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Version 1.0
MCM3000
3141 785 36270
120W Micro music system/12/05
Published by SW 1116 Service Audio Subject to modification
© Copyright 2011 Philips Consumer Electronics B.V. Eindhoven, The NetherlandsAll rights reserved. No part of this publication may be reproduced, stored in a retrievalsystem or transmitted, in any form or by any means, electronic, mechanical, photocopying,or otherwise without the prior permission of Philips.
CONTENTSTechnical specification and version variation ...............................1
Service measurement setup..........................................................1-3Service aids .................................................................................1-4
Instructions on CD playability ...............................................2-1.. 2-2
Block diagram ................................................................................3-1Wiring diagram ..............................................................................4-1Disassembly diagram..............................................................4-2..4-3
Main board Circuit diagra......................................................................5-1..5-4 Layout diagram .........................................................................5-5
CD board Circuit diagram .........................................................................6-1 Layout diagram .........................................................................6-2
DISPLAY/KEY/JACK/USB board Circuit diagram .........................................................................7-1 Layout diagram ..................................................................7-2..7-3
SMPS Power board Circuit diagram .........................................................................8-1 Layout diagram .........................................................................8-2
Exploded view diagram .................................................................9-1
010203040506070809101112131415161718192021222324252627282930
KT
Description Pos. Description Pos.1
32
4
7
56
8910111213141516)1718)19)20)21)22)23)24)
25)
26)27)28)
Battery location
NA
REMARKS :
(3) LINE IN CABLE(2) SPEAKER BOX (X2PCS)
ACCESSORIES :(1) REMOTE CONTROL
NA
CABINET
41
Dimensions with Boxes (L XXX x W XXX x H XXX): mm Material: XXX / XXX 38Dimensions without Boxes: XXX*XXX*XXX mm (LxWxH) Finishing: XXX 39Weight (including packing): XXX kg Unit in Mastercarton: N/A 40Weight (excluding packing and batteries): XXXkg Units in Dealercarton: 1 set
Pos. Connection/Function Connector type Electrical data (input or R.O.P)
INTERCONNECTION POSSIBILITIES
SET SPECIFICATIONRevise
Check:
CD MICRO SYSTEM
Date: Tot.Sh.: 7 Name: Date:2010-11-15 SHEET 1
GENERAL DESCRIPTION
LIFETIME(according to XUT-0026)
5 Years
PERFORMANCE CLASSES
Class Tuner Supply+Amplifier Cassette Recorder DVD/CD
I X XII X XIIISAFETY requirements
IEC60065
RADIATION/IMMUNITY requirements(EMC)
CLIMATIC requirements(according to UAN-D1590)
ALL climates : +5 till +40 MODERATE climates : till
POWER SUPPLYMAINS (AC)
Version /12AC Voltage 230V ± 10%Voltage Selection NAFrequency 50 Hz
POWER CONSUMPTION
DCM3020
Operation (1/8 Prated,Nom AC input) 50WStandby(Demo Mode"Off",Nom AC input) <3WECO Standby(No FTD Display,Nom AC input) <1W
Q and R according to Product Division Rules
Loudspeaker Boxes
CD PLAYER W/PLL RADIO AUX2X60W
Q and R according to Product Division Rules
Quality 0.4% (major) 1.5%(minor)
Reliability 2.0% (C42)
Tested according to General Test Instruction UAN-D1591Measured According to UAN-L1059 unless otherwise statedAll not mentioned data, please refer to PQR XUW-0010-JUNE 2001
DERIVED VERSION
REMARKS
GENERAL SPECIFICATIONSET SPECIFICATION
Name:
Revise
CD MICRO SYSTEM
Date:2010-11-15 Tot.Sh.: Check: Date:
7 SHEET 2
APPROBATION
Audio Signal Processing
LOUDNESS / S-BASS / PRESET EQUALIZERUse AUX as input source with following setup conditions :1)Input sinewave 500mV at 1kHz to L/R channel of AUX-IN socket2)Set preset equalizer to flat mode3)Adjust volume to get 500 mW at 8 ohm load at L/R speaker outputs.4)The 500mW level will be used as 0dB reference.5)Inject sine wave 500mV to AUX-in socket with frequencies indicated in Table 1:
Table 1 (Tolerance±3dB)
DIGITAL SOUND CONTROL (DSC ) FREQUENCY RESPONSE(dB)
10KHz
5±3
1 0 ±3 15±3
1 5 ±3 15±3
2 5 ±3 5±3
3 2(MAX) 0 ±3
Flat
Jazz
100Hz
5
±2
±2
±2
±3 ±2
1K 1±1
0
1K 010K 0100 3±2
100 0
Loudness(dB)VOL STEP
DSC Frequency(Hz) Response(dB)
DBB(dB) 100Hz
SUPPLY + AF AMPLIFIER + LOUDSPEAKER (BOX SPECIFICATION)
Pops
Rock
Classic10K 0±1
10K 4±1100 8±2
1K 1±1
10K 5±2
10K 0±3
1K 2±1
100 8±3
Date:2010-11-15 Tot.Sh.: 7 SHEET 3
100 3±2
1K 1±2
Check: Date: Name:
Revise
CD MICRO SYSTEM
SET SPECIFICATION
TECHNICAL DESCRIPTION2X60W
GENERAL PART
Output Stage Protection: Temperature: Yes;
INDICATORSVFD DISPLAY W/BACK-LIGHT
ELECTRICAL DATA
