5 will also become 'low' again, which will reset the flash detection.
A bit (FLS) is set in an output status register, so that the Painter can detect that there was a flash. This FLS-bit will be reset when the Painter has read that register.
HFB protection If the HFB is not present, this is detected via the HOP. The Painter puts the set into protection and reads a register in the HOP. An error code is generated.
9.10 Synchronization (Diagram B2, B3 & B4)
The HIP video processor provides the vertical and horizontal sync pulses VA50 and HA50. They are synchronized with the incoming CVBS signal. These pulses are then fed to the PICNIC, where they are doubled to be synchronous with the 120 Hz picture. The outgoing pulses, VD100 and HD100, are fed to the HOP, which supplies the vertical and horizontal drive pulses. The VD100 pulse from the PICNIC is inverted by TS7304 to the VD signal. The Painter is synchronized on the HFB pulse from the CRT and on the VSYNC from the HOP, for the synchronization of CC/OSD/EPG. When no CVBS is offered to the video processor, the HIP switches 'off' the VA50 and HA50 pulses, and the pulses are generated by the PICNIC (to assure a stable OSD).
9.11 Horizontal (Line) Deflection (Diagram A3)
9.11.1 Principle
Figure 9-11 Line deflection circuitry
CL 26532041_077.eps170402
3481
6480 2426 6422
2421
7480
ARCPROT
3414
24156406
3406
3431
2430
1417
54212431
141V
141V
7482
3418
3488
HOTCOLD
2425 6423
2433
6408
64073416
3409
5411
2414
5410
3411
2412
7408
+8VB
+8VS
7409
MAIN SUPPLY +11D
STANDBY SUPPLY +5V2
2492
3407
3487
2420
7421
5430
2417
3417
3486
2
13412
6615
3404
LINEDRIVE 1(HOP)
EW_DRIVE(HOP)
STA
RT
NO
RM
AL
T7421 conducting
TON
TOFF1
2
5
*1
*2
(*1)
(*2)
1
2
1
4
3
LINE DEFL. COIL.
LINEARITYCOIL.
5422
Caused byserial losses inthe line output stage
Linearity Correction
S-correctionX Y X
Deflection centre
X > Y
3 57450-B
8
4
2
1 5
4
63490
3484
3492
7487
7486
3483 3479
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 114 EM1.2A AA9.
The HOP (located on the SSB) generates the line-drive pulses (LINEDRIVE1), which have a frequency of 31468 Hz (T = 31,77 s). When the LINEDRIVE1 signal is high, TS7409 and TS7408 will conduct. A constant DC voltage will be applied across L5410, causing a linearly increasing current through this coil. The secondary voltage of L5410 has a negative polarity so that TS7421 will block.When the set is switched 'on,' the current through L5410 is supplied by the 5V2 Standby supply (via D6407), and taken over by the +11D voltage (via D6408) of the main supply. When the LINEDRIVE1 signal becomes low, TS7409 and TS7408 will block. The voltage polarity across the primary winding of L5410 will invert. The positive voltage on the secondary winding will now drive TS7421 into conductivity. Because of the storage time of the line transistor (TS7421), L5410 cannot transfer its energy immediately to the secondary side. This may result in high voltage peaks on the collector of TS7409 and TS7408. To prevent these peaks from damaging the transistors, a 'snubber' circuit (C2414, C2412 and R3411) will suppress them. When the LINEDRIVE1 signal is high again, the sequence described above starts again. Circuit L5411 and R3409 will increase the switch 'off' time of the line transistor. The line stage is started via a 'slow start' principle. During start-up, the HOP generates line drive pulses with a small TON and a high frequency (50 kHz). TOFF is constant and TON is gradually increased until the frequency is 31468 Hz (normal condition). The time interval from start to normal condition takes about 150 ms.When switching off, the same procedure is followed, but in reverse order.
9.11.2 Implementation
To explain the operation of the line output stage, we use the following start conditions:• C2433 is charged to max. 141 V (VBAT)• TS7421 is driven into conductivity.
Figure 9-12 Line deflection part 1
• Period t1-t2: When TS7421 is driven into conductivity, the capacitor voltage of 141 V will be divided across bridge-coil L5422 and the deflection coil (connector 1417). Due to the chosen inductance values, there will be 100 V across the deflection coil and 41 V across L5422. The linearly increasing current in the deflection coil will result in a spot moving from the center of the picture tube to the right. The voltage across L5422 will also charge C2421 (41 V - 0.7 V).
• Period t2-t3: At the moment the LINEDRIVE signal becomes high, TS7421 will stop conducting. A voltage will be induced in the coils, trying to maintain the current. The current through the line deflection coils continues to flow through C2425 and C2421 and the current through L5422 continues to flow through C2426 and C2421. The energy stored in the line deflection coil is passed to C2425, and the energy of L5422 to C2426. The resonance-frequencies of
these two LC-circuits define the flyback time of the spot from the right side of the picture tube to the left. On average, no current flows through C2421, and thus the voltage across this capacitor remains constant.
Figure 9-13 Line deflection part 2
• Period t3-t4: The same as period t2-t3; but now the current flows in the opposite direction, since the voltage across C2425 and C2426 is higher than the voltage across C2433 and C2421.
• Period t4-t5: The coils try to maintain the negative current and will negatively charge the capacitors. Because of this, D6422 and D6423 will conduct. The voltage is 100 V across the deflection coil and 41 V across L5422. Since both diodes conduct, we may consider the voltage constant. A linear current flows with the same changing characteristics as in period t1-t2. The spot now moves from the extreme left of the picture tube to the center. Before the current becomes zero, and the spot is located in the center of the frame, TS7421 reverts into conductivity. A short negative current will flow. Then the cycle starts again.
9.11.3 Corrections
Several corrections are necessary to obtain a proper picture.
Linearity CorrectionA constant voltage across the horizontal deflection coil should result in a linearly increasing saw-tooth current. This is not the case, however, as the resistance of the coil is not negligible. In order to compensate for this, a remagnetized coil L5421 in series with the deflection coil is used. This coil ensures that during time interval t1-t3 the circuit resistance will be higher than during t4-t5.Item L5421 is the linearity coil. To avoid self-oscillation, R3431 and C2431 are placed parallel to L5421. See diagram “Line deflection circuitry” item [*1].
S-correctionSince the sides of the picture are further away from the point of deflection than the center, a linear saw-tooth current would result in a non-linear image (the center would be scanned slower than the sides).To solve this, the deflection current for the right side and left side is reduced.C2433 is quadratically charged during time interval t1-t2. The left and right voltage across the deflection coil decreases, causing the deflection to slow down. In the center, the voltage increases and the deflection will be faster. An S-shaped current is superimposed on the saw-tooth current. This correction is called 'finger-length correction' or 'S-Correction.' C2433 is relatively small, and as a result, the saw-tooth current will generate a parabolic voltage with negative voltage peaks. The current also results in a parabolic voltage across C2421, resulting in the finger-length correction, proportionally increasing with the picture width. The EW-DRIVE signal will ensure the largest picture width in the center of the frame. The largest correction is applied here. The larger the picture width, the higher the deflection current through C2433.See diagram “Line deflection circuitry” item [*2].
CL 96532156_024.eps060199
141V
7421
Line defl.
2433
5422
6423
6422
2425
2426
2421
Defl
t2 t3
5430
141V
7421
Line defl.
2433
5422
6423
6422
100V
141V
41V
2425
2426
2421
IDefl
t2t1
41V
5430
+-
I
2420 2420
CL 96532156_025.eps231299
141V
Line defl.
2433
5422
2425
2426
I Defl
t3 t4
5430
141V
Line defl.
2433
54226422
2425
2426
I Defl
t5t4
5430
100V
141V
41V
+-
7421 7421
2420
6423
6422
6423
2420
2421
41V
2421
41V
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 115EM1.2A AA 9.
E/W-correctionA line written at the upper side or lower side of the screen will be larger at the screen center when a fixed deflection current is used. Therefore, the amplitude of the deflection current must be increased when the spot approaches the screen center. This is called East/West correction. The EW drive signal originates in the HOP and is supplied to TS7480 via OpAmp 7450-B and optocoupler TS7482. The shape of this signal determines the various geometric correction parameters:• H amplitude• EW-parabola• EW-corner• EW-trapezium• Horizontal parallelogram• Horizontal bow TS7480 will charge capacitor C2421 more or less, increasing the deflection current when reaching the center of the screen.The moment TS7480 is driven into saturation, C2421 will discharge during the flyback. As a consequence of this, C2421 must be charged again during the scan via the conduction diode D6422 (as long as C2421 is not charged to the voltage across L5422, D6422 will conduct). The current in the deflection coil is therefore larger than the current flowing in L5422 (1-2). The voltage across the deflection coil increases, so the picture width increases. When TS7480 blocks, C2421 will not discharge anymore, and the voltage across C2421 will remain constant. The result is that the voltage across the deflection coil is minimal. The voltage across coil L5422, however, is maximal. This coil (L5422) consists of a transformer with the following properties:As the current through the coil 1-2 increases (smaller picture width), the current through coil 3-4 decreases. Because of the transformer characteristic a higher voltage will be subjected to coil 3-4, which will counteract the current. The current will diminish even further.When the current through coil 1-2 diminishes (larger picture width), the current through coil 3-4 increases.
Beam-current CorrectionThe 'EHT-info' signal at point 10 of the LOT depends on the value of the beam-current and the voltage from divider R3450, R3451, and C2450. This signal is fed to the HOP to trim the contrast, and to compensate for the changes in picture-width as a function of the EHT-info, when EHT is decreased. The 'EHT-info' is also used to correct the EW-current. The 'DYN-FASE-CORR' signal, derived from the 'EHT-info' signal, is fed to the HOP via C2455 (see diagram A8) and drives a dynamic phase correction necessary because of beam-current variations. Regulating TON of the line transistor TS7421 does this.
9.11.4 Secondary Line Voltages
During the blocking time of TS7421, the magnetic energy of coil 1-5 of the LOT is transferred to electrical energy in the secondary winding. Via rectifying and smoothing, several secondary supply voltages are generated, such as:• EHT, Focus and Vg2-voltage• +200V for the CRT panel (pin 8 LOT)• +11D for the line deflection (pin 12 LOT)• +13V-LOT for the frame deflection (pin 6 LOT)• -15V-LOT for the frame deflection (pin 3 LOT)• Filament voltage (pin 9 LOT)
9.12 Vertical (Frame) Deflection (Diagram A4)
9.12.1 Frame Stage Drive
Figure 9-14 Frame deflection circuitry
The HOP drives the frame output stage with a symmetrical saw-tooth voltage. Since the HOP is 'cold' and the frame output stage is 'hot,' they are galvanically isolated. This is done via a transformer (5621). The HOP generates three signals needed for the frame output stage: FRAMEDRIVE+, FRAMEDRIVE- and TILT (for rotation). The rotation circuit is kept on the 'cold' side of the chassis, to avoid the cost of an extra optocoupler.The circuit around IC7440 will amplify the frame drive signals and the vertical deflection current will flow through the vertical deflection coil via the output stage IC7620.
9.12.2 Flyback Generator
The frame output stage is supplied via the +13 V and -15 V coming from the LOT. The output of the amplifier is 0 VDC, so a coupling capacitor is not required. During the (forward) scan, a supply of +13 V and -15 V is sufficient to respond to the slowly changing current. The internal flyback generator puts a voltage of -15 V on pin 3. Because of the voltage drop over zener diode D6622 (8.2 V), C2622 will be charged to 19 V: 13 + (15 - 8.2 - 0.7) V.During the flyback scan, the change in current-per-time is much larger, so a higher voltage is required. The flyback generator will now generate a voltage of +13 V on pin 3. Added to the charge on C2622 this will give a flyback voltage of 32 V (depending on the CRT size, this value can differ). The amplifier IC (IC7620, pin 5) supplies the saw-tooth current to the frame deflection coil. The current through this coil is measured via R3620//R3621//R3622 and fed back to the inverting input of the amplifier.R3624 and C2624 on the output of the amplifier form a filter for high frequencies, and, in this way, prevent oscillations.Peak voltages on the output, as a result of a possible flash, for example, are damped by the clamp circuit consisting of D6619, C2627, and R3627. The network consisting of R3625, R3626, R3629, and C2629 forms an extra damping circuit.
9.12.3 Protection circuits
Bridge Coil Protection (see Diagram A3)The secondary voltage of the bridge coil L5422 is guarded at the diode modulator (D6421/6422) via a 10 V zener diode (6499 on diagram A4). When the bridge-coil is working properly, the average voltage on D6422 is such that this zener diode will conduct. It will drive TS7652 into saturation. When, for any reason, the secondary side of the bridge coil is shorted, the average voltage on D6422 will drop below the zener-voltage, and TS7652 will block. Now capacitor C2642 is charged. Transistor TS7443 starts conducting and the SUP-
CL 26532041_078.eps170402
HOTCOLD
3633
3631
7611
7612
7620
1625
3640
FRAMEDEFL.COIL
1620 ROTATION COIL
+8V
7440-A7450-A
7450-B
+8V
+8V
+11V
TDA 7052
TILT 25
2
1
3
FD-
FD+
E/W DRIVE
HOP
FRAME
E/W
HFB-X-RAY-PROT 7455
3642
+13VLOT
-15VLOT
3628
V-SHIFT
+8V
5621
76413639 2603
3623
36202653
7482 E/W E/W
2
1 5
4
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 116 EM1.2A AA9.
ENABLE signal is grounded via R3403. This will switch 'off' the main supply (see diagram A1).
Frame Output ProtectionThe frame output stage is guarded by the circuit built around TS7641. If the frame output stage is working properly, TS7641 and TS7652 will both conduct, and thereby discharge C2642. TS7443 is blocked, so the SUP-ENABLE signal is 'high.'If there are frame pulses missing, TS7641 will block and capacitor C2642 is charged. Transistor TS7443 starts conducting and the SUP-ENABLE signal is grounded via R3403. This will switch 'off' the main supply (see diagram A1).
ARC ProtectionIf there are 'open' connections (for example, bad solder joints) in the high-energy deflection circuitry, this can lead to damaging effects (fire). For that reason, the E/W current is sensed (via 3479//3480). If this current becomes too high, the 'thyristor' circuit (TS7653 and TS7654) is triggered. TS7442 is switched 'on' and TS7443 is forced into conduction. The 'SUP-ENABLE' signal is now shorted to ground level, which will force the Main Power Supply into Standby mode.
9.13 Audio (Diagram B6, B10, and A6)
The EM1.2A chassis contains ITT's Multi-standard Sound Processing (MSP IC, type MSP34xx) for sound decoding. This IC takes care of the main FM sound decoding. All MSP versions contain digital audio processing used for the basic left/right stereo sound, such as bass, treble, balance, incredible sound, and spatial. In addition to that, the MSP3451 is also able to perform 'Virtual Dolby;' a Dolby approved sound mode for surround sound reproduction with left/right speakers only.The MSP3451 is capable of supporting four stereo inputs. Therefore, an extra input selector (HEF4052) is not needed. It has a separate headphone output, so sound control can be performed separately from the speakers.
9.13.1 Inputs / Outputs
Inputs: The MSP can cover four stereo inputs and one mono input. Outputs: CVBS/decoder out, record select/WYSIWYR (What You See Is What You Record), and headphone.
9.13.2 Audio Decoding
The incoming signal is fed to the AGC. After this, an ADC converts the IF-signal to a digital signal.Two demodulation channels process this digital signal. The first one is able to handle FM.This channel contains a mixer to shift the incoming signal in the frequency domain. This shift is determined by the value of a DCO (Digital Controlled Oscillator).After the down-mix, the signal is fed, via a filter, to a discriminator. From here the FM demodulation can be performed.Both channels contain an 'automatic carrier mute' function, which automatically mutes the output of the analog section when no carrier is detected.After demodulation, the FM-signals are subjected to a deemphasis operation. After that, the matrix of the stereo system is applied.
Figure 9-15 Audio decoder block diagram
In the figure above, a simplified block diagram of a stereo sound system in a TV set shows the 'L+R' audio signal combined with the detected 'L-R' audio signal to develop stereo 'L' and 'R' audio. The 'pilot' signal is doubled in frequency (to 2fH) and re-inserted into the detection of the 'L-R'. This completes the detection. The pilot signal also tells the control circuit when a pilot frequency is present. The 'L-R' and 'L+R' audio are supplied to the stereo matrix. There, by addition and subtraction, the single 'R' and 'L' audio signals are output. The SAP audio is detected and made available. In addition, the indication of a SAP signal is given to the control circuit.
9.13.3 Audio Processing
The sound processing is performed completely by the MSP:• Volume control is performed by the user via the "SOUND"
menu.• Tone control in 'Stereo' sets is performed via the "BASS/
TREBLE" control.• Headphone control: the MSP has a separate Headphone
output so separate sound control is possible.
Automatic Volume Leveling (AVL)One of the features of the MSP-family is Automatic Volume Leveling (AVL). If used, AVL limits large volume differences in the broadcast between television programs and commercials, or within a movie. To be able to get a Dolby approval (for the Virtual Dolby sets), the AVL feature must be switchable. Therefore, the AVL feature is customer switchable via the menu.