DSC: NA Support DiscDBB YesIS: NAMAX: NA VEC: NALevel Difference: '+/-3 dBTuner: FM 67.5 kHz Modulation.CD: -6 dB track(Audio Disc 1 ,Trk 35)Ipod&Iphone: 500mWAux : 500mV; Rs=600Ω Headphone Out: Input Sensitivity (±3dB)for Rated Output Power at 1KHzMicrophone Sens: NA Acoustic Hum Noise in dB (Volume = 1): 30dBChannel Difference: 3 dB 33dBHum (VOL1 to default value): 200 nWResidual Noise (Volume Minimum) : 60 nWChannel Seperation: 40dB at 1KHz /35dB at 16KHz /30 dB at 20KHzsignal to noise ratio : 65 dBA Shock sens.: >3g
OUTPUT POWER(4 ohm Loading)
Mains Operation : 2 X 60W(NORMAL)
Frequency Response 100Hz ~ 16KHz within +3/-3dB (@ REF output )
ipod&iphone Compatibility: iPod 5G, iPod nano 1G/2G/3G, Classic, iPod Touch, iPhone included 3GS Iphone4 Ipadipod&iphone charging : 2100mA
2 X 55W(LIMIT)
2.5 mW - 2 dB , R Load = 32 ohm @ max
At cold condition with 10%THD 1KHz
(Euro & Nafta)
CD-DA CD-R/RW MP3
0dB, 1kHz CD
(Apac & Latam)
Power Standby Mode:
LOUDSPEAKER(BOXES)
Rated Impedance : Left/Right: 4Ω @ 100 Hz ~ 15kHz
Matrix: NA
REMARKS(*1) Deviations from PQR
(*2)
Revise
CD MICRO SYSTEM
Tot.Sh.:
Electronical Parameters are to be measured at speaker terminal across input singal in cd mode setting in DBB Off unless specified otherwise.
ohm load with
SET SPECIFICATION
SHEET 4 Name: 7 Check: Date:
Date:2010-11-15
TECHNICAL DESCRIPTIONDVD MINI SYSTEM
GENERAL PART
WAVE Range(-/21) TOLERANCEFM 87.5--108MHz MHzAM N/A
AERIAL:
FM : PIGTAIL ANTENNA WIRE 1.2M
INDICATIORS
VFD
ELECTRICAL DATAN/A Limit Unit FM Nom limit unitN/A -3dB Limiting Point : 17 23.5 dBN/A Amplification Reserve(*1) : 0N/A Distortion(RF 1 mV, Freq.Dev.75kHz) : 2 3 %N/A 26dB Quieting Sensitivty : 18 22 dBfN/A Crosstalk (RF 1mV Freq. Dev.40kHz) : 30 26 dBN/AN/A Search time 24~30 19~35 dBfN/A St Turn-on Point Ratio/Quad Detectors : NA dBfN/A Search Tuning Sensitivity --- ≦60 SecN/A AM Suppression I/P: 48~82dBf 30 25 dBN/A Modulation Hum : 55 45 dBN/A 8th, 9th, 10th Harmonics Whistle : 40 35 dBN/A Overall Frequency Response(63~12.5kHz)0 ±3 dBN/A FM 46dB Quiying sensitivity (Stereo) 45 50 dbfN/A FM S/N Ratio(A weighted) Mono input 68d 55 50 dBN/A FM S/N Ratio(A weighted) Mono input 68d 55 50
N/A FM Adjacent Channel selectivity 20 25 dBN/A FM Image Rejection 30 20 dB *
FM Channel Seperantion 1K 28 20 dB
Image IF Rejection Large Signal SelectivityWave Range SENS Rejection Handling S9/300kHz
FM Nom. 18 116 dBf 24Lim. 22 108 dBf 20
Units. dBf dB dB mV/m dBREMARKS
dB
μV/m
7 SHEET 5
5020
Revise SET SPECIFICATION
Tot.Sh.:
24 55
Check: Date: Name: Date:2010-11-15
CD MICRO SYSTEM
Description External DAC
CD MECH:
Channel Unbalance <±2dB ( Vol 0 ~ -50dB )Frequency Response(+0.5/-1.0dB) 20Hz~20kHzSignal to Noise Ratio(A-weighted) 70dBA(Lim 65 dBA)THD Noise(20 ~20,000Hz) 0.5%(Lim 2%)
(1kHz) 0.1% at -20dBFSOutband Attentuation 35dBChannel Separation 1K 40dB (Lim.30dB)
16K 35dB(Lim.25dB)20K 30dB(Lim.25dB)
Emphasls(switched automatically by CD 10) 15 / 50μs
Mp3 performancedescription
Bit rates 32K-320KpsSampling rates(MPEG-1 Layer 3) 32kHz/44.1KHZ/48kHzJoliet (8 character OSD display)Windows XPUDF basic (close format)Mp3 multisession Directory resting Max 8 level, Max directory 32 Display filename/ID3255 folders/999songs
ipod&iphone performancedescription
Channel balance Limit: 2dBsingnal to noise ratio(unweighted) Limit:60dBChannel seperation Limit:45dBMax.volume noise(Bass off) Limit:3mVMax.volume noise(Bass off) Limit:1mVipod&iphone Compatibility: iPod 5G, iPod nano 1G/2G/3G, iPodClassic, iPod Touch, iPhone&3Gipod&iphone charging : 1000mA
DVD PART
SanyoDA11VF
Revise
CD MICRO SYSTEM
SET SPECIFICATION
Check: Name: Date:2010-11-15
Date: Tot.Sh.: 7 SHEET 6
TECHNICAL SPECIFICATION
GENERAL PART
Tmie Setting : Clock and TimerTimer Wakeup Mode : CD / Tuner/Aux (Depend on power off source)Remarks Time Setting : 24 HrsWake Up Volume Control : No Volume at Wakeup : NCNo of Timer Settings : 1Clock Accuracy : Lim. +/- 2 sec / day
RC operating distance :
INDICATORS
Display Type : VFD
REMARKS
VERSION OVERVIEWTape PART SPECIFICATION
Name: Date:2010-11-15 Tot.Sh.: Check: Date:
7 SHEET 7
Revise
CD MICRO SYSTEM
SET SPECIFICATION
1-3
LF Generator e.g. PM5110
RecorderUse Universal Test Cassette CrO2 SBC419 4822 397 30069
LEVEL METERe.g. Sennheiser UPM550
with FF-filter
S/N and distortion metee.g. Sound Technology ST170
L
R
DUT
or Universal Test Cassette Fe SBC420 4822 397 30071
LEVEL METERe.g. Sennheiser UPM550
with FF-filter
S/N and distortion metere.g. Sound Technology ST1700B
L
R
DUT
CDUse Audio Signal Disc(replaces test disc 3)
SBC429 4822 397 30184
Bandpass250Hz-15kHz
e.g. 7122 707 48001LF Voltmeter
e.g. PM2534DUT
S/N and distortion meter e.g. Sound Technology ST1700B
Frame aeriale.g. 7122 707 89001
Tuner AM (MW,LW)
To avoid atmospheric interference all AM-measurements have to be carried out in a Faraday´s cage.Use a bandpass filter (or at least a high pass filter with 250Hz) to eliminate hum (50Hz, 100Hz).