9.13.4 Audio Amplifier (Diagram A6)
The audio amplifier part is very straightforward. It uses an integrated class B power amplifiers (TDA7497). It delivers an output of 2 x 10WRMS to two full range speakers and/or subwoofer.The supply voltage is +35 V, generated by the main supply via L5506.Muting is done via the 'SOUND-ENABLE' line connected to pin 9 of the amplifier IC and coming from the Painter. This signal is inverted by TS7730, as a result of which at a high level of the 'SOUND-ENABLE' signal, current is sinked from pin 9, and the IC mutes.
9.13.5 Headphone Amplifier (Diagram B10)
The headphone amplifier is a straightforward OpAmp amplifier (IC7681, NJM4556). It is supplied with +8 V.
CL 16532043_021.eps080501
BASEBAND AUDIOL+RDEMODULATOR
STEREODECODER
PILOTDET
2X
LEFT AUDIO
RIGHT AUDIO
PILOT DET
SAP DETECT
SAPDECODER
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 117EM1.2A AA 9.
9.14 CRT Panel / Rotation / Scavem (diagram F)
9.14.1 RGB Amplifiers
The integrated RGB amplifier (TDA6108, IC7307) is located on the CRT panel. The cathodes of the picture tube are driven by the outputs 9, 8, and 7.
9.14.2 Rotation (Diagram A5)
In sets with a rotation coil (wide screen sets), the amount of frame rotation is adjusted with the 'TILT' DAC-output of the HOP pin 25 (see 'Vertical Deflection').
9.14.3 Scavem
The Scavem-circuitry is implemented in the layout of the picture tube panel. It is thus not an extra module. Scavem means SCAn VElocity Modulation. This means that the picture content influences the horizontal deflection. In an ideal square wave, the sides are limited in slope by a limited bandwidth (5 MHz).Scavem will improve the slope as follows: At a positive slope, a Scavem-current is generated, which supports the deflection current. During the first half of the slope, the spot is accelerated and the picture is darker, while at the second half of the slope, the spot is delayed and the slope becomes steeper. At the end of the slope, the Scavem-current decays to zero, and the spot is at the original position. An overshoot occurs which improves the impression of sharpness. At the negative slope, the Scavem-current counteracts the deflection. The Y-Scavem signal comes from diagram B4 and is the input-signal for the Scavem-circuitry on the CRT-panel (it enters the CRT-panel on pin 5 of connector 1940). The Y-Scavem circuitry has: a RGB (2fH) input via the AV4-input, or a CVBS input for the other signal sources.Via TS7300 this signal is fed to emitter follower TS7304.The signal is conveyed to the differentiator C2330, R3324, and R3318. Only the high frequencies are differentiated (small RC-time). The positive and negative pulses of this signal drive TS7309/7303 and TS7310/7302, respectively, into conductivity. The DC setting of the output stage is set by R3421, R3423, R3424, and R3426. The working voltage of the transistors is settled at half the supply voltage. At the positive section of the pulse, the current flows through R3318, C2307, the Scavem-coil, and TS7309/7303. At the negative section of the pulse, the current flows through R3318, C2409, the Scavem-coil, and TS7310/7302.
9.15 Software Related Features
The following features are described:• Auto TV• 'Switch On' Behavior
9.15.1 AutoTV
The AutoTV (or 'Automatic Picture Control' or 'Active Control') aims at giving the customer the best possible picture performance at any time. It is a collection of algorithms that control the image processing parameters, depending on the picture properties retrieved from meters or information in the main software. The following sub-systems are defined for AutoTV. They are present or absent according to the hardware configuration of the set.• Auto Noise Reduction. This algorithm measures the
amount of noise in the incoming video signal (this is done by the LIMERIC part of the PICNIC). As a result of this
measurement, the amount of noise in the picture is corrected, starting from the noise level that is unpleasant to the customer. Which parameters can be used depends on the hardware.
• Auto Sharpness. This algorithm measures the amount of sharpness via the bandwidth of the incoming video signal and adapts the peaking frequency in the PICNIC according to this info. If the 'sharpness meter' sees the video content as 'sharp,' high frequency peaking will be used. If the picture content is seen as 'not sharp,' a low/mid frequency peaking is used.
Notes: • There is a coupling between the Auto Noise and the Auto
Sharpness algorithm: if noise is present in the video content, then in general the sharpness will be made less aggressive. Special care has to be taken to the interaction of the LIMERIC and the vertical peaking of the PICNIC: an overly large amount of vertical peaking increases the visibility of the 2DNR artifacts.
• Most algorithms are located in the embedded processor of the PICNIC, because of time-critical calculations, and because most picture analyzing and correction circuits are present in the PICNIC. Some parts of the algorithms are located in the main software, because the outcome needs to be sent to other I2C devices.
9.15.2 'Switch On' Behavior
This is the start up sequence:1. After the power is applied, the 'Standby supply' starts
oscillating, generating the +5V2 (and +3V3). A reset (POR) is generated and the Painter is awakened.
2. Next step is the check whether the set needs to be in 'Standby' mode or not. Therefore, the NVM content is read and the Standby-bit is checked. If the set is to stay in Standby, there is no further action.
3. If the set switches 'on', first the degaussing will be activated (12 seconds).
4. Meanwhile the MSP is reset and the Standby line is pulled low, leading to a full semi standby mode (5 V and 8V switched on).
5. The Painter waits until the +5V and the +8 V are fully present. Checking the AD-input of the Painter does this. The +5V, +8V, and I2C protection-algorithms are activated.
6. The HOP is instructed via the I2C-bus to start the drive. 7. The main supply is activated via the SUP-ENABLE signal.
The Line Deflection circuitry is now supplied with the VBAT, and the EHT generation can start.
8. During start-up of the deflection, I2C traffic must be disabled for 250 ms to avoid data corruption. If flashes or spikes are generated during EHT start-up, I2C data could be disturbed or corrupted.
9. After deflection is powered up completely, all the other protection-algorithms are activated.
10. The black current stabilization loop in the HOP is switched on. Some extra checking is done to ensure that the loops are completely stabilized.
11. The Painter sets all the necessary parameters for correct sound and image and unblanks the picture.
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 118 EM1.2A AA9.
9.16 Abbreviation list
2DNR Spatial (2D) Noise Reduction3DNR Temporal (3D) Noise ReductionAARA Automatic Aspect Ratio Adaptation:
algorithm that adapts aspect ratio to remove horizontal black bars; keeps the original aspect ratio
ACI Automatic Channel Installation: algorithm that installs TV channels directly from a cable network by means of a predefined TXT page
ADC Analog to Digital ConverterAFC Automatic Frequency Control: control
signal used to tune to the correct frequency
AGC Automatic Gain Control: algorithm that controls the video input of the feature box
AM Amplitude ModulationANR Automatic Noise Reduction: one of the
algorithms of Auto TVAR Aspect Ratio: 4 by 3 or 16 by 9ASF Auto Screen Fit: algorithm that adapts
aspect ratio to remove horizontal black bars without discarding video information
ATV See Auto TVAUDIO_C AUDIO CenterAUDIO_L AUDIO LeftAUDIO_R AUDIO RightAUDIO_SL AUDIO Surround LeftAUDIO-SR AUDIO Surround RightAUDIO_SW AUDIO SubWooferAuto TV A hardware and software control
system that measures picture content, and adapts image parameters in a dynamic way
BC-PROT PROTection signal to the µP for a too high Beam Current.
BG System B and GBLC-INFO BLack Current INFOB-SC1-IN Blue SCART1 INB-SC2-IN Blue SCART2 INB-TXT Blue TeleteXTCBA Circuit Board Assembly (PCB)CC Closed CaptionCL Constant Level: audio output to
connect with an external amplifierComPair Computer aided rePairCRT Cathode Ray Tube or picture tubeCSM Customer Service ModeCTI Color Transient Improvement:
manipulates steepness of chroma transients
CVBS Composite Video Blanking and Synchronization
CVBS-TER CVBS TERrestrialDAC Digital to Analog ConverterDBE Dynamic Bass Enhancement: extra
low frequency amplificationDC-filament Filament supply voltage DFU Directions For Use: owner's manualDNR Digital Noise Reduction: noise
reduction feature of the setDSP Digital Signal ProcessingDST Dealer Service Tool: special remote
control designed for service technicians
DVD Digital Video DiscDYN-FASE-COR DYNamic phASE CORrection:
corrects the phase of the H-driveEHT Extra High Tension
EHT-INFO Extra High Tension INFOrmation, used for contrast reduction, vertical and horizontal amplitude correction, beam current protection, and flash detection.
EW East West, related to horizontal deflection of the set
EW-DRIVE The drive signal for the EW transistorEXT EXTernal (source), entering the set by
SCART or by cinches (jacks)FBL Fast BLanking: DC signal
accompanying RGB signalsFBL-PIP The Fast BLanking signal for PIPFBL-TXT The Fast BLanking signal for TXT. It
has a higher priority than FBL-PIPFBSCO Fixed Beam Current Switch Off, a 140
V dip detection to activate the black switch off circuit
FBX Feature BoX: part of the small signal board /separate module which contains 100 Hz processing, extra features and AutoTV algorithms (FBX6= based on PICNIC, FBX7= based on PICNIC and Eagle)
FDS Full Dual ScreenFILAMENT Filament of CRTFLASH FLASH memoryFM Field Memory or Frequency
ModulationG-TXT Green TeleteXTGND-DRIVE A separate ground for the line-drive
toward the line driverHA50 Horizontal Acquisition 1fh: horizontal
sync pulse coming out of the HIPHD100 Horizontal Drive 2fH: horizontal sync
pulse coming out of the feature-boxHD@HOME A signal from the Painter, to switch the
HOP to the Pixel Plus standard (60 Hz frame)
HFB Horizontal Flyback Pulse: horizontal sync pulse from large signal deflection
HIP High-end video Input Processor (TDA9320): video and chroma decoder.
HOP High-end video Output Processor (TDA9330): video, sync, and geometry controller
HP HeadPhoneInterlaced Scan mode where two fields are used
to form one frame. Each field contains half the number of the total amount of lines. The fields are written in 'pairs,' causing line flicker
Last Status The settings last chosen by the customer and read and stored in RAM or in the NVM. They are called at start-up of the set to configure it according to the customer's preferences
LDP Line Deflection Protection signal, derived from the EW current and voltage
LED Light Emitting DiodeLINE-DRIVE LINE DRIVE signal (for the Line
transistor)LNA Low Noise AdapterLSP Large Signal PanelMSP Multi-standard Sound Processor: ITT
sound decoderMUTE MUTE LineNC Not ConnectedNVM Non Volatile Memory: IC containing
TV related data such as alignmentsO/C Open CircuitON/OFF_LED ON/OFF control signal for the LEDOSD On Screen Display
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 119EM1.2A AA 9.
OTC On screen display Teletext and Control; also called Artistic (SAA5800)
P50 Project 50 communication: protocol between TV and peripherals
PCB Printed Circuit BoardPICNIC Peripheral Integrated Combined
Network IC (SAA4978): main IC for 100 Hz features and feature processing
PIP Picture In PictureProgressive Scan Scan mode where all scan lines are
displayed in one frame at the same time, creating double vertical resolution.
PTP Picture Tube PanelRAM Random Access MemoryR-TXT Red TeleteXTRC Remote ControlRC5 Signal protocol from the remote
control receiver RESET RESET signalRGB-PIP RGB-input for PIPRGB-TXT RGB-input for TeleteXT and OSDRGB-VC RGB-input to the Picture Tube PanelROM Read Only MemorySAM Service Alignment ModeSC SandCastle: two-level pulse derived
from sync signalsS/C Short CircuitSCAVEM SCAn VElocity ModulationSCL-F CLock Signal on Fast I2C busSD Standard DefinitionSDA-F DAta Signal on Fast I2C busSIF Sound Intermediate FrequencySIMM 80-fold connector between LSP and
SSBSNERT Synchronous No parity Eight bit
Reception and TransmitSSB Small Signal BoardSTBY STandBYSW SubWooferTXT TeleteXTuP MicroProcessorU100 U from Feature BoxV100 V from Feature BoxVA50 Vertical Acquisition 1fHVBAT Main supply for deflection (usually 141
V)VD100 Vertical Drive 2fH: vertical sync pulse
from deflectionVDPOS One of the symmetrical drive signals
for the DC frame output stage.VDNEG One of the symmetrical drive signals
for the DC frame output stage.VFB Vertical Flyback Pulse: vertical sync
pulse coming from the feature boxVL Variable Level out: processed audio
output toward external amplifierWYSIWYR What You See Is What You Record:
record selection that follows main picture and sound
X-RAY-PROT A PROTection signal against excessive X-RAY radiation
XTAL Quartz crystalY100 Y from Feature BoxY-OUT Luminance-signal to HOP ICYUV-Feat The YUV input for the main picture,
coming from the Feature box or the HIP
Circuit Descriptions, Abbreviation List, and IC Data SheetsEN 120 EM1.2A AA9.
9.17 IC Data Sheets
This section shows the internal block diagrams and pin layouts of ICs that are drawn as 'black boxes' in the electrical diagrams (with the exception of 'memory' and 'logic' ICs).
9.17.1 Diagram B7, SAA5667HL (IC7001)
Figure 9-16 Internal Block Diagram and Pin Layout 'Painter'
Block Diagram
GSA023
MICROPROCESSOR(80C51)
SRAM256-byte
ROM(128 or 192-kbyte)
MEMORYINTERFACE
DISPLAY
R
G
B
VDS
HSYNC
VSYNC
CVBSDATA
CAPTURE
DRAM(14-kbyte)
TV CONTROLAND
INTERFACEI2C-bus, general I/O
DISPLAYTIMINGCVBS
DATACAPTURE
TIMING
Pinning
75
74
73
72
71
70
69
68
67
66
65
64
63
62
61
60
59
58
57
56
55
54
53
52
5125
24
23
22
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
P3.7
P0.4/INT4
A6
P0.3/INT3
VPE
ALE
PSEN
P0.2/INT2
P0.1/TX
P0.0/RX
A7
EA
P0.5
VSSP
VSSC
WR
RD
A14
A15_LN
P3.3/ADC3
P3.2/ADC2
P3.1/ADC1
A17_LN
P3.0/ADC0
P2.7/PWM6
RAMBK0
VDS
HSYNC
P3.5/INT5
VSYNC
ROMBK2
ROMBK1
ROMBK0
P3.6
VSSP
INTD
VSSC
VDDC
A11
A10
A9
A8
MOVX_WR
OSCGND
XTALIN
XTALOUT
RESET
RESET
MOVX_RD
VDDP
100
99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81 80 79 78 77 76
P2.
0/T
PW
M
VS
SC
P2.
6/P
WM
5
P2.
5/P
WM
4
P2.
4/P
WM
3
P2.
3/P
WM
2
P2.
2/P
WM
1
P2.
1/P
WM
0
AD
7
AD
6
AD
5
AD
4
AD
3
AD
2
AD
1
AD
0
P1.
5/S
DA
1
P1.
4/S
CL1
P1.
7/S
DA
0
P1.
6/S
CL0
P1.
3/T
1
P1.
2/IN
T0
P1.
1/T
0
A16
_LN
P1.
0/IN
T1
A5
A4
P0.
6
P0.
7/T
2
VS
SA
CV
BS
0
CV
BS
1
A15
_BK
SY
NC
_FIL
TE
R
IRE
F
A13
A12 A3
A2
A1
FR
AM
E
VP
E
CO
R
P3.
4/P
WM
7/T
2EX
VD
DA B G R A0
RA
MB
K1
26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50
GSA020
SAA56xx
CL 36532038_114.eps020703
Circuit Descriptions, Abbreviation List, and IC Data Sheets EN 121EM1.2A AA 9.