RF Generator e.g. PM5326
Ri=
50
Bandpass250Hz-15kHz
e.g. 7122 707 48001LF Voltmeter
e.g. PM2534DUT
RF Generator e.g. PM5326
S/N and distortion meter e.g. Sound Technology ST1700B
Use a bandpass filter to eliminate hum (50Hz, 100Hz) and disturbance from the pilottone (19kHz, 38kHz).
Ri=
50
Tuner FM
MEASUREMENT SETUP
1-4
SERVICE AIDS
GB WARNINGAll ICs and many other semi-conductors aresusceptible to electrostatic discharges (ESD).Careless handling during repair can reduce lifedrastically.When repairing, make sure that you areconnected with the same potential as the massof the set via a wrist wrap with resistance.Keep components and tools also at thispotential.
ESD
CLASS 1LASER PRODUCT
GBSafety regulations require that the set be restored to its originalcondition and that parts which are identical with those specified,be usedSafety components are marked by the symbol ! .
Lead free
Set remains closed!
N
Y
Play a CD for at least 10 minutes
Y
playabilityok ?
Nplayabilityok ?
add Info for customer"SET OK"
check playability
N
Y
playabilityok ?
check playability
check playability
return set
Customer complaint"CD related problem"
"fast" lens cleaning
1
2
3For flap loaders (= access to CD drive possible)cleaning method 4 is recommended
INSTRUCTIONS ON CD PLAYABILITY
2 - 1
Exchange CDM
1 - 4 For description - see following pages
1PLAYABILITY CHECK
For sets which are compatible with CD-RW discsuse CD-RW Printed Audio Disc ....................7104 099 96611
TR 3 (Fingerprint)TR 8 (600µ Black dot) maximum at 01:00
• playback of these two tracks without audible disturbanceplaying time for: Fingerprint 10seconds
Black dot from 00:50 to 01:10• jump forward/backward (search) within a reasonable time
For all other sets use CD-DA SBC 444A..................................4822 397 30245
TR 14 (600µ Black dot) maximum at 01:15TR 19 (Fingerprint)TR 10 (1000µ wedge)
• playback of all these tracks without audible disturbanceplaying time for: 1000µ wedge 10seconds
Fingerprint 10secondsBlack dot from 01:05 to 01:25
• jump forward/backward (search) within a reasonable time
2CUSTOMER INFORMATION
It is proposed to add an addendum sheet to the set whichinforms the customer that the set has been checkedcarefully - but no fault was found.The problem was obviously caused by a scratched, dirty orcopy-protected CD. In case problems remain, the customeris requested to contact the workshop directly. The lens cleaning (method 3) should be mentioned in theaddendum sheet.
The final wording in national language as well as the printingis under responsibility of the Regional Service Organizations.
4LIQUID LENS CLEANING
Because the material of the lens is synthetic and coatedwith a special anti-reflectivity layer, cleaning must be donewith a non-aggressive cleaning fluid. It is advised to use“Cleaning Solvent
The actuator is a very precise mechanical component andmay not be damaged in order to guarantee its full function.Clean the lens gently (don’t press too hard) with a soft andclean cotton bud moistened with the special lens cleaner.
The direction of cleaning must be in the way as indicated inthe picture below.
Before touching the lens it is advised to clean thesurface of the lens by blowing clean air over it.This to avoid that little particles make scratches onthe lens.
INSTRUCTIONS ON CD PLAYABILITY
2 - 2
SET BLOCK DIAGRAM
3 - 1 3 - 1
SET WIRING DIAGRAM
4 - 1 4- 1
5 - 15 - 1
CIRCUIT DIAGRAM - MAIN BOARDPART 1
CD DOOR SWITCH BD.
OPEN
CLOSE
GND
CLOSE
DGND
OPEN
M-
M+
OU
T2
P2
VC
C2
VC
C1
IN2
IN1
VZP1
OU
T1
GN
D
DGND
TO S
W TO C
N40
5
TO M
OTA
GNDGND
GND
GND
GND
GND
GND
VC25
VC25
CLOSE-DET
CLOSE-DET
CD_RX
IR
VFD-CS
VFD-CS
CD_TX
PCF8563_SCL
PCF8563_SCL
AUDIO_IN_1
AUDIO_IN_1
PCF8563_DATA
PCF8563_DATA
EQ-SCL
PC_RST
P-CD
IIC-SDA
IIC-SDA
EQ-SDA
IIC-SCL
IIC-SCL
KEY1
IRQ
IRQ
CDPWR
VFD-WR
VFD-WR
PLL_CS
VFD-DAT
VFD-DAT
AUDIO_IN_2
AUDIO_IN_2
LOV-TADA
MCU-MUTE
ST-BY
IO
DE
T13
VOL-CLK
DET30
RXTX
P_CON
+12VCC
MCU3.3V
3.3VIO
3.3VIO
3.3V
IO
3.3VIO
3.3VIO
3.3VIO
3.3VIO
EQ_LOUT
EQ_ROUT
R724 R_0B 330R1212
GND 14
GND 11
SDA 1 3
SCL 1 24 VCC
5 VDD
IC7 05
\MYSON\MYSON MCU\CM5228_CS8958\MULTI-SINGLEWRITER\CS8953 D B CB\MSW_SB_CM5245.DSN
MF1341S 2161
1
2
3
4
5
6 7 8 9 10
11
12
13
14
15
1617181920
R722 R_0B33OR1212
R71 9 R_0B1K12
12
R720 R_0B33OR1212R78 3 R_0B
1K
1212
C73 0 CA100 P1 21 2
C4550.1UF
C73 1 CA100 P1 21 2
R70 7
RA1K
1 221
C73 2 CA100 P1 21 2
R763 A
RESISTO R10K
12
12
R70 6 R_0A 1K12
12
R762 A
RESISTO R10K
12
12
R70 8 R_0A 1K12
12
D4070R
R11 1 R_0A 1K12
12
D4080R
R71 8RA
1K
12
12
Q40 9
NPN_2
NC
1
2
3
1
2
3
R70 9 R_0A 1K12
12
R31 0RB NC
12
21
R73 7
R_0B
1K
1 221
R76
4
RESISTO R
10K
12
12
R71 7
R_0B8.2K1 2
21
R70
4 RA10
K1
21
2
SW2701A
C72
40.
01U
F
IC304
LB1641
1 2 3 4 5 6 7 8 9 10
C72
50.
01U
F
C3020.1UF
R82 R_0B1K12
12
ZD3045.6V
R83
R_0B
1K
1212
C386220uF/16V
R84 R_0B330 R12
12
C3390.1UF
R85 R_0B330 R12
12
C336 0.1UF
BC9
CAP_NP A0.1uF12
12
C33
30.
01U
F
X2 CRYSTAL B32.768KH z
1 221
C397 0.1UF
R86
RF10K1
22
1
L30410uH
C78
CAPACITOR_NON-P OLB82p F
12
12
R30 2 RB2.2 1/2W
12
21
+C79
CAPACITOR_PO LB100uF/1 0V
12
12
R30 8RB 10K
12
21
1 OI
2 OO
3 INT1
4 VSS
VDD 8
COUT 7
SCL 6
SDA 5
U6
HV826MG_ 0PCF8563
1
2
3
4 5
6
7
8OI
OO
INT1
VSS SDA
SCL
COUT
VDD
R30 9RB 10K
12
21
R87
RESISTO R
10K 1
21
2
R72 3 R_0B33012
12
R88
RESISTO R
10K 1
21
2
R72 1 R_0B1K12
12
Q702 A1
NPN_2805 0
1
2
3
1
2
3
R726 R_0B33OR1212
R89
RA300 K
1212
R728 R_0B 330R1212
C80 CA1051 21 2
R766 R_0B01 2
21
R90
RA100 K
1212
D7051N4148
R92 RF10K
12
21
R99 5RESISTOR 10K12
12
C81
CAPACITOR_NON-P OLB103
12
12
R99 6RESISTOR 10K12
12
R93
RA100 R
1212
R11 7 RESISTOR
10K
1212
Q702 A2
NPN_2805 0
1
2
3
1
2
3
CN
404
1
2
R94
RA300 K
1212
CN
704
1
2
3
4
C82 CA1051 21 2
R72 5 R_0B
1K
1212
SW2701B
R95
RA100 K
1212
+TC70 2
CAPACITOR_P OL4.7UF
12
12
CN
405
1
2
3
4
R96 RF10K
12
21
+
TC70 5CAPACITOR_P OL4.7UF
12
12
R29 R_0B330 R12
12
C83
CAPACITOR_NON-P OLB103
12
12
1 GND
2 GND
3 GND
7 WP
4 GND
SDA 5
SCL 6 4 VC
C
U1
AT24C01A_P _0
AT24C02S MT
1
2
3
4
5
6
7
8
A0
A1
A2
GN
D
SDA
SCL
WP
VC
C
R73 9 R_0B1K12
12
R97
RA100 R
1212
R71 0
RA 100 K
12
21
R771 R_0B 1K1212
R78 2 RA
1K
12
12
R71 5 R_0B10K
1212
C70 1
CAP_N P0.1uF
12
12
R71 3 RA
10K
12
12
C70 2