9.17.2 Diagram CO, µPD64083 (IC7015)
Figure 9-17 Internal Block Diagram and Pin Layout '3D Comb filter
BPF
DYCO9-0
ACO
ACI
CSI
VRBY
VCLY
VRTYAYI
XOXI
FSCO
CKM DCLK8FSCI
RSTBSLA0SCLSDA
ALTF
CBPC
CBPYAYO
Bias
Y-Vertical
Aperture
com pensation
Y-high freq.peaking
RecursiveCNR
Delay
RecursiveYNR
Y-high freq.coring
C-BPF&delay
Adjustm ent
ID-1Encoder
SyncSeparation
Non-standard
signaldetection
HVCounter
W CV-IDDecoder
I2C BusInterface
MotionDetection
ChromaMixer
Line Com bFilter
10bitC-ADC
10bitY-ADC
Line Com bFilter
Line Com bFilter
10bitY-DAC
fSC
Generator
10bitfSC-DAC
8fSC
PLL
10bitC-DAC
Errordetection
4fSC
4fSC
8fSC
EXADINS
YCNR
H
HH
HH
YCNRKIL
YCNR
C3
YCNRMNNR
YCNRMNNR
4M bitFlam eDelay
Mem ory
VRBCVRTC
ID-1Decoder
EXTDYCOS
Clam p
DYCOSelect
EXTDYCO9-0
EXTALTF
Block Diagram
Pin Configuration (Top View) 100-pin plastic QFP (14 20)
PD64083GF-3BA
DV
DD
RA
MD
VD
DR
AM
TE
ST
15T
ES
T16
TE
ST
17T
ES
T18
TE
ST
19D
VD
DIO
TE
ST
20D
GN
DT
ES
T21
TE
ST
22T
ES
T23
TE
ST
24D
VD
DA
VD
D XI
XO
AG
ND
FS
CO
DV
DD
T
ES
T26
T
ES
T25
A
GN
D
AC
I V
RB
C
VR
TC
A
VD
D
AV
DD
V
RT
Y
VR
BY
V
CLY
A
YI
AG
ND
A
GN
D
CB
PY
A
YO
A
CO
C
BP
C
AV
DD
DGND TESTIC1 TESTIC2 TEST01 TEST02 TEST03 TEST04 TEST05 TEST06 TEST07 TEST08 TEST09 TEST10 TEST11 TEST12 TEST13 TEST14
EXTALTF EXTDYCO0 EXTDYCO1 EXTDYCO2 EXTDYCO3 EXTDYCO4 EXTDYCO5 EXTDYCO6 EXTDYCO7 EXTDYCO8 EXTDYCO9 DGNDRAM DGNDRAM
DGND KIL LINE RPLL CSI ALTF DYCO9 DYCO8 DYCO7 DYCO6 DYCO5 DYCO4 DYCO3 DYCO2 DYCO1 DYCO0 DVDD NSTD ST1 ST0 SDA SCL SLA0 RSTB CLK8 DGND CKMD AVDD FSCI AGND
100 99 98 97 96 95 94 93 92 91 90 89 88 87 86 85 84 83 82 81
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
80 79 78 77 76 75 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 53 52 51
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
CL 36532038_115.eps020703
Spare Parts ListEN 122 EM1.2A AA10.
10. Spare Parts List
Large Signal Panel [A]
Various
1205 2422 025 17242 Connector 80p f1417 4822 265 20723 Connector 2p m1424 2422 025 11244 Connector 7p m1491 4822 267 10973 Connector 1p m1498 2422 025 04849 Connector 2p m1499 2422 025 04849 Connector 2p m1501 4822 070 36302 Fuse 6.3A1502 4822 267 10774 Connector 2p m Rd1503 4822 070 14002 Fuse 4A1505 2422 025 16374 Connector 2p m1511 4822 265 11253 Fuse holder 2p1512 4822 265 11253 Fuse holder 2p1550 2422 132 07411 Relay 1p 5V 5A1590 4822 252 60151 Sparkgap dsp5011591 4822 252 60151 Sparkgap dsp5011601 2422 086 10919 Fuse 65V 125mA1620 4822 267 10735 Connector 3p m1625 2422 025 16382 Connector 3p m1735 4822 267 10565 Connector 4p1738 4822 267 10735 Connector 3p m1900 2422 026 05064 Socket CINCH 12p1901 2422 026 04926 Socket SVHS 4p f1933 4822 267 10565 Connector 4p1934 2422 025 12482 Connector 6p m1936 2422 025 12485 Connector 11p m1940 2422 025 12485 Connector 11p m1943 4822 267 10748 Connector 3p m1945 2422 025 16382 Connector 3p m1947 4822 267 10734 Connector 5p m1951 4822 267 10734 Connector 5p m8000 3104 311 03272 Cable 640mm EHT8193 4822 320 20216 Focus cable 364 mm8194 4822 320 20189 Cable HT-focus 44cm Rd
2100 4822 126 13841 1nF 20% 250V2101 4822 121 51598 2.2nF 5% 400V2102 4822 124 40207 100µF 20% 25V2103 2020 552 94427 100pF 5% 50v 06032104 2020 021 91763 2200µF 20% 16V2105 2020 552 94427 100pF 5% 50v 06032107 4822 121 43855 3.3nF 5% 400V2108 4822 121 70162 10nF 5% 400V2109 4822 126 14472 1µF 10% 10V 08052110 4822 126 14472 1µF 10% 10V 08052111 4822 121 43526 47nF 5% 250V2112 5322 126 11583 10nF 10% 50V 06032115 4822 124 40764 22µF 100 V2116 4822 126 13682 100pF 5% 1kV2118 4822 124 80061 1000µF 20% 25V2119 4822 123 14025 2200µF 20% 16V2120 4822 126 13862 1.5nF 10% 2kV2121 4822 121 41856 22nF 5% 250V2122 4822 121 41856 22nF 5% 250V2126 4822 123 14025 2200µF 20% 16V2130 5322 126 11583 10nF 10% 50V 06032131 4822 126 13881 470pF 5% 50V2132 4822 126 10206 2.2nF 10% 500V2140 4822 124 40248 10µF 20% 63V2141 4822 124 40248 10µF 20% 63V2143 4822 126 10206 2.2nF 10% 500V2144 4822 126 14472 1µF 10% 10V 08052145 4822 126 13881 470pF 5% 50V2147 3198 017 31530 15nF 20% 50V 06032148 4822 126 13599 3.3nF 10% 500V2149 4822 126 14472 1µF 10% 10V 08052150 5322 126 11583 10nF 10% 50V 06032151 4822 124 40207 100µF 20% 25V2153 5322 126 11582 6.8nF 10% 63V2154 4822 126 14549 33nF 16V 06032155 4822 126 14585 100nF 10% 50V2156 5322 126 11583 10nF 10% 50V 06032157 4822 121 42687 3.3nF 10% 63V2159 4822 126 13881 470pF 5% 50V2160 4822 126 13881 470pF 5% 50V2161 4822 126 14152 680pF 10% 1kV2163 2222 338 22104 100nF 20% 275V2200 4822 124 40248 10µF 20% 63V2201 4822 126 13879 220nF 20% 16V2202 4822 126 13473 220nF 80-20% 50V2203 4822 124 40433 47µF 20% 25V2400 4822 124 11575 47µF 20% 160V2401 4822 121 42077 6.8nF 10% 400V
2402 4822 124 12373 47µF 20% 250V2403 2238 916 15641 22nF 10% 25V 06032403 3198 017 34730 47nF 16V 06032404 2238 916 15641 22nF 10% 25V 06032404 3198 017 34730 47nF 16V 06032412 3198 024 44730 47nF 50V 06032413 4822 124 12255 10µF 20% 50V2414 3198 024 44730 47nF 50V 06032415 4822 126 13883 220pF 5% 50V2417 4822 126 14076 220nF 25V. 20%2419 4822 126 14237 470pF 10% 2kV2420 2222 375 90229 680pF 5% 2kV2420 4822 121 70594 1nF 5% 2kV2421 2038 301 00312 1.2µF 5% 250V2421 4822 121 42634 560nF 5% 250V2425 4822 121 10526 9.1nF 5% 2kV2425 4822 121 70435 10nF 5% 2kV2426 2222 375 90345 20nF 5% 630V2426 4822 121 10653 22nF 5% 630V2430 4822 126 10206 2.2nF 10% 500V2431 4822 126 10206 2.2nF 10% 500V2433 4822 121 10868 510nF 5% 250V2433 4822 121 43888 360nF 5% 250V2440 2020 552 96448 1µF 10% 16V2443 9965 000 09661 470pF 50V 10%2448 5322 122 32268 470pF 5% 63V2450 4822 121 42408 220nF 10% 50V2451 2020 012 93757 1000µF 20% 10V2454 3198 017 31530 15nF 20% 50V 06032455 5322 126 11578 1nF 10% 50V 06032457 4822 126 13188 15nF 5% 63V2458 4822 126 14241 330pF 50V 06032460 4822 124 81144 1000µF 16V2461 4822 122 31169 1.5nF 10% 500V2462 4822 124 11767 470µF 20% 25V2463 4822 122 31177 470pF 10% 500V2464 2020 021 91844 470µF 20% 25V2465 4822 122 31177 470pF 10% 500V2466 2238 586 59812 100nF 20-80% 50V 06032468 4822 122 31177 470pF 10% 500V2480 5322 126 11582 6.8nF 10% 63V2482 3198 017 34730 47nF 16V 06032483 3198 017 31530 15nF 20% 50V 06032490 2020 021 91677 1000µF 20% 50V2491 4822 124 81151 22µF 50V2492 4822 124 41584 100µF 20% 10V2494 2238 780 15654 220nF 10% 16V2495 2238 780 15654 220nF 10% 16V2496 2238 586 59812 100nF 20-80% 50V 06032496 3198 017 31540 150nF 10V 06032497 4822 126 12105 33nF 5% 50V2499 5322 126 11579 3.3nF 10% 63V2501 4822 126 14053 1nF 10% 2kV2503 4822 121 51472 39nF 5% 250V2504 2238 916 15641 22nF 10% 25V 06032505 2020 554 90169 470pF 20% 250V2506 4822 121 43526 47nF 5% 250V2507 2222 338 22474 470nF 20% 275V2508 4822 124 11913 22nF 20% 275V2509 4822 124 11913 22nF 20% 275V2510 4822 126 12263 220pF 10% 2kV2512 4822 124 12056 1000µF 20% 35V2513 4822 126 13881 470pF 5% 50V2514 4822 126 14238 2.2nF 50V 06032515 4822 124 80096 47µF 200V2516 2020 024 90593 470µF 20% 400V2517 4822 121 70162 10nF 5% 400V2518 4822 126 13597 330pF 10% 500V2519 4822 126 10206 2.2nF 10% 500V2525 4822 126 14247 1.5nF 50V 06032526 2020 558 90571 2.2nF 10% 1kV2527 4822 126 14237 470pF 10% 2kV2528 4822 126 14472 1µF 10% 10V 08052529 4822 126 14585 100nF 10% 50V2530 4822 126 14472 1µF 10% 10V 08052531 4822 122 31169 1.5nF 10% 500V2532 4822 126 14472 1µF 10% 10V 08052533 2020 557 90732 4.7nF 10% 250V2535 4822 126 13193 4.7nF 10% 63V2537 4822 124 11913 22nF 20% 275V2538 4822 122 33177 10nF 20% 50V2539 3198 028 41090 10µF 20% 35V2540 4822 124 40248 10µF 20% 63V2541 4822 126 13597 330pF 10% 500V2544 5322 126 11578 1nF 10% 50V 06032547 2222 338 22104 100nF 20% 275V2601 2238 586 59812 100nF 20-80% 50V 06032603 4822 126 13883 220pF 5% 50V2604 4822 126 13473 220nF 80-20% 50V
2605 4822 126 13883 220pF 5% 50V2620 4822 126 13473 220nF 80-20% 50V2621 2238 586 59812 100nF 20-80% 50V 06032622 4822 124 40255 100µF 20% 63V2623 4822 126 14238 2.2nF 50V 06032624 4822 121 51252 470nF 5% 63V2625 4822 121 51252 470nF 5% 63V2627 5322 124 40641 10µF 20% 100V2628 4822 124 40255 100µF 20% 63V2630 4822 126 14491 2.2µF -20+80% 10V 08052631 4822 126 14491 2.2µF -20+80% 10V 08052633 5322 126 11579 3.3nF 10% 63V2635 2238 586 59812 100nF 20-80% 50V 06032642 4822 124 40255 100µF 20% 63V2653 4822 126 14238 2.2nF 50V 06032656 2238 916 15641 22nF 10% 25V 06032657 2238 916 15641 22nF 10% 25V 06032659 2238 916 15641 22nF 10% 25V 06032660 5322 126 11578 1nF 10% 50V 06032662 5322 126 11579 3.3nF 10% 63V2701 2238 916 15641 22nF 10% 25V 06032701 4822 126 13879 220nF 20% 16V2702 5322 126 11579 3.3nF 10% 63V2703 2238 916 15641 22nF 10% 25V 06032703 4822 126 13879 220nF 20% 16V2704 5322 126 11579 3.3nF 10% 63V2705 4822 126 14491 2.2µF -20+80% 10V 08052706 5322 126 11579 3.3nF 10% 63V2707 4822 126 14043 1µF 20% 16V2708 4822 124 11767 470µF 20% 25V2709 3198 026 51020 1000µF 50V 20%2710 4822 126 14585 100nF 10% 50V2711 4822 124 80061 1000µF 20% 25V2712 3198 017 34730 47nF 16V 06032713 3198 017 34730 47nF 16V 06032714 4822 124 80061 1000µF 20% 25V2715 3198 017 34730 47nF 16V 06032716 3198 017 34730 47nF 16V 06032717 4822 124 80061 1000µF 20% 25V2718 3198 017 34730 47nF 16V 06032719 3198 017 34730 47nF 16V 06032721 2222 780 19867 2.2µF 16V 08052722 4822 124 40255 100µF 20% 63V2751 4822 126 14585 100nF 10% 50V2752 4822 124 40207 100µF 20% 25V2754 4822 126 14043 1µF 20% 16V2755 4822 124 40207 100µF 20% 25V2756 2222 867 15339 33pF 5% 50V 06032757 2238 586 59812 100nF 20-80% 50V 06032758 4822 126 14043 1µF 20% 16V2759 4822 124 40207 100µF 20% 25V2760 2222 867 15339 33pF 5% 50V 06032761 2238 586 59812 100nF 20-80% 50V 06032762 3198 016 31020 1nF 10% 25V 06032763 3198 016 31020 1nF 10% 25V 06032764 4822 124 80195 470µF 20% 10V2914 4822 124 40248 10µF 20% 63V2915 4822 124 40248 10µF 20% 63V2940 4822 124 41584 100µF 20% 10V2941 4822 126 14585 100nF 10% 50V2942 4822 126 14585 100nF 10% 50V2943 4822 126 14585 100nF 10% 50V2945 4822 126 14491 2.2µF -20+80% 10V 08052946 4822 126 14491 2.2µF -20+80% 10V 08052947 4822 124 40769 4.7µF 20% 100V2950 5322 126 11583 10nF 10% 50V 06032951 5322 126 11583 10nF 10% 50V 06032991 4822 126 14241 330pF 50V 06032992 4822 126 14241 330pF 50V 06032993 5322 122 32531 100pF 5% 50V2994 5322 122 32531 100pF 5% 50V2998 5322 122 32531 100pF 5% 50V2999 5322 122 32531 100pF 5% 50V
3101 4822 053 20475 4.7MΩ 5% 0.25W3102 4822 050 21002 1kΩ 1% 0.6W3103 4822 050 21002 1kΩ 1% 0.6W3104 4822 116 52195 47Ω 5% 0.5W3105 4822 050 11002 1kΩ 1% 0.4W3106 4822 050 11002 1kΩ 1% 0.4W3107 4822 050 11002 1kΩ 1% 0.4W3108 2122 101 02083 1.5Ω 5% 0,5W3111 4822 053 10152 1.5kΩ 5% 1W3113 4822 116 52186 22Ω 5% 0.5W3114 4822 116 83872 220Ω 5% 0.5W3115 4822 116 52257 22kΩ 5% 0.5W3116 4822 116 52257 22kΩ 5% 0.5W
Spare Parts List EN 123EM1.2A AA 10.
3117 4822 116 52195 47Ω 5% 0.5W3118 2122 101 02083 1.5Ω 5% 0,5W3121 4822 051 30109 10Ω 5% 0.062W3123 4822 116 52176 10Ω 5% 0.5W3124 2122 101 02111 39Ω 5% 0,5W3125 4822 116 52182 15Ω 5% 0.5W3126 4822 050 21003 10kΩ 1% 0.6W3127 4822 116 52289 5.6kΩ 5% 0.5W3130 4822 051 30479 47Ω 5% 0.062W3131 4822 051 20471 470Ω 5% 0.1W3132 4822 051 20479 47Ω 5% 0.1W3133 4822 117 12925 47kΩ 1% 0.063W 06033134 4822 051 30102 1kΩ 5% 0.062W3135 4822 051 30101 100Ω 5% 0.062W3136 4822 051 30109 10Ω 5% 0.062W3137 4822 050 24702 4.7kΩ 1% 0.6W3138 4822 051 20105 1MΩ 5% 0.1W3140 4822 051 20223 22kΩ 5% 0.1W3141 4822 116 52263 2.7kΩ 5% 0.5W3142 4822 051 30332 3.3kΩ 5% 0.062W3143 4822 051 30101 100Ω 5% 0.062W3144 4822 053 10221 220Ω 5% 1W3150 4822 117 11373 100Ω 1% 08053151 4822 051 30109 10Ω 5% 0.062W3152 4822 051 30102 1kΩ 5% 0.062W3153 4822 051 20472 4.7kΩ 5% 0.1W3155 4822 051 30101 100Ω 5% 0.062W3156 5322 117 13017 100Ω 1% 0.063W 06033157 4822 051 30103 10kΩ 5% 0.062W3158 5322 117 13021 47Ω 1% 0.063W 06033159 4822 051 30103 10kΩ 5% 0.062W3160 4822 051 30102 1kΩ 5% 0.062W3161 4822 052 10101 100Ω 5% 0.33W3164 4822 117 13632 100kΩ 1% 0603 0.62W3165 4822 051 30331 330Ω 5% 0.062W3168 4822 051 20472 4.7kΩ 5% 0.1W3169 4822 051 30102 1kΩ 5% 0.062W3170 4822 117 12925 47kΩ 1% 0.063W 06033171 4822 116 52297 68kΩ 5% 0.5W3172 4822 116 52297 68kΩ 5% 0.5W3200 4822 117 11373 100Ω 1% 08053201 4822 117 11373 100Ω 1% 08053250 4822 051 20008 Jumper 08053261 4822 117 11373 100Ω 1% 08053262 4822 117 11373 100Ω 1% 08053400 4822 052 11108 1Ω 5% 0.5W3401 4822 053 12279 27R00 5% 3W3402 4822 053 10121 120Ω 5% 1W3403 4822 116 52175 100Ω 5% 0.5W3404 4822 051 30471 470Ω 5% 0.062W3406 4822 117 11373 100Ω 1% 08053407 4822 051 30103 10kΩ 5% 0.062W3409 4822 050 11002 1kΩ 1% 0.4W3410 4822 051 20479 47Ω 5% 0.1W3411 2122 101 02111 39Ω 5% 0,5W3412 4822 117 11817 1.2kΩ 1% 0.062W3414 4822 051 30331 330Ω 5% 0.062W3415 3198 012 31590 15Ω 5% 3W3417 4822 116 52176 10Ω 5% 0.5W3418 4822 050 25603 56kΩ 1% 0.6W3419 4822 051 30474 470kΩ 5% 0.062W3420 4822 051 30332 3.3kΩ 5% 0.062W3421 4822 051 30474 470kΩ 5% 0.062W3422 4822 051 30332 3.3kΩ 5% 0.062W3423 4822 053 10688 6.8Ω 5% 1W3425 4822 116 52176 10Ω 5% 0.5W3426 4822 116 52176 10Ω 5% 0.5W3427 4822 051 30683 68kΩ 5% 0.062W3427 4822 117 12864 82kΩ 5% 0.6W3427 4822 117 13632 100kΩ 1% 0603 0.62W3428 4822 051 30684 680kΩ 5% 0.062W3429 4822 051 30103 10kΩ 5% 0.062W3429 4822 051 30223 22kΩ 5% 0.062W3430 4822 051 30123 12kΩ 5% 0.062W3430 4822 051 30223 22kΩ 5% 0.062W3431 2306 207 03151 150Ω 5% 0.5W3432 2322 702 60564 560kΩ 5% 06033432 4822 051 30684 680kΩ 5% 0.062W3440 4822 051 30102 1kΩ 5% 0.062W3441 4822 051 30223 22kΩ 5% 0.062W3442 4822 051 30474 470kΩ 5% 0.062W3443 4822 051 30684 680kΩ 5% 0.062W3447 4822 117 11373 100Ω 1% 08053449 4822 052 10101 100Ω 5% 0.33W3450 4822 050 21003 10kΩ 1% 0.6W3450 4822 116 52244 15kΩ 5% 0.5W3451 4822 050 21003 10kΩ 1% 0.6W3451 4822 116 52303 8.2kΩ 5% 0.5W3454 4822 051 20108 1Ω 5% 0.1W3455 4822 117 12902 8.2kΩ 1% 0.063W 06033456 4822 117 12903 1.8kΩ 1% 0.063W 06033457 4822 051 30152 1.5kΩ 5% 0.062W3458 4822 051 30471 470Ω 5% 0.062W3459 4822 051 30272 2.7kΩ 5% 0.062W
3460 4822 052 10108 1Ω 5% 0.33W3461 4822 052 10108 1Ω 5% 0.33W3462 4822 052 11108 1Ω 5% 0.5W3463 4822 052 11108 1Ω 5% 0.5W3464 4822 052 11108 1Ω 5% 0.5W3465 4822 052 11108 1Ω 5% 0.5W3466 4822 051 30472 4.7kΩ 5% 0.062W3467 4822 117 13632 100kΩ 1% 0603 0.62W3472 4822 051 30393 39kΩ 5% 0.062W3474 4822 051 30563 56kΩ 5% 0.062W3475 4822 051 30472 4.7kΩ 5% 0.062W3476 4822 116 83874 220kΩ 5% 0.5W3478 4822 116 52175 100Ω 5% 0.5W3479 4822 052 10478 4.7Ω 5% 0.33W3480 4822 052 10478 4.7Ω 5% 0.33W3480 4822 052 10688 6.8Ω 5% 0.33W3481 2322 750 61001 100Ω 5% 12063482 4822 051 30221 220Ω 5% 0.062W3483 4822 117 12903 1.8kΩ 1% 0.063W 06033484 4822 051 30472 4.7kΩ 5% 0.062W3485 4822 051 30471 470Ω 5% 0.062W3486 2322 704 67502 7.5kΩ 1% 0,5W3487 5322 117 13056 8.2kΩ 1% 0.063W 06033488 4822 050 21005 1MΩ 1% 0.6W3489 4822 051 30103 10kΩ 5% 0.062W3490 4822 051 30332 3.3kΩ 5% 0.062W3491 4822 051 30273 27kΩ 5% 0.062W3492 4822 116 52175 100Ω 5% 0.5W3496 4822 051 30272 2.7kΩ 5% 0.062W3497 4822 051 30333 33kΩ 5% 0.062W3500 2306 253 21567 0.56Ω 5% 10W3501 2120 103 90057 100Ω 20% 0.5W3504 4822 051 30222 2.2kΩ 5% 0.062W3505 4822 116 52245 150kΩ 5% 0.5W3506 4822 051 30562 5.6kΩ 5% 0.063W 06033507 4822 050 21604 160kΩ 1% 0.6W3508 4822 116 52182 15Ω 5% 0.5W3509 2122 550 00158 VDR 1mA 612V3510 5322 117 12487 1kΩ 1% 0.125W3511 4822 053 11222 2.2kΩ 5% 2W3512 4822 051 30334 330kΩ 5% 0.062W3513 4822 116 52272 330k 5% 0.5W3514 4822 117 11744 0.22Ω 5% 1W3515 4822 117 11744 0.22Ω 5% 1W3517 4822 117 10834 47kΩ 1% 0.1W3518 4822 053 20334 330kΩ 5% 0.25W3519 4822 117 11817 1.2kΩ 1% 0.062W3520 4822 053 11333 33kΩ 5% 2W3521 4822 053 21155 1.5Ω 5% 0.5W3522 4822 117 11507 6.8kΩ 1% 0.1W3523 4822 051 20105 1MΩ 5% 0.1W3524 4822 051 30333 33kΩ 5% 0.062W3525 4822 051 30479 47Ω 5% 0.062W3526 4822 116 83303 0.1Ω 2W3527 4822 117 11951 2kΩ 1% 0.1W3528 4822 051 30103 10kΩ 5% 0.062W3529 4822 051 30472 4.7kΩ 5% 0.062W3530 4822 051 30102 1kΩ 5% 0.062W3531 4822 051 20472 4.7kΩ 5% 0.1W3532 4822 117 12925 47kΩ 1% 0.063W 06033533 4822 116 52182 15Ω 5% 0.5W3534 4822 117 12925 47kΩ 1% 0.063W 06033535 4822 051 30479 47Ω 5% 0.062W3536 4822 051 30152 1.5kΩ 5% 0.062W3537 4822 052 10102 1kΩ 5% 0.33W3538 4822 051 20333 33kΩ 5% 0.1W3539 4822 051 20393 39kΩ 5% 0.1W3540 4822 050 21003 10kΩ 1% 0.6W3541 4822 116 52186 22Ω 5% 0.5W3542 4822 116 83303 0.1Ω 2W3543 4822 050 11002 1kΩ 1% 0.4W3544 4822 051 20393 39kΩ 5% 0.1W3545 4822 116 52244 15kΩ 5% 0.5W3546 4822 050 21003 10kΩ 1% 0.6W3547 4822 051 30221 220Ω 5% 0.062W3548 4822 050 11002 1kΩ 1% 0.4W3549 4822 051 30393 39kΩ 5% 0.062W3550 2122 663 00018 PTC 4.7Ω 20%3551 4822 116 52219 330Ω 5% 0.5W3552 4822 117 12903 1.8kΩ 1% 0.063W 06033553 4822 051 30153 15kΩ 5% 0.062W3554 4822 053 20685 6.8MΩ 5% 0.25W3555 4822 051 20684 680kΩ 5% 0.1W3556 4822 117 10834 47kΩ 1% 0.1W3557 4822 117 13579 220kΩ 1% 0.1W 08053558 4822 117 10834 47kΩ 1% 0.1W3559 4822 050 21003 10kΩ 1% 0.6W3560 2322 734 61205 1.2MΩ 1% 08053562 2120 103 90057 100Ω 20% 0.5W3610 4822 051 30223 22kΩ 5% 0.062W3611 4822 051 30222 2.2kΩ 5% 0.062W3620 2122 101 02083 1.5Ω 5% 0,5W3620 4822 116 80176 1Ω 5% 0.5W3621 2122 101 02083 1.5Ω 5% 0,5W
3621 2138 101 13128 1.2Ω 5%3622 4822 050 21808 1.8Ω 1% 0,6W3622 4822 116 80176 1Ω 5% 0.5W3623 4822 116 52251 18kΩ 5% 0.5W3623 4822 116 52257 22kΩ 5% 0.5W3624 4822 052 10158 1.5Ω 5% 0.33W3625 4822 116 52206 120Ω 5% 0.5W3625 4822 116 83872 220Ω 5% 0.5W3626 4822 116 52175 100Ω 5% 0.5W3626 4822 116 83872 220Ω 5% 0.5W3627 4822 117 10833 10kΩ 1% 0.1W3630 4822 051 30333 33kΩ 5% 0.062W3631 4822 051 30222 2.2kΩ 5% 0.062W3632 4822 051 30393 39kΩ 5% 0.062W3633 4822 051 30563 56kΩ 5% 0.062W3634 4822 116 83882 39kΩ 5% 0.5W3635 4822 116 52219 330Ω 5% 0.5W3636 4822 051 30223 22kΩ 5% 0.062W3637 4822 051 30103 10kΩ 5% 0.062W3638 4822 051 30474 470kΩ 5% 0.062W3639 4822 051 30563 56kΩ 5% 0.062W3640 4822 051 30222 2.2kΩ 5% 0.062W3641 4822 116 83883 470Ω 5% 0.5W3642 4822 101 11193 47kΩ 30% 0.1W3643 4822 051 30334 330kΩ 5% 0.062W3644 4822 051 30221 220Ω 5% 0.062W3645 4822 116 52245 150kΩ 5% 0.5W3646 4822 117 12925 47kΩ 1% 0.063W 06033647 4822 051 20228 2.2Ω 5% 0.1W3655 4822 051 30123 12kΩ 5% 0.062W3656 4822 117 11817 1.2kΩ 1% 0.062W3657 4822 051 30223 22kΩ 5% 0.062W3658 4822 051 30223 22kΩ 5% 0.062W3659 4822 051 30222 2.2kΩ 5% 0.062W3660 4822 051 30562 5.6kΩ 5% 0.063W 06033661 4822 116 83883 470Ω 5% 0.5W3662 4822 051 30152 1.5kΩ 5% 0.062W3664 4822 117 12925 47kΩ 1% 0.063W 06033665 4822 051 30479 47Ω 5% 0.062W3681 4822 116 52207 1.2kΩ 5% 0.5W3682 4822 117 13632 100kΩ 1% 0603 0.62W3683 4822 051 30103 10kΩ 5% 0.062W3684 4822 051 30682 6.8kΩ 5% 0.062W3685 4822 051 30273 27kΩ 5% 0.062W3686 4822 051 30563 56kΩ 5% 0.062W3687 4822 116 52207 1.2kΩ 5% 0.5W3688 4822 051 20684 680kΩ 5% 0.1W3690 4822 051 30102 1kΩ 5% 0.062W3690 4822 051 30339 33Ω 5% 0.062W3701 4822 051 30333 33kΩ 5% 0.062W3702 4822 051 30103 10kΩ 5% 0.062W3703 4822 051 30333 33kΩ 5% 0.062W3704 4822 051 30103 10kΩ 5% 0.062W3705 4822 117 10965 18kΩ 1% 0.1W3706 4822 051 30103 10kΩ 5% 0.062W3707 4822 051 30103 10kΩ 5% 0.062W3708 4822 117 12925 47kΩ 1% 0.063W 06033710 4822 117 12925 47kΩ 1% 0.063W 06033711 4822 051 30103 10kΩ 5% 0.062W3713 2322 702 81828 8.2Ω 5% 0.1W 06033714 2322 702 81828 8.2Ω 5% 0.1W 06033715 2322 702 81828 8.2Ω 5% 0.1W 06033716 4822 050 21003 10kΩ 1% 0.6W3719 4822 117 12925 47kΩ 1% 0.063W 06033720 4822 052 10108 1Ω 5% 0.33W3721 4822 052 10108 1Ω 5% 0.33W3722 4822 052 10108 1Ω 5% 0.33W3723 4822 117 12925 47kΩ 1% 0.063W 06033724 4822 051 30103 10kΩ 5% 0.062W3725 4822 116 52251 18kΩ 5% 0.5W3726 4822 050 21003 10kΩ 1% 0.6W3752 4822 117 12925 47kΩ 1% 0.063W 06033753 4822 117 12925 47kΩ 1% 0.063W 06033754 2122 101 02114 3.9Ω 5%3755 4822 051 30123 12kΩ 5% 0.062W3756 4822 051 30123 12kΩ 5% 0.062W3757 4822 117 13632 100kΩ 1% 0603 0.62W3758 4822 117 12925 47kΩ 1% 0.063W 06033759 4822 117 12925 47kΩ 1% 0.063W 06033760 2122 101 02114 3.9Ω 5%3761 4822 051 30123 12kΩ 5% 0.062W3762 4822 117 13632 100kΩ 1% 0603 0.62W3763 4822 051 30123 12kΩ 5% 0.062W3764 4822 051 30471 470Ω 5% 0.062W3904 4822 052 10688 6.8Ω 5% 0.33W3928 4822 051 30101 100Ω 5% 0.062W3929 4822 051 30103 10kΩ 5% 0.062W3930 4822 051 20561 560Ω 5% 0.1W3938 4822 117 11373 100Ω 1% 08053939 4822 051 30103 10kΩ 5% 0.062W3940 4822 051 20561 560Ω 5% 0.1W3941 4822 052 10688 6.8Ω 5% 0.33W3952 4822 116 52201 75Ω 5% 0.5W3953 4822 117 10353 150Ω 1% 0.1W
Spare Parts ListEN 124 EM1.2A AA10.