CAP_N P0.1uF
12
12
Q702 A
NPN_2805 0
1
2
3
1
2
3
P2_6/T1/CMPB 25
P2_5/T2/CMPC 26
P2_4/T2EX/CMPD 27
P2_3/RXD1 28
P2_2/TXD1 29
P2_1/XOUT 30
VSS 32
P2_0/XIN 31
P1_7/P
INTO_1 1
P1_6/P
INTO_0 2
P1_3/S
CL 3
P1_2/S
DA 4
P3_1 5
P3_0 6
P1_5/R
XOUT 7
P1_4/R
XIN 8
P1_1/ADD4 9
P1_0/ADD3 10
P0_7/RXDO/ADD2 11
P0_6/TXDO/ADD1 12
P0_5/TPINT1_5/ADC 13
P0_4/TPINT1_4/ADC 14
P0_3/TPINT1_3/ADB 15
P0_2/TPINT1_2/ADB 16
P0_
1//A
DA2
17
P0_
0//A
DA1
18
VD
D25
19
VD
D 2
0
RS
TN
21
P3_
3 2
2
P3_
2 2
3
P2_7
/TO
/CM
PA 2
4
U702
MTV212_ 0
CA68 12
\MYSON\MYSON MCU\CM5228_CS8958\MULTI-SINGLEWRITER\CS8953 D B CB\MSW_SB_CM5245.DSN1 2 3 4 5 6 7 8
9
10
11
12
13
14
15
16
1718192021222324
25
26
27
28
29
30
31
32
P1_
7/P
INT0
_1
P1_
6/P
INT0
_0
P1_
3/S
CL
P1_
2/S
DA
P3_
1
P3_
0
P1_
5/R
XO
UT
P1_
4/R
XIN
P1_1/ADD4
P1_0/ADD3
P0_7/RXD0/ADD2
P0_6/TXD0/ADD1
P0_5/PINT1_5/ADC
P0_4/PINT1_4/ADC
P0_3/PINT1_3/ADB
P0_2/PINT1_2/ADB
P0_
1//A
DA
2
P0_
0//A
DA
1
VD
D25
VD
D
RS
TN
P3_
3
P3_
2
P2_
7/T0
/CM
PA
P2_6/T1/CMPB
P2_5/T2/CMPC
P2_4/T2EX/CMPD
P2_3/RXD1
P2_2/TXD1
P2_1/XOUT
P2_0/XIN
VSS
+TC70 3
CAPACITOR_P OL NC
12
12
C6
CAP_N P0.1uF
12
12
R70 3
RA10K
1212
R77 0 R_0B33012
12
+
C31 8
CAPACITOR_P OL100U F
12
12
R76 9 R_0B330
1212
R75 0
R_0B33012
12
R75 1
RESISTO R3.3K
12
12
R75 9
R_0B
330
1212
R75 5
RESISTO R3.3K
12
12
C70 8CA 1000 PF
12
12
5 - 2 5 - 2
CIRCUIT DIAGRAM - MAIN BOARDPART 2
USB+5V
USB
D-
D+
STANDBY_LEDDGND
AUX2
AUX_IN
AUX1
4052_SET
AUX-LIN
+8VCC
+8VCC
+5VIN
AUX-RIN
VCC5V
R58
12K
C72
NC
C53
102
R71 15K
C552.2uF
R7215
K
L3 RBFB3001 2
21
C73
102
R60 1K
C74
2.2uF
C59
100P
F
JK601USB JACK
1
2
3
4 5
6
VCC
D-
D+
GND GND
GND
C60
100P
F
CN
604
1
2
3
4
R5912K
L601 SEBG160808U300MT
R61
12K
L602 SEBG160808U300MT
C54
102
L9 SEBG160808U300MT
C612.2uF
L10 SEBG160808U300MT
L4 RBFB3001 221
L11 SEBG160808U300MT
R62 1K
C62
100P
F
C63
100P
F
R6312K R
6412
K
C64
102
C65
2.2uF
L5 RBFB3001 221
R65 1K
C66
100P
F
C67
100P
F
R6612K R
6712
K
C68
102
C69
2.2uF
L6 RBFB3001 221
R68 1K
C70
100P
F
C71
100P
F
CN6063P/2.0mm
1
2
3
JK603AUX JACK
1
2
3
L7 RBFB3001 2
21
L8 RBFB3001 221
+
C37
100u
F/16
V
LED701
LEDSTANDBY
1 2EDOHTACEDONA
C38
0.1u
R752 RB2.2K1 2
21
R43 10K
Q704NPN_290141
2
3
1
2
3
C39
2.2uF
R75
8
RB4.
7K1 2
21
R4410K
R789
RB1.5K
12
12
R4510
K
1 Y
O
2 Y
2
3 Y
CO
M
4 Y
3
5 Y
1
6 IN
HIB
IT
7 V
EE
8 V
SS
VD
D 1
6
X2
15
X1 1
4
XC
OM
13
XO 1
2
X3
11
A 10 B 9
IC3 SFLASH1_0TC
-405
2BP
1 2 3 4 5 6 7 8910111213141516
Y0
Y2
YC
OM
Y3
Y1
INH
IBIT
VE
E
VS
SBAX3
X0
XC
OMX1
X2
VDD
C40
102
1 V
CC
2 O
UTL
3 IN
L
4 IN
T
6E
SN
ES
FER
V5
SW
7
INR
8
OU
TR 9
GN
D 1
0
IC511
D2761
1 2 3 4 5678910
VC
C
OU
TL
INL
INT
VR
EF
SE
NS
E
SW
INR
OU
TR
GN
D
C42
NC
C56
2.2u
R46 15K
C58
2.2u
R4715K
C53
20.
022u
C43
102
C53
30.
22u
C44
2.2uF
R54
38.