3954 4822 051 30151 150Ω 5% 0.062W3955 4822 117 10353 150Ω 1% 0.1W3956 4822 051 30151 150Ω 5% 0.062W3957 4822 051 20109 10Ω 5% 0.1W3958 4822 116 52201 75Ω 5% 0.5W3959 4822 117 11373 100Ω 1% 08053960 4822 116 52201 75Ω 5% 0.5W3961 4822 117 11373 100Ω 1% 08053962 4822 116 52201 75Ω 5% 0.5W3963 4822 116 52175 100Ω 5% 0.5W3964 4822 116 52201 75Ω 5% 0.5W3965 4822 051 10102 1kΩ 2% 0.25W3966 4822 051 10102 1kΩ 2% 0.25W3967 4822 051 30101 100Ω 5% 0.062W3968 4822 116 52201 75Ω 5% 0.5W3969 4822 051 10102 1kΩ 2% 0.25W3970 4822 051 10102 1kΩ 2% 0.25W3995 4822 116 52201 75Ω 5% 0.5W3996 4822 117 11373 100Ω 1% 08054xxx 4822 051 30008 Jumper 0603
5100 3104 308 20431 Transformer BS25126-035101 4822 526 10704 Bead 45Ω at 50MHz5102 2422 535 94639 10µH 20%5103 4822 526 10704 Bead 45Ω at 50MHz5104 4822 157 11411 Bead 83Ω at 100MHz5105 2422 535 94632 1µH 30%5106 4822 157 11716 Bead 30Ω at 100MHz5107 4822 157 11716 Bead 30Ω at 100MHz5108 4822 526 10704 Bead 45Ω at 50MHz5110 4822 526 10704 Bead 45Ω at 50MHz5111 4822 157 11411 Bead 83Ω at 100MHz5113 4822 157 11411 Bead 83Ω at 100MHz5130 4822 157 11411 Bead 83Ω at 100MHz5131 4822 157 50964 100µH 20%5400 4822 157 11869 33µH 10%5401 2422 536 00059 12µH 10%5402 3198 018 21510 150µH 10%5410 3128 138 39091 Transformer CE165T5411 4822 157 71097 0.56µH 10%5421 2422 536 00102 Lineairity coil 6µH C949-
03 Y5421 2422 536 00608 Linearity coil 6µH5422 2422 531 02357 Bridge coil W7132-004Y5422 4822 146 11137 Bridge coil W7131-0035423 4822 157 71097 0.56µH 10%5425 4822 157 11411 Bead 83Ω at 100MHz5426 4822 157 11411 Bead 83Ω at 100MHz5430 3104 308 20491 LOT 1392.9014A5461 4822 157 11411 Bead 83Ω at 100MHz5463 4822 157 11411 Bead 83Ω at 100MHz5465 4822 157 11411 Bead 83Ω at 100MHz5467 4822 157 11411 Bead 83Ω at 100MHz5469 4822 157 11411 Bead 83Ω at 100MHz5502 3104 308 20451 Mains filter 10µH 3.5A5504 2422 549 45783 Mains filter 30µH 3A5505 4822 157 11411 Bead 83Ω at 100MHz5507 4822 157 11411 Bead 83Ω at 100MHz5512 2422 531 02576 Transformer BS41030-025515 4822 157 11869 33µH 10%5517 4822 157 11411 Bead 83Ω at 100MHz5518 4822 526 10704 Bead 45Ω at 50MHz5519 4822 157 11716 Bead 30Ω at 100MHz5520 4822 157 11411 Bead 83Ω at 100MHz5620 4822 157 11771 0.09µH 10%5621 3104 308 20571 Transf. S13974-035901 4822 157 11299 10µH 5%5902 3198 018 71010 100µF 10%5903 4822 157 10359 33µH 10%5904 4822 157 11411 Bead 83Ω at 100MHz
6080 4822 130 11397 BAS3166082 4822 130 80622 BAT546103 4822 130 41601 BYV95A6104 9340 548 67115 PDZ22B6105 4822 130 34281 BZX79-B156106 3198 010 52290 BZX79-B226108 4822 130 80622 BAT546109 4822 130 31083 BYW556110 4822 130 41487 BYV95C6111 9322 161 78682 SB360L-70246112 4822 130 11551 UDZS10B6115 4822 130 80622 BAT546120 4822 130 30621 1N41486121 4822 130 30621 1N41486122 3198 010 53980 BZX79-B3V96130 4822 130 11596 BYW29EX-2006132 9322 171 80685 BZX384-B6V8
6133 4822 130 11397 BAS3166134 4822 130 11397 BAS3166141 4822 130 11522 UDZ15B6142 4822 130 80622 BAT546144 4822 130 11397 BAS3166147 4822 130 34278 BZX79-B6V86148 5322 130 31938 BYV27-2006149 4822 130 11397 BAS3166200 9340 548 71115 SM PDZ33B6400 4822 130 41601 BYV95A6402 4822 130 11397 BAS3166405 4822 130 34383 BZX79-B476406 4822 130 11397 BAS3166407 4822 130 11397 BAS3166408 4822 130 41601 BYV95A6421 4822 130 10753 BY359X-15006422 4822 130 10218 BY229X-8006442 4822 130 11522 UDZ15B6455 4822 130 11397 BAS3166456 5322 130 34337 BAV996457 9322 102 64685 UDZ2.7B6458 3198 020 55680 BZX384-C5V66460 4822 130 41487 BYV95C6462 9340 559 53112 BYW95C-246464 9340 559 53112 BYW95C-246480 4822 130 31607 RGP10D6481 4822 130 11522 UDZ15B6482 4822 130 11397 BAS3166483 4822 130 80622 BAT546493 4822 130 80622 BAT546505 4822 130 34281 BZX79-B156506 4822 130 80622 BAT546507 9322 150 19685 BZX384-C566508 9322 150 19685 BZX384-C566509 4822 130 11397 BAS3166510 4822 130 34142 BZX79-B336511 4822 130 11397 BAS3166512 4822 130 11397 BAS3166513 9322 150 19685 BZX384-C566515 4822 130 33657 BZV85-C6V86516 4822 130 11397 BAS3166517 4822 130 80622 BAT546518 9340 548 69115 PDZ27B6519 4822 130 41601 BYV95A6520 4822 130 30621 1N41486522 4822 130 11397 BAS3166523 4822 130 80622 BAT546525 4822 130 10741 GBU6J6530 4822 130 41487 BYV95C6533 4822 130 80622 BAT546534 9322 165 72687 DTV1500MFP6535 4822 130 11572 STPS8H100F6537 4822 130 11397 BAS3166538 4822 130 11397 BAS3166614 4822 130 80622 BAT546615 4822 130 11397 BAS3166616 4822 130 11397 BAS3166617 4822 130 11397 BAS3166618 4822 130 11397 BAS3166619 4822 130 31607 RGP10D6620 5322 130 31938 BYV27-2006621 4822 130 31607 RGP10D6623 4822 130 11397 BAS3166624 4822 130 11397 BAS3166625 4822 130 11397 BAS3166626 4822 130 11397 BAS3166627 4822 130 11397 BAS3166901 4822 130 11416 PDZ6.8B
7100 4822 130 44568 BC557B7101 4822 130 40981 BC337-257102 9322 126 65687 STP5NB60FP7103 9322 149 04682 TCET11027120 5322 130 60159 BC846B7130 5322 130 60159 BC846B7131 4822 130 11336 STP16NE06FP7132 5322 130 60159 BC846B7133 4822 130 60373 BC856B7140 5322 130 60159 BC846B7141 4822 130 11336 STP16NE06FP7408 5322 130 44647 BC3687409 5322 130 60159 BC846B7421 9340 210 30127 BU2520DX7440 4822 209 70672 LM358N SEL.7441 4822 130 60373 BC856B7442 4822 130 60373 BC856B7443 5322 130 60159 BC846B7445 5322 130 60159 BC846B7450 5322 209 61472 LM393M7455 4822 209 73852 PMBT23697480 4822 130 11417 STP3NB60FP
7482 4822 130 11418 TCDT1102G7486 5322 130 60159 BC846B7487 5322 130 60159 BC846B7501 5322 130 60159 BC846B7502 4822 130 40981 BC337-257503 9340 380 60127 BT151X-650R7504 9322 179 23687 STP20NM607505 4822 130 60373 BC856B7506 4822 209 14933 TL431IZ7507 9322 149 04682 TCET11027508 4822 130 41646 BF4237528 4822 130 40981 BC337-257529 4822 130 44461 BC546B7530 5322 130 60159 BC846B7611 5322 130 60159 BC846B7612 5322 130 60159 BC846B7613 4822 209 81397 TL431CLPST7614 5322 130 60159 BC846B7620 4822 209 90009 TDA81777641 5322 130 60159 BC846B7653 5322 130 60159 BC846B7654 4822 130 60373 BC856B7680 4822 209 60956 TDA7052/N27681 5322 130 60159 BC846B7682 5322 130 44647 BC3687701 9322 166 94682 TDA7495S7701 9322 167 55682 TDA74977710 5322 130 60159 BC846B7711 5322 130 60159 BC846B7712 5322 130 60159 BC846B7751 9322 060 73668 MC33178DR27901 5322 130 60159 BC846B7902 5322 130 60159 BC846B7910 9322 166 03682 LD1085V367912 5322 209 86445 LM7805CT
Small Signal Board [B]
Various
1003 2422 086 11092 Fuse F0.5A 50V 12061004 2422 543 01095 Xtal 12MHz1301 2422 540 98456 Resonator 12MHz1304 2422 025 17104 Connector 7p m1318 4822 242 10697 Xtal 3.579 545 MHz1407 2422 549 44043 Filter 4.5MHz
TPSCC*MB1408 2422 549 44377 SAW 45.75MHz1410 2422 549 45538 Filter 4.6MHz SFSKA1684 2422 543 01059 Xtal 18.432MHz1702 2422 543 01095 Xtal 12MHz
2001 2222 867 15339 33pF 5% 50V 06032002 2222 867 15339 33pF 5% 50V 06032003 4822 126 14238 2.2nF 50V 06032004 2238 586 59812 100nF 20-80% 50V 06032005 2238 586 59812 100nF 20-80% 50V 06032006 4822 126 13193 4.7nF 10% 63V2008 2238 586 59812 100nF 20-80% 50V 06032009 4822 126 13881 470pF 5% 50V2010 4822 126 11785 47pF 5% 50V 06032011 4822 126 11785 47pF 5% 50V 06032012 4822 126 11785 47pF 5% 50V 06032013 4822 124 12095 100µF 20% 16V2014 2238 586 59812 100nF 20-80% 50V 06032015 2238 586 59812 100nF 20-80% 50V 06032016 4822 124 12095 100µF 20% 16V2017 2238 586 59812 100nF 20-80% 50V 06032020 5322 126 11583 10nF 10% 50V 06032027 2238 586 59812 100nF 20-80% 50V 06032028 2238 586 59812 100nF 20-80% 50V 06032030 2238 586 59812 100nF 20-80% 50V 06032031 2238 586 59812 100nF 20-80% 50V 06032302 2238 586 59812 100nF 20-80% 50V 06032303 2020 552 96448 1µF 10% 16V2304 4822 122 33741 10pF 10% 50V2306 4822 126 13881 470pF 5% 50V2307 2238 586 59812 100nF 20-80% 50V 06032308 4822 122 33741 10pF 10% 50V2313 4822 121 70159 0.1µF 16V2314 4822 124 12095 100µF 20% 16V2315 2238 586 59812 100nF 20-80% 50V 06032317 4822 126 14491 2.2µF -20+80% 10V 08052318 2238 916 15641 22nF 10% 25V 06032319 5322 126 11583 10nF 10% 50V 06032320 4822 122 33741 10pF 10% 50V2321 2238 586 59812 100nF 20-80% 50V 06032322 2238 586 59812 100nF 20-80% 50V 06032323 2238 586 59812 100nF 20-80% 50V 0603
Spare Parts List EN 125EM1.2A AA 10.
2324 5322 126 11583 10nF 10% 50V 06032325 2238 586 59812 100nF 20-80% 50V 06032328 4822 122 33761 22pF 5% 50V2329 2238 586 59812 100nF 20-80% 50V 06032330 2238 586 59812 100nF 20-80% 50V 06032331 2238 586 59812 100nF 20-80% 50V 06032332 2238 586 59812 100nF 20-80% 50V 06032333 4822 126 14491 2.2µF -20+80% 10V 08052334 4822 126 14491 2.2µF -20+80% 10V 08052336 4822 126 14491 2.2µF -20+80% 10V 08052338 5322 126 11583 10nF 10% 50V 06032339 5322 126 11583 10nF 10% 50V 06032340 4822 124 12095 100µF 20% 16V2342 2238 586 59812 100nF 20-80% 50V 06032343 2238 586 59812 100nF 20-80% 50V 06032350 2238 586 59812 100nF 20-80% 50V 06032351 2238 586 59812 100nF 20-80% 50V 06032352 2238 586 59812 100nF 20-80% 50V 06032353 2238 586 59812 100nF 20-80% 50V 06032354 2238 586 59812 100nF 20-80% 50V 06032356 2238 586 59812 100nF 20-80% 50V 06032357 2238 586 59812 100nF 20-80% 50V 06032358 5322 126 11579 3.3nF 10% 63V2361 3198 016 31280 1.2pF 50V 06032362 4822 126 11663 12pF 5% 50V 06032363 4822 126 13881 470pF 5% 50V2365 2238 586 59812 100nF 20-80% 50V 06032366 2238 586 59812 100nF 20-80% 50V 06032367 2238 586 59812 100nF 20-80% 50V 06032368 2238 586 59812 100nF 20-80% 50V 06032369 2238 586 59812 100nF 20-80% 50V 06032370 2238 586 59812 100nF 20-80% 50V 06032371 4822 126 13193 4.7nF 10% 63V2372 4822 126 14043 1µF 20% 16V2373 2238 586 59812 100nF 20-80% 50V 06032374 4822 126 14491 2.2µF -20+80% 10V 08052375 2238 916 15641 22nF 10% 25V 06032376 2238 586 59812 100nF 20-80% 50V 06032377 4822 124 12095 100µF 20% 16V2378 2238 586 59812 100nF 20-80% 50V 06032384 2238 586 59812 100nF 20-80% 50V 06032385 2238 586 59812 100nF 20-80% 50V 06032391 4822 126 14238 2.2nF 50V 06032394 2238 586 59812 100nF 20-80% 50V 06032395 2238 586 59812 100nF 20-80% 50V 06032396 2238 586 59812 100nF 20-80% 50V 06032397 2238 586 59812 100nF 20-80% 50V 06032398 2238 586 59812 100nF 20-80% 50V 06032401 5322 126 11583 10nF 10% 50V 06032402 4822 126 13193 4.7nF 10% 63V2410 4822 126 13482 470nF 80-20% 16V2411 2238 586 59812 100nF 20-80% 50V 06032412 4822 126 13193 4.7nF 10% 63V2413 4822 124 80151 47µF 20% 16V2418 4822 122 33741 10pF 10% 50V2420 4822 122 33753 150pF 5% 50V2422 2238 586 59812 100nF 20-80% 50V 06032424 2238 586 59812 100nF 20-80% 50V 06032425 4822 124 12095 100µF 20% 16V2429 2238 586 59812 100nF 20-80% 50V 06032501 4822 126 11785 47pF 5% 50V 06032502 4822 126 14107 330nF +-80/20% 25V2503 4822 126 14107 330nF +-80/20% 25V2504 4822 126 14107 330nF +-80/20% 25V2505 4822 126 14107 330nF +-80/20% 25V2506 4822 126 14107 330nF +-80/20% 25V2507 4822 126 14107 330nF +-80/20% 25V2508 4822 124 12095 100µF 20% 16V2512 3198 017 44740 470nF 10V 06032548 4822 124 23002 10µF 20% 16V2549 4822 124 23002 10µF 20% 16V2550 4822 126 14241 330pF 50V 06032552 4822 126 13881 470pF 5% 50V2553 4822 126 13881 470pF 5% 50V2554 4822 126 13881 470pF 5% 50V2555 4822 126 13881 470pF 5% 50V2562 3198 016 31020 1nF 10% 25V 06032563 3198 016 31020 1nF 10% 25V 06032564 3198 016 31020 1nF 10% 25V 06032565 3198 016 31020 1nF 10% 25V 06032566 3198 016 31020 1nF 10% 25V 06032567 3198 016 31020 1nF 10% 25V 06032568 3198 016 31020 1nF 10% 25V 06032569 3198 016 31020 1nF 10% 25V 06032574 3198 016 31020 1nF 10% 25V 06032577 3198 016 31020 1nF 10% 25V 06032578 3198 016 31020 1nF 10% 25V 06032579 3198 016 31020 1nF 10% 25V 06032582 3198 016 31020 1nF 10% 25V 06032583 3198 016 31020 1nF 10% 25V 06032591 4822 124 23002 10µF 20% 16V2592 5322 126 11578 1nF 10% 50V 06032593 3198 016 31020 1nF 10% 25V 06032594 3198 016 31020 1nF 10% 25V 0603