2k
C45
2.2uF
+
C57
510
0uF/
16V
R6910K
C53
50.
1u
R7010
K
R5712K
C46
102
5 - 3
CIRCUIT DIAGARM - MAIN BOARDPART 3
5 - 3
AGND
AUX-R
AUX-L
TO R
EC
TIFE
R B
D.C
N11
02
P-CN
+5VIN
GND
DGND
+12VCC
L-OUT
R-OUT
GND
DEL
TO R
ADIO
EQ-SCL
P-CD
EQ-SDA
PLL_CS
LOV-TADA
VOL-CLK
+12VCC
+12VCC
+12VCC
MCU3.3V
3.3VIO
EQ_LOUT
EQ_ROUT
AGND
DAC_L
DAC_R
CD+5V
+5VCC
+5VCC
USB+5V
AMUTE
+5VIN
+8VCC
+8VCC
IPOD+5V
P-CN
HP_DET
PH-PWR
TU_R
TU_R
IIC_SCLIIC_SDA
TU-L
TU-R
P_CN
HO-L
HO-L
HO-L
HO-R
HO-R
HO-R
IPOD-L
IPOD-R
C17
47p
C451100PF
C20
100u
F/16
V
FB201200
C18
47p
C4362.2uF
R2164.7K
BC20622P
R35 22k
C4372.2uF
R2154.7K
CN
306
1
2
3
4
R38
22K
C445100uF/10V
R3147K
CE202220uF/6.3V
R3910R
R4724.7K
Q2019014
FB202200
EC
322
UF
R11622k
Q2029014
BC20722P
FC20.1UF
C4672.2uF
R209NC
CE
204
220u
F/10
V
C52
4
22uF
/16V
Q3
9014
C4682.2uF
R214 2.2K
BC2040.1UF
RCH 1
LCH 1
LCH 2
RCH 2
LCH 3
RCH 3
LCH 4
RCH 4
DG
ND
SD
A
SC
L
VD
D
GN
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T(L)
IN(L
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BIN
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BLE
(R)
OUT L
OUTR
IC401
SC7314
1 2
3456 7
8
9
10
11
12
13
14
15
16
1718 1920
2122
23
24
25 26 2728
ZD1
9.1V
CN
402
1
2
3
4
5
R486100K
BC20222P
C4302.2uF
R40470R
C11052200uF/25V
Q1B772
FB204FB300
C4351uF
C2147uF/16V
3 OUT
4 V
C
3 FB
4 GN
D
IN 2
U902TG1484
23
35
4
INOUT
FBVC
4
Q29014
R20710K
C41
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C22100P
C20.1UF
R74.7K
R20810K
C52
70.
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R6 180
D412IN5822
C1
100u
F/16
VBC2010.1UF
C52
50.
1UF
R41 180
R4262K
R82K7C
E20
3
100u
F/6.
3V
C52
60.
1UF
L1FB300
R42410K
R14 2K
ZD2015.6V
R5175.6K
C2347uF/10V
C4210.1UF
R15 2K
R21147
C50
50.
1UF
C240.1UF
C420470uF/25V
C3100P
Q4088550
C42
20.
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C25470uF/25V
L40133HU/3A
1 2
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1 OUT
2 G
ND
IN 3
IC1HT7533(3V3)
1
2
3OUT
GN
D
IN
C26
0.1U
F
C419470uF/25V
J4
CON10CON10
1
2
3
4
5
6
7
8
9
10
1
2
3
4
5
6
7
8
9
10
R4591K
C4040.0027UF
C5161UF
1 OUT
2 G
ND
IN 3
IC2HT7533(3V3)
1
2
3OUT
GN
D
IN
Q4049014
C4070.0027
1 OU
TA
2 INA
N
3 INA
P
4 GN
D
VD
D 8
OU
TB 7
INB
N 6
INB
P 5
U24558
12345 6 7 8
Q4017805
1
2
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GN
D
IN
C5101UF
EC
147
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R45822K
C42847P
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R20482K
CFC
110
4
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C42947P
R20182K
C9
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F
L15FB300
C4382.2uF
R2122K
R422K
C4432.2uF
R2322K
R11322k
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C10
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F
L30
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C40
322
0uF/
10V
R4221K
EC
222
UF
R122K
C4010.1UF
R425 1K
FC10.1UF
C452100PF
R40147R
C427100PF
R2510K
C446
2.2uF
C426100PF
R16
10K
C434100PF
C4
100P
F
R40810K
C5
2.2uF
R4104.7K
R4211K
C7
2.2uF
C432102PF
R175k1
Q405B772
R18 2k2
R40710K
Q4069014
R4271K
C82.2uF
R4094.7K
R4424.7K
R19 10k
C431102PF
C523
4.7uF/50V
C11
47p
C4482.2uF
C528
4.7uF/50V
C12
47p
C433100PF
C410100uF/16V
R22 22k
R4202K7
R24
22K
R443 2K1
OU
TA
2 IN
AN
3 IN
AP
4 G
ND
VD
D 8
OU
TB 7
INB
N 6
INB
P 5
U201ETK4800
1 2 3 45678
R2810K
C41447uF/10V
C2042.2UF
R30
10K
C7230.1UF
R210NC
C13
100P
F
C458470uF/25V
C2012.2UF
C14
2.2uF
C4160.1UF
R213 2.2K
C15
2.2uF
C439100PF
R20268K
R325k1
C440100P
C202220P
R332k2
R469 2K
R4051K
R20368K
C162.2uF
C405100P
R406 1K
C203
220P
R34 10k
CN
312
1
2
3
R4854.7K
CE201220uF/6.3V
CIRCUIT DIAGARM - MAIN BOARDPART 4
5 - 4 5 - 4
+33V
+33V
GND
GND
-33V
-33V
AMUTE
+5VIN
HP_DET
VD
DA
.