2595 3198 016 31020 1nF 10% 25V 06032609 3198 016 31020 1nF 10% 25V 06032610 4822 126 14238 2.2nF 50V 06032611 3198 016 31020 1nF 10% 25V 06032632 4822 126 14107 330nF +-80/20% 25V2634 3198 016 31020 1nF 10% 25V 06032640 4822 126 13879 220nF 20% 16V2643 4822 126 14107 330nF +-80/20% 25V2644 3198 016 31020 1nF 10% 25V 06032645 4822 126 14107 330nF +-80/20% 25V2646 4822 126 14107 330nF +-80/20% 25V2649 4822 126 14107 330nF +-80/20% 25V2651 2238 586 59812 100nF 20-80% 50V 06032652 4822 126 11785 47pF 5% 50V 06032653 4822 126 14107 330nF +-80/20% 25V2654 4822 126 13881 470pF 5% 50V2659 4822 126 13881 470pF 5% 50V2660 4822 126 13881 470pF 5% 50V2661 4822 126 14107 330nF +-80/20% 25V2662 4822 126 14107 330nF +-80/20% 25V2663 4822 126 13881 470pF 5% 50V2664 4822 126 13881 470pF 5% 50V2665 4822 124 12095 100µF 20% 16V2666 4822 124 12095 100µF 20% 16V2667 3198 016 33380 3.3pF 50V 06032668 3198 016 33380 3.3pF 50V 06032670 2238 586 59812 100nF 20-80% 50V 06032673 3198 016 31020 1nF 10% 25V 06032677 4822 124 23002 10µF 20% 16V2678 4822 124 23002 10µF 20% 16V2679 2238 586 59812 100nF 20-80% 50V 06032680 4822 124 23002 10µF 20% 16V2681 2238 586 59812 100nF 20-80% 50V 06032682 4822 124 23002 10µF 20% 16V2686 3198 016 31020 1nF 10% 25V 06032687 3198 016 31020 1nF 10% 25V 06032693 4822 126 13883 220pF 5% 50V2694 3198 016 31020 1nF 10% 25V 06032695 4822 124 12095 100µF 20% 16V2696 4822 126 14107 330nF +-80/20% 25V2702 2020 021 91554 10µF 20% 16V2704 2020 021 91554 10µF 20% 16V2706 2020 021 91557 100µF 20% 16V2708 2020 021 91554 10µF 20% 16V2709 2238 586 59812 100nF 20-80% 50V 06032710 2020 021 91554 10µF 20% 16V2712 2020 021 91554 10µF 20% 16V2713 2238 586 59812 100nF 20-80% 50V 06032728 2238 586 59812 100nF 20-80% 50V 06032729 4822 126 14225 56pF 5% 50V 06032730 2238 916 15641 22nF 10% 25V 06032731 2020 552 94427 100pF 5% 50v 06032733 2238 916 15641 22nF 10% 25V 06032738 2238 916 15641 22nF 10% 25V 06032743 2238 916 15641 22nF 10% 25V 06032747 4822 126 14507 18pF 5% 50V 06032748 4822 126 14507 18pF 5% 50V 06032755 2238 586 59812 100nF 20-80% 50V 06032756 2238 586 59812 100nF 20-80% 50V 06032758 2238 586 59812 100nF 20-80% 50V 06032759 2238 586 59812 100nF 20-80% 50V 06032760 2238 586 59812 100nF 20-80% 50V 06032761 2238 586 59812 100nF 20-80% 50V 06032762 2238 586 59812 100nF 20-80% 50V 06032763 2238 586 59812 100nF 20-80% 50V 06032764 2238 586 59812 100nF 20-80% 50V 06032765 2238 586 59812 100nF 20-80% 50V 06032766 2238 586 59812 100nF 20-80% 50V 06032767 2238 586 59812 100nF 20-80% 50V 06032770 2238 586 59812 100nF 20-80% 50V 06032771 2238 586 59812 100nF 20-80% 50V 06032772 2238 586 59812 100nF 20-80% 50V 06032773 3198 016 31020 1nF 10% 25V 06032774 2238 586 59812 100nF 20-80% 50V 06032776 2238 586 59812 100nF 20-80% 50V 06032785 2238 586 59812 100nF 20-80% 50V 06032786 2238 586 59812 100nF 20-80% 50V 06032788 2238 586 59812 100nF 20-80% 50V 06032790 2238 586 59812 100nF 20-80% 50V 06032792 2238 586 59812 100nF 20-80% 50V 06032795 2238 586 59812 100nF 20-80% 50V 06032796 2238 586 59812 100nF 20-80% 50V 06032798 3198 016 36810 680pF 25V 06032799 2020 021 91554 10µF 20% 16V2908 2238 586 59812 100nF 20-80% 50V 06032909 2238 586 59812 100nF 20-80% 50V 06032910 2238 586 59812 100nF 20-80% 50V 06032911 2238 586 59812 100nF 20-80% 50V 06032912 2238 586 59812 100nF 20-80% 50V 0603
3001 4822 051 30472 4.7kΩ 5% 0.062W
3002 4822 051 30472 4.7kΩ 5% 0.062W3003 4822 051 30151 150Ω 5% 0.062W3004 4822 051 30151 150Ω 5% 0.062W3005 4822 051 30151 150Ω 5% 0.062W3006 4822 051 30102 1kΩ 5% 0.062W3007 4822 051 30152 1.5kΩ 5% 0.062W3008 4822 051 30103 10kΩ 5% 0.062W3009 4822 117 12925 47kΩ 1% 0.063W 06033010 4822 117 12925 47kΩ 1% 0.063W 06033011 4822 051 30103 10kΩ 5% 0.062W3012 4822 051 30222 2.2kΩ 5% 0.062W3013 4822 051 30103 10kΩ 5% 0.062W3014 4822 051 30472 4.7kΩ 5% 0.062W3015 4822 051 30474 470kΩ 5% 0.062W3016 4822 051 30102 1kΩ 5% 0.062W3017 4822 051 30472 4.7kΩ 5% 0.062W3018 4822 117 13525 24kΩ 1% 0.62W 06033019 4822 051 30471 470Ω 5% 0.062W3021 4822 051 30223 22kΩ 5% 0.062W3026 4822 051 30221 220Ω 5% 0.062W3027 4822 051 30221 220Ω 5% 0.062W3028 4822 051 30221 220Ω 5% 0.062W3029 4822 051 30221 220Ω 5% 0.062W3032 4822 051 30222 2.2kΩ 5% 0.062W3033 4822 051 30222 2.2kΩ 5% 0.062W3034 4822 051 30471 470Ω 5% 0.062W3035 4822 051 30471 470Ω 5% 0.062W3039 4822 051 30471 470Ω 5% 0.062W3040 4822 051 30471 470Ω 5% 0.062W3041 4822 051 30471 470Ω 5% 0.062W3042 4822 051 30103 10kΩ 5% 0.062W3043 4822 051 30471 470Ω 5% 0.062W3044 4822 051 30471 470Ω 5% 0.062W3045 4822 051 30471 470Ω 5% 0.062W3048 4822 051 30471 470Ω 5% 0.062W3049 4822 051 30471 470Ω 5% 0.062W3050 4822 051 30471 470Ω 5% 0.062W3051 4822 051 30471 470Ω 5% 0.062W3052 4822 051 30682 6.8kΩ 5% 0.062W3053 4822 051 30103 10kΩ 5% 0.062W3056 4822 117 12925 47kΩ 1% 0.063W 06033058 4822 051 30471 470Ω 5% 0.062W3059 4822 051 30472 4.7kΩ 5% 0.062W3060 4822 051 30272 2.7kΩ 5% 0.062W3061 4822 051 30103 10kΩ 5% 0.062W3062 4822 051 30101 100Ω 5% 0.062W3063 4822 051 30101 100Ω 5% 0.062W3064 4822 051 30101 100Ω 5% 0.062W3065 4822 051 30103 10kΩ 5% 0.062W3070 4822 117 13574 1.5Ω 5% 12063071 4822 117 13574 1.5Ω 5% 12063074 4822 051 30103 10kΩ 5% 0.062W3300 2322 750 63908 3.9Ω 5% 1206 fusible3301 4822 117 13632 100kΩ 1% 0603 0.62W3302 4822 051 30102 1kΩ 5% 0.062W3303 4822 117 13632 100kΩ 1% 0603 0.62W3304 2322 750 63908 3.9Ω 5% 1206 fusible3305 4822 051 30683 68kΩ 5% 0.062W3306 4822 051 30221 220Ω 5% 0.062W3307 4822 051 30123 12kΩ 5% 0.062W3308 4822 051 20274 270kΩ 5% 0.1W3310 4822 117 12925 47kΩ 1% 0.063W 06033311 4822 051 30333 33kΩ 5% 0.062W3313 4822 051 30102 1kΩ 5% 0.062W3314 4822 051 30223 22kΩ 5% 0.062W3315 4822 051 30102 1kΩ 5% 0.062W3316 4822 117 10834 47kΩ 1% 0.1W3317 4822 051 30221 220Ω 5% 0.062W3319 4822 051 30102 1kΩ 5% 0.062W3320 4822 051 30101 100Ω 5% 0.062W3321 4822 051 30101 100Ω 5% 0.062W3322 4822 051 10102 1kΩ 2% 0.25W3324 4822 051 30472 4.7kΩ 5% 0.062W3325 4822 051 30102 1kΩ 5% 0.062W3327 4822 117 13632 100kΩ 1% 0603 0.62W3328 4822 051 30393 39kΩ 5% 0.062W3329 2322 750 63908 3.9Ω 5% 1206 fusible3330 4822 051 30332 3.3kΩ 5% 0.062W3331 4822 051 30102 1kΩ 5% 0.062W3332 4822 051 30102 1kΩ 5% 0.062W3333 4822 051 30102 1kΩ 5% 0.062W3334 4822 051 30102 1kΩ 5% 0.062W3336 4822 051 30102 1kΩ 5% 0.062W3339 4822 051 30682 6.8kΩ 5% 0.062W3340 4822 051 30101 100Ω 5% 0.062W3341 4822 051 30101 100Ω 5% 0.062W3342 4822 051 30101 100Ω 5% 0.062W3343 4822 051 20683 68kΩ 5% 0.1W3344 4822 051 30222 2.2kΩ 5% 0.062W3345 4822 051 30103 10kΩ 5% 0.062W3346 4822 051 30333 33kΩ 5% 0.062W3347 4822 051 30223 22kΩ 5% 0.062W3348 4822 051 30222 2.2kΩ 5% 0.062W3350 4822 051 30102 1kΩ 5% 0.062W
Spare Parts ListEN 126 EM1.2A AA10.
3351 4822 051 30103 10kΩ 5% 0.062W3352 4822 117 13632 100kΩ 1% 0603 0.62W3353 4822 051 30102 1kΩ 5% 0.062W3354 4822 051 30222 2.2kΩ 5% 0.062W3355 4822 051 30333 33kΩ 5% 0.062W3358 4822 117 12903 1.8kΩ 1% 0.063W 06033359 4822 117 13632 100kΩ 1% 0603 0.62W3360 4822 117 13632 100kΩ 1% 0603 0.62W3361 4822 117 12902 8.2kΩ 1% 0.063W 06033363 4822 051 30102 1kΩ 5% 0.062W3364 4822 117 12925 47kΩ 1% 0.063W 06033365 4822 051 30472 4.7kΩ 5% 0.062W3368 4822 051 30221 220Ω 5% 0.062W3369 4822 051 30221 220Ω 5% 0.062W3370 4822 051 30101 100Ω 5% 0.062W3371 4822 051 30479 47Ω 5% 0.062W3372 4822 051 30471 470Ω 5% 0.062W3373 4822 117 13632 100kΩ 1% 0603 0.62W3374 4822 051 30333 33kΩ 5% 0.062W3375 4822 051 30101 100Ω 5% 0.062W3376 4822 051 30101 100Ω 5% 0.062W3377 4822 051 30101 100Ω 5% 0.062W3378 4822 051 30153 15kΩ 5% 0.062W3382 4822 051 30391 390Ω 5% 0.062W3384 4822 051 30101 100Ω 5% 0.062W3385 4822 051 30471 470Ω 5% 0.062W3386 4822 051 30223 22kΩ 5% 0.062W3387 4822 051 30101 100Ω 5% 0.062W3390 4822 051 30221 220Ω 5% 0.062W3391 4822 051 30183 18kΩ 5% 0.062W3393 4822 117 13632 100kΩ 1% 0603 0.62W3394 4822 051 30472 4.7kΩ 5% 0.062W3395 4822 051 30101 100Ω 5% 0.062W3396 4822 051 30101 100Ω 5% 0.062W3397 4822 051 30101 100Ω 5% 0.062W3398 4822 051 30101 100Ω 5% 0.062W3400 4822 117 11152 4.7Ω 5% 0.062W3401 4822 117 13632 100kΩ 1% 0603 0.62W3402 4822 051 30102 1kΩ 5% 0.062W3403 4822 051 30008 Jumper 06033405 4822 051 30102 1kΩ 5% 0.062W3415 4822 117 12902 8.2kΩ 1% 0.063W 06033416 4822 117 13568 6.8Ω 5% 12063418 4822 051 30391 390Ω 5% 0.062W3419 4822 051 30331 330Ω 5% 0.062W3420 4822 051 30102 1kΩ 5% 0.062W3436 4822 051 30271 270Ω 5% 0.062W3437 4822 051 30102 1kΩ 5% 0.062W3441 4822 051 30223 22kΩ 5% 0.062W3446 4822 051 30101 100Ω 5% 0.062W3453 4822 051 30333 33kΩ 5% 0.062W3454 4822 051 30101 100Ω 5% 0.062W3455 4822 051 30101 100Ω 5% 0.062W3456 4822 051 30472 4.7kΩ 5% 0.062W3457 4822 051 30472 4.7kΩ 5% 0.062W3458 4822 051 30472 4.7kΩ 5% 0.062W3459 4822 051 30222 2.2kΩ 5% 0.062W3460 4822 051 20332 3.3kΩ 5% 0.1W3461 4822 117 12903 1.8kΩ 1% 0.063W 06033462 4822 051 30152 1.5kΩ 5% 0.062W3463 4822 051 30183 18kΩ 5% 0.062W3464 2322 750 63908 3.9Ω 5% 1206 fusible3465 4822 051 30333 33kΩ 5% 0.062W3466 4822 117 13632 100kΩ 1% 0603 0.62W3467 4822 051 30103 10kΩ 5% 0.062W3468 4822 117 13632 100kΩ 1% 0603 0.62W3469 4822 117 13632 100kΩ 1% 0603 0.62W3470 4822 117 13632 100kΩ 1% 0603 0.62W3519 4822 051 30103 10kΩ 5% 0.062W3523 4822 117 13632 100kΩ 1% 0603 0.62W3524 4822 117 13632 100kΩ 1% 0603 0.62W3525 4822 051 30684 680kΩ 5% 0.062W3526 4822 051 30105 1MΩ 5% 0.062W3527 4822 051 30101 100Ω 5% 0.062W3528 4822 051 30102 1kΩ 5% 0.062W3529 4822 051 30102 1kΩ 5% 0.062W3530 4822 051 30102 1kΩ 5% 0.062W3531 4822 117 12902 8.2kΩ 1% 0.063W 06033532 4822 051 30273 27kΩ 5% 0.062W3546 4822 117 11817 1.2kΩ 1% 0.062W3550 4822 051 30102 1kΩ 5% 0.062W3558 4822 051 30101 100Ω 5% 0.062W3560 4822 051 30101 100Ω 5% 0.062W3562 4822 051 30101 100Ω 5% 0.062W3563 4822 051 30101 100Ω 5% 0.062W3564 4822 051 30101 100Ω 5% 0.062W3565 4822 051 30101 100Ω 5% 0.062W3566 4822 051 30008 Jumper 06033567 4822 051 30101 100Ω 5% 0.062W3570 4822 051 30101 100Ω 5% 0.062W3571 4822 051 30101 100Ω 5% 0.062W3572 4822 051 30101 100Ω 5% 0.062W3573 4822 051 30101 100Ω 5% 0.062W3574 4822 051 30101 100Ω 5% 0.062W