VDDA.
VS
SA
.
VS
SA
.
VS
SA
.
VSSA.
VSSA.
VD
DP
.
VD
DP
.
VD
DP
.
VD
DP
.
VDDP.
VS
SP
.
VS
SP
.
VS
SP
.
VS
SP
.
VS
SP
.
VSSP.
HR_CH+
HL_CH+
MO
DE
OS
C.
OSC.
HR_OUT
HL_OUT
-33V
-33V
+33V
+33V
HR_CH-
HL_CH-
STANDBY
+
C49
10U
C37
50.
1u
R554.7k
C32
50.
001u
R56
10k
C37
70.
001u
C47
5
0.1u
C37
90.
001u
+
C50
4700uF/35V R30510CN400
6P/2.5mm
1
2
3
4
5
6
+
C31
47uF
/35V
L400
FB
8 RIN+
9 RIN-
11 NC
2 GND
4 LIN-
5 LIN+
3 VD
DA2
1 VS
SA2
6 M
ODE
1
7 O
SC
18 S
TAB1
23 V
DDP2
20 V
SSP2
LOUT 21
BOOT2 22
BOOT1 15
ROUT 16
VSSP
1 17
VDDP
1 14
VSSD
24
NC 1
9
PORT
13
NC 1
2
NC 1
0
IC314
TDA8922C
1
2
3
4
5
6 7
8
9
10
11
12 13 14
15
16
17
18
19
20
21
22
23
24
VSSA
2
GND
VDD
A2
LIN-
LIN+
MO
DE1
OSC
RIN+
RIN-
NC
NC
NC
POR
T
VDD
P1
BOOT1.
ROUT.
VSSP
1
STAB
1
NC
VSSP
2
LOUT.
BOOT2.
VDD
P2
VSSD
C38
30.
1u
C51
0.01
u
C34
3
220p
C38
10.
1u
C52
0.1u
C32
7
220p
C31
90.
1u
+
C45
0
4700uF/35V
C32
8
220p
C32
0.00
1u
C45
90.
01u
R31
5
10
C38
50.
001u
L410
L
1 2
3 4
L310 33uH
C32
00.
001u
C347 0.015
+C
33
100u
F/35
V
C27
0.47
u(M
)
C35
50.
22u
C33
1
0.1u
(M)
C38
80.
22u
C35
7N
C
C39
00.
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R30
6
22(1
206)
+C
309
1000
uF/3
5V
C28
220p
C36
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C33
4
220p
C39
30.
1u
R31
7
10
C39
40.
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C39
50.
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C30
40.
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M)
C39
60.
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C29
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(M)
C34
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C33
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C
+
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/35V
R30
7
22(1
206)
C35
40.
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C366
0.015
C39
90.
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R31
9
100
C40
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C30
0.1u
C35
90.
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C34
00.
1u
C39
10.
001u
C341 0.1u
C36
0.00
1u
R320 30k
R304
10
C373
1u
L2
FB
C380
1u
L322
L
1 2
3 4
C34
4
220p
C30
6
0.1u
(M)
R321
5.6k
R30
1
22
C34
5
0.00
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L
1 2
3 4
R340
5.6k
C30
7
0.1u
R318 1k
R30
0
22
R32
447
k
+
C44
9
100u
F/35
V
C346
1u
Q7B
CE
C382
1u
Q5B
CE
C34
8
220p
Q6B
CE
R325
5.6k
R4810k
C34
9
0.00
1u
R5010k
R42
5.6k
R4910k
R351 1k
+
C48
10U
R32
847
k
R51
10k
L305
FB
R5210k
+C
312
1000
uF/3
5V
R53
470R
C36
70.
1u
R5410k
C37
40.