3575 4822 051 30101 100Ω 5% 0.062W3576 4822 051 30272 2.7kΩ 5% 0.062W3577 4822 051 30101 100Ω 5% 0.062W3614 4822 117 12925 47kΩ 1% 0.063W 06033615 4822 117 12925 47kΩ 1% 0.063W 06033624 4822 051 30681 680Ω 5% 0.062W3625 4822 051 30154 150kΩ 5% 0.062W3630 4822 117 12864 82kΩ 5% 0.6W3634 4822 051 30271 270Ω 5% 0.062W3636 4822 051 30221 220Ω 5% 0.062W3637 4822 117 13632 100kΩ 1% 0603 0.62W3639 4822 051 30471 470Ω 5% 0.062W3642 4822 051 30101 100Ω 5% 0.062W3643 4822 051 30101 100Ω 5% 0.062W3644 4822 117 11152 4.7Ω 5% 0.062W3651 4822 051 30223 22kΩ 5% 0.062W3652 4822 051 30223 22kΩ 5% 0.062W3653 4822 051 30682 6.8kΩ 5% 0.062W3654 4822 051 30682 6.8kΩ 5% 0.062W3655 4822 051 30101 100Ω 5% 0.062W3656 4822 051 30101 100Ω 5% 0.062W3657 4822 117 12925 47kΩ 1% 0.063W 06033658 4822 051 30154 150kΩ 5% 0.062W3666 4822 051 30154 150kΩ 5% 0.062W3667 4822 117 13632 100kΩ 1% 0603 0.62W3668 4822 117 12925 47kΩ 1% 0.063W 06033669 4822 051 30221 220Ω 5% 0.062W3670 4822 117 11817 1.2kΩ 1% 0.062W3671 4822 117 11817 1.2kΩ 1% 0.062W3684 4822 051 30682 6.8kΩ 5% 0.062W3685 4822 051 30682 6.8kΩ 5% 0.062W3686 4822 051 30223 22kΩ 5% 0.062W3687 4822 051 30223 22kΩ 5% 0.062W3688 4822 051 30682 6.8kΩ 5% 0.062W3689 4822 051 30682 6.8kΩ 5% 0.062W3690 4822 051 30223 22kΩ 5% 0.062W3691 4822 051 30223 22kΩ 5% 0.062W3692 4822 051 30682 6.8kΩ 5% 0.062W3693 4822 051 30682 6.8kΩ 5% 0.062W3694 4822 051 30223 22kΩ 5% 0.062W3695 4822 051 30223 22kΩ 5% 0.062W3698 4822 117 11817 1.2kΩ 1% 0.062W3699 4822 051 30563 56kΩ 5% 0.062W3702 4822 117 12139 22Ω 5% 0.062W3703 4822 051 30101 100Ω 5% 0.062W3705 4822 051 30101 100Ω 5% 0.062W3706 4822 051 30109 10Ω 5% 0.062W3707 4822 051 30392 3.9kΩ 5% 0.063W 06033708 4822 051 30272 2.7kΩ 5% 0.062W3709 4822 051 30008 Jumper 06033710 4822 051 30008 Jumper 06033711 4822 051 30102 1kΩ 5% 0.062W3714 4822 117 12139 22Ω 5% 0.062W3716 4822 051 30472 4.7kΩ 5% 0.062W3717 4822 051 30472 4.7kΩ 5% 0.062W3718 4822 051 30221 220Ω 5% 0.062W3725 4822 051 30105 1MΩ 5% 0.062W3728 4822 051 30101 100Ω 5% 0.062W3731 4822 051 30101 100Ω 5% 0.062W3732 4822 051 30102 1kΩ 5% 0.062W3733 4822 051 30101 100Ω 5% 0.062W3739 4822 051 30101 100Ω 5% 0.062W3740 4822 051 30008 Jumper 06033741 4822 051 30102 1kΩ 5% 0.062W3744 4822 051 30102 1kΩ 5% 0.062W3745 4822 051 30102 1kΩ 5% 0.062W3746 4822 051 30472 4.7kΩ 5% 0.062W3747 4822 051 30689 68Ω 5% 0.063W 06033748 4822 051 30689 68Ω 5% 0.063W 06033749 4822 051 30689 68Ω 5% 0.063W 06033754 4822 051 30109 10Ω 5% 0.062W3755 4822 051 30008 Jumper 06033757 4822 051 30008 Jumper 06033759 4822 051 30008 Jumper 06033790 3198 031 11010 4 x 100Ω 5% 12063791 3198 031 11010 4 x 100Ω 5% 12063792 3198 031 11010 4 x 100Ω 5% 12063793 3198 031 11010 4 x 100Ω 5% 12063794 3198 031 11010 4 x 100Ω 5% 12063795 3198 031 11010 4 x 100Ω 5% 12063796 4822 051 30101 100Ω 5% 0.062W3797 4822 051 30101 100Ω 5% 0.062W3900 2422 549 43062 Bead 600Ω at 100MHz3901 2422 549 43062 Bead 600Ω at 100MHz3902 2422 549 43062 Bead 600Ω at 100MHz3903 2422 549 43062 Bead 600Ω at 100MHz3904 2422 549 43062 Bead 600Ω at 100MHz3905 2422 549 43062 Bead 600Ω at 100MHz3907 2422 549 43062 Bead 600Ω at 100MHz3908 2422 549 43062 Bead 600Ω at 100MHz3909 2422 549 43062 Bead 600Ω at 100MHz3910 2422 549 43062 Bead 600Ω at 100MHz4xxx 4822 051 30008 Jumper 06035303 4822 051 30008 Jumper 0603
5304 4822 051 30008 Jumper 06035305 4822 051 30008 Jumper 06035306 4822 051 30008 Jumper 06035307 4822 051 30008 Jumper 06035308 4822 051 30008 Jumper 06035309 4822 051 30008 Jumper 0603
5301 4822 157 11876 6.8µH 10% 08055302 4822 157 11876 6.8µH 10% 08055401 4822 157 71303 0.39µH 10% 08055406 4822 157 11134 15µF5407 4822 157 11506 Bead 120Ω at 100MHz5408 2422 549 44875 Variable coil 5CCB5409 4822 157 11506 Bead 120Ω at 100MHz5410 3198 018 56880 6.8µH 10% 06035651 2422 549 43769 Bead 30Ω at 100MHz5652 2422 549 43769 Bead 30Ω at 100MHz5653 2422 549 43769 Bead 30Ω at 100MHz5654 4822 157 11716 Bead 30Ω at 100MHz5656 4822 157 11876 6.8µH 10% 08055663 2422 549 43769 Bead 30Ω at 100MHz5701 4822 157 71206 Bead 600Ω at 100MHz5702 4822 157 11506 Bead 120Ω at 100MHz5703 4822 157 11716 Bead 30Ω at 100MHz5705 4822 157 11506 Bead 120Ω at 100MHz5706 4822 157 11778 5.6µH 10% 08065707 2422 549 43062 Bead 600Ω at 100MHz5711 2422 549 43062 Bead 600Ω at 100MHz5713 2422 549 43062 Bead 600Ω at 100MHz5718 3198 018 33370 0.33µH 10% 08055720 2422 549 43062 Bead 600Ω at 100MHz5798 4822 157 11716 Bead 30Ω at 100MHz5799 4822 157 11716 Bead 30Ω at 100MHz5900 4822 157 11716 Bead 30Ω at 100MHz5901 4822 157 11716 Bead 30Ω at 100MHz5902 4822 157 11716 Bead 30Ω at 100MHz5903 4822 157 11716 Bead 30Ω at 100MHz5904 4822 157 11716 Bead 30Ω at 100MHz
6003 4822 130 11397 BAS3166303 9322 150 18685 BZX384-C476304 4822 130 11397 BAS3166306 3198 020 55680 BZX384-C5V66307 4822 130 80622 BAT546308 4822 130 11397 BAS3166309 4822 130 11397 BAS3166310 4822 130 11416 PDZ6.8B6311 9340 548 67115 PDZ22B6312 4822 130 11397 BAS3166313 9340 548 67115 PDZ22B6314 4822 130 11397 BAS3166316 4822 130 11397 BAS3166317 4822 130 11397 BAS3166319 4822 130 11397 BAS3166334 4822 130 11397 BAS3166336 4822 130 11416 PDZ6.8B6337 4822 130 11416 PDZ6.8B6338 4822 130 11416 PDZ6.8B6652 4822 130 11551 UDZS10B6654 4822 130 80622 BAT546657 9322 102 64685 UDZ2.7B6658 4822 130 11397 BAS316
7002 4822 130 60373 BC856B7003 3198 010 42310 BC847BW7004 3198 010 42310 BC847BW7005 9322 116 74668 LD1117D337006 4822 209 73852 PMBT23697007 4822 209 73852 PMBT23697009 9322 116 74668 LD1117D337012 9322 156 81668 M24C32-WMN6TNKSA7013 9340 310 30215 PDTC144ET7301 9352 681 65518 TDA9330N37302 4822 209 17311 TDA9178T/N17303 3198 010 42320 BC857BW7304 9340 310 30215 PDTC144ET7305 3198 010 42310 BC847BW7306 3198 010 42310 BC847BW7307 9352 630 99118 TDA9181T7311 3198 010 42310 BC847BW7313 4822 209 73852 PMBT23697314 3198 010 42310 BC847BW7315 4822 209 73852 PMBT23697318 3198 010 42320 BC857BW7320 3198 010 42310 BC847BW7322 3198 010 42310 BC847BW
Spare Parts List EN 127EM1.2A AA 10.
7323 9352 625 24518 TDA9321H/N27375 3198 010 42310 BC847BW7410 3198 010 42310 BC847BW7411 5322 130 60159 BC846B7413 5322 130 42718 BFS207651 9322 190 88671 MSP3440G-FH-B8-V37651 9322 190 89671 MSP3441G-FH-B8-V3
Y7664 9340 425 30115 BC847BPN7665 9340 425 30115 BC847BPN7666 9340 425 30115 BC847BPN7668 3198 010 42320 BC857BW7675 9340 425 20115 BC847BS7677 3198 010 42310 BC847BW7678 9340 425 20115 BC847BS7701 3198 010 42320 BC857BW7702 3198 010 42310 BC847BW7704 4822 209 73852 PMBT23697708 4822 209 90034 SAA4990H/V07709 9352 688 09557 SAA4978H/V2047714 9322 183 81668 MSM54V12222B-25JS7715 9322 183 81668 MSM54V12222B-25JS7716 4822 816 11226 M87C257-90C17717 3104 317 04491 M87C257
Side I/O Panel [D]
Various
0240 2422 025 12485 Connector 11p m1254 4822 267 31014 Socket headphone1255 4822 267 10975 Connector 3p1256 2422 026 04926 Socket SVHS 4p f1326 4822 267 10975 Connector 3p1327 4822 267 31014 Socket headphone1328 2422 026 05133 Connector SVHS 4p f1936 2422 025 12485 Connector 11p m
2292 4822 122 10182 100pF 5% 50V2294 4822 122 10182 100pF 5% 50V2296 4822 122 30043 10nF 80% 63V2297 4822 122 30043 10nF 80% 63V2298 5322 122 32531 100pF 5% 50V2804 5322 122 32531 100pF 5% 50V2805 5322 122 32531 100pF 5% 50V2807 4822 126 14076 220nF 25V. 20%2813 4822 124 22652 2.2µF 20% 50V2832 4822 122 33177 10nF 20% 50V2834 4822 122 33177 10nF 20% 50V
3285 4822 116 52201 75Ω 5% 0.5W3286 4822 116 52175 100Ω 5% 0.5W3287 4822 116 52201 75Ω 5% 0.5W3288 4822 116 52175 100Ω 5% 0.5W3289 4822 116 52249 1.8kΩ 5% 0.5W3291 4822 050 11002 1kΩ 1% 0.4W3293 4822 050 11002 1kΩ 1% 0.4W3295 4822 116 52276 3.9kΩ 5% 0.5W3296 4822 117 10833 10kΩ 1% 0.1W3297 4822 117 10833 10kΩ 1% 0.1W3801 4822 117 11927 75Ω 1% 0.1W3802 4822 116 52201 75Ω 5% 0.5W3803 4822 050 11002 1kΩ 1% 0.4W3804 4822 050 11002 1kΩ 1% 0.4W3808 4822 051 20008 Jumper 08053809 4822 051 20008 Jumper 08053816 4822 051 20008 Jumper 08053826 4822 116 52206 120Ω 5% 0.5W3827 4822 116 52206 120Ω 5% 0.5W3828 4822 116 52206 120Ω 5% 0.5W3829 4822 116 52206 120Ω 5% 0.5W3830 4822 050 21003 10kΩ 1% 0.6W3835 4822 116 52276 3.9kΩ 5% 0.5W3842 4822 050 21003 10kΩ 1% 0.6W3999 4822 116 52226 560Ω 5% 0.5W4xxx 4822 051 20008 Jumper 0805
6801 9322 129 38685 BZM55-C6V86802 9322 129 38685 BZM55-C6V86803 9322 129 40685 BZM55-C106804 9322 129 40685 BZM55-C106805 9322 129 40685 BZM55-C106806 9322 129 40685 BZM55-C106807 9322 129 38685 BZM55-C6V8
6808 9322 129 38685 BZM55-C6V8
CRT Panel [F]
Various
1298 2422 500 80063 Connector CRT 10p f1424 2422 025 11244 Connector 7p m1434 4822 267 10973 Connector 1p m1483 4822 267 10735 Connector 3p m1940 2422 025 12485 Connector 11p m
2300 4822 124 40764 22µF 100 V2301 4822 124 40196 220µF 20% 16V2302 4822 126 11785 47pF 5% 50V 06032304 4822 121 41856 22nF 5% 250V2306 2238 586 59812 100nF 20-80% 50V 06032307 4822 121 41856 22nF 5% 250V2309 3198 017 42230 22nF 50V2313 4822 124 12373 47µF 20% 250V2315 4822 126 14249 560pF 10% 50V 06032316 4822 121 40518 100nF 10% 250V2318 5322 122 32654 22nF 10% 63V2319 4822 122 30043 10nF 80% 63V2320 2238 586 59812 100nF 20-80% 50V 06032324 5322 121 44356 4.7nF 5% 2kV2325 2238 586 59812 100nF 20-80% 50V 06032330 4822 126 14249 560pF 10% 50V 06032409 3198 017 44740 470nF 10V 06032410 3198 017 44740 470nF 10V 06032411 4822 126 14585 100nF 10% 50V2412 4822 126 14241 330pF 50V 06032420 3198 017 44740 470nF 10V 0603
3300 4822 052 10109 10Ω 5% 0.33W3301 4822 053 12103 10K00 5% 3W3302 4822 051 30391 390Ω 5% 0.062W3303 4822 051 30103 10kΩ 5% 0.062W3304 4822 051 10102 1kΩ 2% 0.25W3306 4822 117 13608 4.7Ω 5% 0603 0.62W3307 4822 051 30109 10Ω 5% 0.062W3308 4822 051 30563 56kΩ 5% 0.062W3310 4822 051 10102 1kΩ 2% 0.25W3311 2120 108 91909 39Ω 5% 06033312 4822 051 30222 2.2kΩ 5% 0.062W3316 4822 051 30563 56kΩ 5% 0.062W3318 4822 117 12971 15Ω 5% 0.62W 06033319 4822 051 30102 1kΩ 5% 0.062W3323 4822 050 24708 4.7Ω 1% 0.6W3324 4822 051 30221 220Ω 5% 0.062W3325 4822 051 30569 56Ω 5% 0.062W3329 4822 050 24708 4.7Ω 1% 0.6W3334 4822 050 11002 1kΩ 1% 0.4W3335 4822 051 30271 270Ω 5% 0.062W3336 4822 051 30271 270Ω 5% 0.062W3337 4822 051 30271 270Ω 5% 0.062W3338 3198 013 01020 1kΩ 2% 0.5W3339 3198 013 01020 1kΩ 2% 0.5W3340 3198 013 01020 1kΩ 2% 0.5W3341 2306 207 03151 150Ω 5% 0.5W3342 4822 116 83883 470Ω 5% 0.5W3345 4822 116 52191 33Ω 5% 0.5W3347 3198 013 01520 1.5kΩ 2% 0.5W3349 3198 013 01020 1kΩ 2% 0.5W3350 4822 116 83883 470Ω 5% 0.5W3351 4822 116 83883 470Ω 5% 0.5W3352 4822 116 83883 470Ω 5% 0.5W3354 4822 051 30222 2.2kΩ 5% 0.062W3355 4822 117 13608 4.7Ω 5% 0603 0.62W3356 4822 051 10102 1kΩ 2% 0.25W3357 4822 117 13608 4.7Ω 5% 0603 0.62W3370 4822 117 13016 VDR 1mA/50V3401 4822 116 52175 100Ω 5% 0.5W3403 4822 052 10108 1Ω 5% 0.33W3403 4822 052 10338 3.3Ω 5% 0.33W3404 4822 052 10108 1Ω 5% 0.33W3404 4822 052 10338 3.3Ω 5% 0.33W3405 4822 116 52193 39Ω 5% 0.5W3410 4822 117 13632 100kΩ 1% 0603 0.62W3411 4822 117 13632 100kΩ 1% 0603 0.62W3412 2322 750 61509 15Ω 5% 1206 fusible3413 4822 051 30102 1kΩ 5% 0.062W3414 4822 051 30109 10Ω 5% 0.062W3416 4822 116 52193 39Ω 5% 0.5W3417 4822 051 30109 10Ω 5% 0.062W3418 4822 051 30008 Jumper 06033420 4822 051 30008 Jumper 0603
3427 4822 051 30008 Jumper 06033999 4822 051 30332 3.3kΩ 5% 0.062W3999 4822 117 12902 8.2kΩ 1% 0.063W 0603
5300 3104 308 20571 Transf. S13974-035400 2422 535 94639 10µH 20%5400 2422 536 00059 12µH 10%5400 4822 157 11869 33µH 10%
6300 4822 130 83757 BAS2166301 4822 051 20479 47Ω 5% 0.1W6305 9340 553 52115 BAS3216306 9340 553 52115 BAS3216307 9340 553 52115 BAS3216310 4822 130 11397 BAS316
7300 5322 130 42718 BFS207301 5322 130 42718 BFS207302 5322 130 62804 BCP537303 5322 130 63033 BCP567304 4822 130 60383 BF8247307 9352 561 40112 TDA61087308 5322 130 42718 BFS20
DC Shift Panel [G]
Various
0317 4822 265 20723 Connector 2p m0318 4822 265 20723 Connector 2p m1430 2422 086 10581 Fuse 400mA 65V8317 3104 311 01421 Cable 2p3/220/2p3 Wh
2430 4822 122 31177 470pF 10% 500V2431 4822 122 31177 470pF 10% 500V
5430 3128 138 38911 DC-shift coil CU15
6432 9340 317 00133 BYD33V6433 9340 317 00133 BYD33V
DAF + 2nd order [I]
Various
1417 4822 265 20723 Connector 2p m1418 2422 025 16374 Connector 2p m1419 4822 265 20723 Connector 2p m1497 4822 267 10973 Connector 1p m
2800 2222 375 90495 330pF 5% 2kV2800 2222 375 90498 470pF 5% 2kV2821 2222 479 90166 68nF 5% 400V2890 2222 375 90276 220pF 5% 2kV2890 2222 375 90493 270pF 5% 2kV2890 2222 375 90501 560pF 5% 2kV
3898 4822 116 21239 VDR 1mA/612V3899 4822 116 21239 VDR 1mA/612V3998 4822 116 52213 180Ω 5% 0.5W3998 4822 116 83872 220Ω 5% 0.5W
5800 2422 531 02437 Transformer S21975-035801 2422 531 02435 Transformer C948-025801 8228 001 34391 Driver Transformer CU15
Spare Parts ListEN 128 EM1.2A AA10.
Mains Switch Panel [J]
Various
0157 3139 131 01251 Cable 5p/400/5p0187 3139 124 32521 Front Interface0201 2422 025 16268 Connector 2p m0202 2422 025 16268 Connector 2p m0211 2422 025 16268 Connector 2p m0212 2422 025 16268 Connector 2p m0214 2422 025 06353 Connector 5p m0231 2422 128 02972 Mains switch0247 4822 267 10734 Connector 5p m1010 9322 155 82667 TSOP22361051 2422 128 02972 Mains switch
2030 4822 124 41584 100µF 20% 10V2691 4822 124 40207 100µF 20% 25V2698 4822 122 30043 10nF 80% 63V
3057 4822 053 21335 3.3MΩ 5% 0.5W3066 4822 053 21335 3.3MΩ 5% 0.5W3078 4822 051 30101 100Ω 5% 0.062W3081 4822 051 30392 3.9kΩ 5% 0.063W 06033082 4822 117 13577 330Ω 1% 0805 1.25W3092 4822 051 30103 10kΩ 5% 0.062W3093 4822 051 30682 6.8kΩ 5% 0.062W3500 4822 053 21225 2.2MΩ 5% 0,5W3501 4822 053 21475 4.7MΩ 5% 0.5W3691 4822 116 52228 680Ω 5% 0.5W3693 4822 116 80176 1Ω 5% 0.5W4003 4822 051 30221 220Ω 5% 0.062W4005 4822 051 30008 Jumper 06034006 4822 051 30008 Jumper 06034007 4822 051 30008 Jumper 06034009 4822 051 30008 Jumper 0603
6001 5322 130 83903 TLRC1146691 9322 050 99682 LTL-10224WHCR6692 9322 127 54667 TSOP1836UH1
HD Jack Panel [N]
Various
1104 2422 025 06353 Connector 5p m1304 4822 265 41343 Connector 7p m1933 2422 025 15851 Connector 4p m1934 2422 025 10738 Connector 6p m
2101 4822 126 14491 2.2µF -20+80% 10V 08052102 3198 017 44740 470nF 10V 06032103 4822 126 14491 2.2µF -20+80% 10V 08052104 3198 017 44740 470nF 10V 06032105 4822 126 14491 2.2µF -20+80% 10V 08052107 4822 126 14491 2.2µF -20+80% 10V 08052109 4822 126 14491 2.2µF -20+80% 10V 08052111 4822 126 14491 2.2µF -20+80% 10V 08052113 4822 126 13879 220nF 20% 16V2115 4822 126 14491 2.2µF -20+80% 10V 08052117 4822 126 14491 2.2µF -20+80% 10V 08052119 4822 126 14491 2.2µF -20+80% 10V 08052121 4822 126 14491 2.2µF -20+80% 10V 08052125 4822 126 14491 2.2µF -20+80% 10V 08052127 4822 126 14491 2.2µF -20+80% 10V 08052130 4822 126 13879 220nF 20% 16V2131 2020 552 94427 100pF 5% 50v 06032132 2238 586 59812 100nF 20-80% 50V 06032133 2238 586 59812 100nF 20-80% 50V 06032134 4822 126 11785 47pF 5% 50V 06032135 4822 126 11785 47pF 5% 50V 06032160 4822 126 14241 330pF 50V 06032161 4822 126 13193 4.7nF 10% 63V2162 2238 586 59812 100nF 20-80% 50V 06032400 2238 586 59812 100nF 20-80% 50V 06032403 2238 586 59812 100nF 20-80% 50V 06032404 2238 586 59812 100nF 20-80% 50V 06032405 4822 124 41796 22µF 20% 16V2406 4822 124 41796 22µF 20% 16V2407 4822 124 41796 22µF 20% 16V
2408 4822 124 23432 100µF 20% 10V2700 2238 586 59812 100nF 20-80% 50V 06032701 2238 586 59812 100nF 20-80% 50V 06032702 2238 586 59812 100nF 20-80% 50V 06032703 3198 017 44740 470nF 10V 06032704 4822 126 13883 220pF 5% 50V2705 4822 126 13883 220pF 5% 50V2706 4822 126 13881 470pF 5% 50V2707 2238 916 15641 22nF 10% 25V 06032713 3198 017 44740 470nF 10V 06032714 5322 126 10511 1nF 5% 50V2715 5322 126 10511 1nF 5% 50V2906 4822 126 14491 2.2µF -20+80% 10V 08052907 4822 126 14491 2.2µF -20+80% 10V 08052908 4822 126 14491 2.2µF -20+80% 10V 08052910 4822 126 14491 2.2µF -20+80% 10V 08052911 4822 126 14491 2.2µF -20+80% 10V 08052912 4822 126 14491 2.2µF -20+80% 10V 08052913 4822 126 13879 220nF 20% 16V2914 4822 124 41796 22µF 20% 16V2928 4822 124 41643 100µF 20% 16V2928 4822 124 41796 22µF 20% 16V2929 4822 124 41643 100µF 20% 16V2929 4822 124 41796 22µF 20% 16V2930 4822 126 14549 33nF 16V 06032931 4822 126 14491 2.2µF -20+80% 10V 08052932 4822 126 14549 33nF 16V 06032933 4822 126 14491 2.2µF -20+80% 10V 08052935 4822 126 14549 33nF 16V 06032936 4822 126 14491 2.2µF -20+80% 10V 08052937 2238 586 59812 100nF 20-80% 50V 06032938 4822 124 41643 100µF 20% 16V2938 4822 124 41796 22µF 20% 16V2939 4822 124 41796 22µF 20% 16V2940 2020 552 93645 39pF 5% 50V2941 2020 552 93645 39pF 5% 50V2942 2020 552 93645 39pF 5% 50V2995 4822 126 14491 2.2µF -20+80% 10V 08052996 4822 126 14491 2.2µF -20+80% 10V 08052997 4822 126 14491 2.2µF -20+80% 10V 0805
3100 4822 051 30103 10kΩ 5% 0.062W3101 4822 051 30102 1kΩ 5% 0.062W3102 4822 051 30472 4.7kΩ 5% 0.062W3103 4822 051 30102 1kΩ 5% 0.062W3104 4822 051 30222 2.2kΩ 5% 0.062W3105 4822 051 30102 1kΩ 5% 0.062W3108 4822 117 13632 100kΩ 1% 0603 0.62W3109 4822 117 13632 100kΩ 1% 0603 0.62W3110 4822 117 13632 100kΩ 1% 0603 0.62W3111 4822 117 13632 100kΩ 1% 0603 0.62W3112 4822 117 13632 100kΩ 1% 0603 0.62W3124 4822 051 30102 1kΩ 5% 0.062W3125 4822 051 30103 10kΩ 5% 0.062W3126 4822 051 30103 10kΩ 5% 0.062W3127 4822 051 30223 22kΩ 5% 0.062W3129 4822 051 30102 1kΩ 5% 0.062W3130 4822 051 30101 100Ω 5% 0.062W3131 4822 051 30102 1kΩ 5% 0.062W3132 4822 051 30101 100Ω 5% 0.062W3133 4822 051 30102 1kΩ 5% 0.062W3139 4822 051 30472 4.7kΩ 5% 0.062W3141 4822 051 30472 4.7kΩ 5% 0.062W3142 4822 051 30472 4.7kΩ 5% 0.062W3143 4822 051 30472 4.7kΩ 5% 0.062W3144 4822 051 30472 4.7kΩ 5% 0.062W3145 4822 051 30472 4.7kΩ 5% 0.062W3150 4822 117 12139 22Ω 5% 0.062W3151 4822 051 30101 100Ω 5% 0.062W3152 4822 051 30222 2.2kΩ 5% 0.062W3160 4822 051 30103 10kΩ 5% 0.062W3161 4822 051 30103 10kΩ 5% 0.062W3162 4822 117 13632 100kΩ 1% 0603 0.62W3163 4822 051 30103 10kΩ 5% 0.062W3164 4822 051 30103 10kΩ 5% 0.062W3165 4822 051 30333 33kΩ 5% 0.062W3166 4822 051 30222 2.2kΩ 5% 0.062W3167 4822 051 30103 10kΩ 5% 0.062W3168 4822 051 30222 2.2kΩ 5% 0.062W3169 4822 051 30102 1kΩ 5% 0.062W3171 4822 051 30103 10kΩ 5% 0.062W3172 4822 051 30103 10kΩ 5% 0.062W3173 4822 051 30103 10kΩ 5% 0.062W3174 4822 051 30103 10kΩ 5% 0.062W3175 4822 051 30103 10kΩ 5% 0.062W3176 4822 051 30103 10kΩ 5% 0.062W3177 4822 051 30103 10kΩ 5% 0.062W3178 4822 051 30103 10kΩ 5% 0.062W3401 5322 117 13057 820Ω 1% 0.063W 06033402 2322 704 61302 1.3kΩ 1% 0.063W 06033403 5322 117 13057 820Ω 1% 0.063W 0603
3404 2322 704 61302 1.3kΩ 1% 0.063W 06033405 5322 117 13046 1.8kΩ 1% 0.063W 06033406 2322 704 61302 1.3kΩ 1% 0.063W 06033407 2322 704 61302 1.3kΩ 1% 0.063W 06033408 5322 117 13046 1.8kΩ 1% 0.063W 06033409 5322 117 13034 1.5kΩ 1% 0.063W 06033410 5322 117 13057 820Ω 1% 0.063W 06033411 5322 117 13057 820Ω 1% 0.063W 06033412 5322 117 13034 1.5kΩ 1% 0.063W 06033413 5322 117 13018 1kΩ 1% 0.063W 06033414 2322 704 66201 620Ω 1% 06033415 2322 704 66201 620Ω 1% 06033416 5322 117 13018 1kΩ 1% 0.063W 06033417 2322 704 61302 1.3kΩ 1% 0.063W 06033419 2322 704 62002 2kΩ 1% 06033420 5322 117 13036 1.2kΩ 1% 0.063W 06033421 5322 117 13059 560Ω 1% 0.063W 06033422 2322 704 63002 3kΩ 1% 06033423 5322 117 13018 1kΩ 1% 0.063W 06033424 4822 051 30471 470Ω 5% 0.062W3426 5322 117 13018 1kΩ 1% 0.063W 06033427 2322 704 61302 1.3kΩ 1% 0.063W 06033428 2322 704 69101 910Ω 1% 0.063W 06033429 5322 117 13052 2.7kΩ 1% 0.063W 06033430 4822 051 30102 1kΩ 5% 0.062W3431 4822 051 30102 1kΩ 5% 0.062W3433 4822 051 30223 22kΩ 5% 0.062W3434 4822 051 30223 22kΩ 5% 0.062W3435 4822 051 30223 22kΩ 5% 0.062W3436 4822 051 30102 1kΩ 5% 0.062W3701 4822 051 30334 330kΩ 5% 0.062W3702 4822 051 30103 10kΩ 5% 0.062W3703 4822 051 30153 15kΩ 5% 0.062W3704 4822 117 12902 8.2kΩ 1% 0.063W 06033705 4822 051 30102 1kΩ 5% 0.062W3707 4822 051 30681 680Ω 5% 0.062W3715 4822 051 30333 33kΩ 5% 0.062W3716 4822 051 30223 22kΩ 5% 0.062W3717 4822 051 30223 22kΩ 5% 0.062W3718 4822 051 30273 27kΩ 5% 0.062W3719 4822 051 30008 Jumper 06033934 4822 051 30102 1kΩ 5% 0.062W3935 4822 051 30102 1kΩ 5% 0.062W3936 4822 051 30102 1kΩ 5% 0.062W3937 4822 051 30101 100Ω 5% 0.062W3938 4822 051 30101 100Ω 5% 0.062W3939 4822 051 30101 100Ω 5% 0.062W3940 2322 750 63908 3.9Ω 5% 1206 fusible3941 4822 117 12984 3.3Ω 5% 0.125W 12063942 2322 750 63908 3.9Ω 5% 1206 fusible3946 2322 702 60824 820kΩ 5% 06033947 4822 051 30393 39kΩ 5% 0.062W3948 4822 051 30682 6.8kΩ 5% 0.062W3949 4822 051 30222 2.2kΩ 5% 0.062W3951 2322 702 60824 820kΩ 5% 06033952 4822 051 30393 39kΩ 5% 0.062W3953 4822 051 30682 6.8kΩ 5% 0.062W3954 4822 051 30392 3.9kΩ 5% 0.063W 06033955 4822 051 30102 1kΩ 5% 0.062W3956 4822 051 30103 10kΩ 5% 0.062W3957 4822 051 30223 22kΩ 5% 0.062W3958 4822 051 30392 3.9kΩ 5% 0.063W 06033959 4822 051 30682 6.8kΩ 5% 0.062W3971 4822 117 13632 100kΩ 1% 0603 0.62W3972 4822 051 30102 1kΩ 5% 0.062W3973 4822 051 30102 1kΩ 5% 0.062W3974 4822 051 20109 10Ω 5% 0.1W3975 4822 051 30393 39kΩ 5% 0.062W3976 4822 051 30271 270Ω 5% 0.062W3977 4822 051 30271 270Ω 5% 0.062W3978 4822 051 30102 1kΩ 5% 0.062W3979 4822 117 13632 100kΩ 1% 0603 0.62W3980 4822 051 30102 1kΩ 5% 0.062W3981 4822 051 30102 1kΩ 5% 0.062W3982 4822 051 20109 10Ω 5% 0.1W3983 4822 051 30273 27kΩ 5% 0.062W3984 4822 051 30151 150Ω 5% 0.062W3985 4822 051 30181 180Ω 5% 0.062W3986 4822 051 30102 1kΩ 5% 0.062W3987 4822 117 13632 100kΩ 1% 0603 0.62W3988 4822 051 30102 1kΩ 5% 0.062W3989 4822 051 30102 1kΩ 5% 0.062W3990 4822 051 20109 10Ω 5% 0.1W3991 4822 051 30393 39kΩ 5% 0.062W3992 4822 051 30331 330Ω 5% 0.062W3993 4822 051 30101 100Ω 5% 0.062W3994 4822 051 30102 1kΩ 5% 0.062W3999 4822 051 30682 6.8kΩ 5% 0.062W9xxx 4822 051 30008 Jumper 0603
5900 4822 157 11778 5.6µH 10% 0806
Spare Parts List EN 129EM1.2A AA 10.
5901 4822 157 11778 5.6µH 10% 08065901 4822 157 71593 10µH 10% 08055902 4822 157 11778 5.6µH 10% 08065903 4822 157 11778 5.6µH 10% 08065904 4822 157 11778 5.6µH 10% 0806
6160 4822 130 11397 BAS3166161 4822 130 11397 BAS3166163 4822 130 11397 BAS3166164 4822 130 11397 BAS3166400 4822 130 11564 UDZ3.9B6700 4822 130 80622 BAT546701 4822 130 80622 BAT546703 4822 130 11397 BAS3166928 4822 130 80622 BAT546929 4822 130 80622 BAT546930 4822 130 11397 BAS316
7101 4822 209 12776 TDA8601T/C17102 4822 209 15765 74HC4052D7105 4822 209 73852 PMBT23697106 4822 209 17345 M62320FP7107 4822 209 12776 TDA8601T/C17108 4822 209 73852 PMBT23697109 4822 130 60373 BC856B7110 5322 130 60159 BC846B7160 5322 130 60159 BC846B7161 5322 130 60159 BC846B7162 5322 130 60159 BC846B7163 5322 130 60159 BC846B7164 5322 130 60159 BC846B7166 5322 209 61274 74HC4024D7167 5322 130 60159 BC846B7168 5322 130 60159 BC846B7400 9322 145 66668 TSH93ID7450 9322 145 66668 TSH93ID7451 5322 130 60159 BC846B7452 5322 130 60159 BC846B7453 5322 130 60159 BC846B7700 4822 209 60767 LM1881M7713 5322 130 60159 BC846B7750 4822 209 71585 74HCT4538N7751 4822 209 71585 74HCT4538N7901 4822 209 12776 TDA8601T/C17904 4822 130 60373 BC856B7905 4822 130 60373 BC856B7906 4822 130 60373 BC856B7907 4822 130 60373 BC856B7908 5322 130 60159 BC846B7909 5322 130 60159 BC846B7990 4822 130 60373 BC856B7991 5322 130 60159 BC846B7992 4822 130 60373 BC856B7993 5322 130 60159 BC846B7994 4822 130 60373 BC856B7995 5322 130 60159 BC846B
Top Control Panel [P]
Various
0215 2422 025 16601 Connector 3p m0215 4822 267 10748 Connector 3p m1091 4822 276 13775 Switch1092 4822 276 13775 Switch1093 4822 276 13775 Switch1094 4822 276 13775 Switch1095 4822 276 13775 Switch
2010 4822 122 33177 10nF 20% 50V2010 5322 126 11583 10nF 10% 50V 0603
3091 4822 051 30561 560Ω 5% 0.062W3092 4822 051 30391 390Ω 5% 0.062W3093 4822 051 30561 560Ω 5% 0.062W3094 4822 051 30271 270Ω 5% 0.062W3095 4822 051 30332 3.3kΩ 5% 0.062W3096 4822 051 30152 1.5kΩ 5% 0.062W3099 4822 051 30102 1kΩ 5% 0.062W4xxx 4822 051 30008 Jumper 0603
6091 4822 130 10654 BAT2546092 4822 130 10654 BAT254
Revision ListEN 130 EM1.2A AA11.
11. Revision ListFirst release
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