1u
LAYOUT DIAGRAM - MAIN BOARD
5 - 5 5 - 5
CIRCUIT DIAGRAM - CD BOARD
6 - 1 6 - 1
(5V)
1 LDO
4 MC
5 MB
6 MD
7 MA
8 AVDD33
10 V12
9 HAVC
11AVSS33_2
12 TELP
13MPXOUT1
15MPXOUT3
16 COSP
14MPXOUT2
17 COSN
18AVDD33_3
19 VTB
21AVSS33_3
20 VTP
22AVSS33_LDO
23AVDD33_LDO
24AVDD18_LDO
25AVDD33_CKG
26XTALI
27XTALO
28AVSS33_CKG
29AVDD18_1
31BCAPIL
33LINEOUTL
37AVSS33_AUD
34BCAPIR
30AVSS18_1
32BCAPCL
36LINEOUTR
35BCAPOR
38AVDD33_AUD
RESET 99
GRIO10/LCDRDJ 100
GRIO10/LCDWRJ101
GRIO11/PWMO 101
GRIOH5/LCDAD97
GRIO7/DATA2 91
VDD_PAD 85
GRIOF3/SD_MS_DET83
GRIO11/USI_DO 86
GRIOE1/DOCO_DATA73
GRIO11/USI_DI 87
DATAO 89
GRIOH6/LCDSJ 98
GRIOH5/DATA96
GRIOH3/DATAO 95
GRIOH2/DATA5 94
GRIOH1/DATA4 93
GRIOHO/DATA92
GRIOG6/DATA90
CLK 88
GND_PAD84
GRIOE0/DOCO_DAT 72
GRIOF2/SD_MS_PWR82
GRIOF1/SD_MS_CLK81
GRIOF0/SDCMD/MSB80
GRIOE7/SDD3 79
GRIOE6/SDD2 78
GRIOE4/SDD0 76
GRIOE5/SDD1 77
GRIOE3/SD_MS_WP 75
GRIOE2/DOCO_CLK 74
GRIOD7/SPDIF 71
GRIOD5/DI 69
GRIOD6/WCLK 70
GRIOD4/DO68
GRIOD3/REFCL67
GRIOD3/DAT65
GRIOD3/SCLK66
LINE
INR
40
LINE
INL 43
VO
L8L 45
V15L 46
V08R47
V15R48
VR
EF49
SFG
P50
DM
52
DP
53
VD
D_C
ORE 53
GN
D_CO
RE55
GN
D_PAD56
VD
D_PAD57
SFD
O 58
SFD
I 59
SFCSB60
SFC
SCK61
UR
TX62
UR
RX63
MD
I62
TRO
/62
FOO
/63
AV
SS
33_1
/63
DM
O/1
23
AV
D33
_1/12
2
FMO
/121
VR
EF1
6/120
BTN
/119
BTN
/118
BTN
1/11
7
AV
DD
_D33
/116
VD
D_C
ORE
/115
GN
D_C
ORE
/114
VD
D_P
AD/11
3
GN
D_P
AD/11
2
GP
IOJ2
/111
GP
IOJ1
/110
DA
T/10
9
CLK
/108
GP
IO15
/106
PW
M2/
105
PW
M1/
104
IRC
/103
GND
GN
D
GN
D
GND
GN
D
GN
D
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
RXRX
RX
TXTX
TX
RESET
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGND
AGNDAGND
AGND
AGND
FELPFO
FELPFO
DAC_L
DAC_R
TELPFO
TELPFO
KEYG2
KEYG2
AUD_3V3
AUD_3V3
RESETJ
V18
V18
SBLPFO
SBLPFO
SPDIF
SPDIF
PLGND
PLGND
CARD_DET
CD+5V
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
3V3SD
RF_1V8
RF_1V8
I2S_WCLK
I2S_WCLKI2S_WCLK
LINEINRLINEINL
IRC
LINE_L
LINE_L
AUD_GND
AUD_GND
AUD_GND
AUD_GND
AUD_GND
AUD_GND
3V3S
D_I
C
3V3SD_IC
SEV_3V3
SEV_3V3
V18_CORE
V18
_CO
RE
V18
_CO
RE
V18_CORE
LINE_R
LINE_R
M33V_CKG
M33V_CKG
M33V_LDO
M33V_LDO
M33V_PAD
M33V_PAD
M33
V_P
AD
M33
V_P
AD
M33V_PAD
MUTE
MUTE
FCK
FCKFCK
FDI
FDIFDI
WP
FCS
FCS FCSHOLD#
FDO
FDO FDO
AD3
AD
3
GPIOE0
GPIOE0
GPIOE2
DOOR
DOOR
TNI
TNI
MCPUH
MCPUH
LD
UGND
MBPUH
MBPUH
P_GND
N17919063
DP
DP
DP
HAVC
HAVC
HOST_EN
HOST_EN
MDPUH
MDPUH
MDI
MDI
D_GND
TPI
TPI
LDO
MAPUH
MAPUH
DM
DM
DM
AD1
AD
1
AD2
AD
2
LIMIT
LIMIT
N17919407
XSLEGP
XSLEGP
FOCUS-
FOCUS-
XSPINDLE
XSPINDLE
FOCUS
+5VCC
+5VCC
+5VCC
+5VCC
SLEGP
MUTE34
MUTE34
SPIN-
SPIN-
REGO1
REGO1
SL+
SL+
FOCUS+
FOCUS+
PGND
PGND
PGND
PGND
SPIN+
SPIN+
TRACK-
TRACK-
TRB_1
XTRACK
XTRACK
TRACK
SPINDLE
XFOCUS
XFOCUS
USB+5V
SL-
SL-
TRACK+
TRACK+
VREF_16VREF_16
VREF_16
VREF_16
VREF_16
VREF_16
AMUTE
AGND
C937
CB0.1uF/06031 2
1 2
C929
CAP_NP_53400pF/0603
12
12
C91
4
CB0.1u
F/06
03 12
12
C932CAP_NP_53400pF/060312
12
J1
PHONEJACK_STEREOPHONEJACK STEREO
1
2
3
A
B
C
C90
2
CB
NC
12
12
TP10021
1
28 MUTE
27 BIAS
26 VINTK
25 TRB_2
24 OPO
UT
23 VINLD
22 GND
21 VCTL
20 OPIN
19 VCC2
18 VO
LD-
17 VO
LD+
16 VOTK-
15 VOTK+
14 V
OFC
+
13 V
OFC
-
12 V
OSL
-
11 V
OSL
+
10 V
OTR
+
9 V
OTR
-
8 V
CC1
7 VE
V
6 FW
D
5 R
EGO
1
4 V
INSL
+
3 R
EGO
2
2 TR
B_1
1 V
INFC
IC902
IP4001_1CD58888
1 2 3 4 5 6 7 8 9 10 11 12 13 141516171819202122232425262728
VIN
FC
TRB_
1
REG
O2
VIN
SL+
REG
O1
FWD
REV
VCC
1
VOTR
-
VOTR
+
VOSL
+
VOSL
-
VOFC
-
VOFC
+VO
TK+
VOTK
-
VOLD
+
VOLD
-
VCC
2
OPI
N
VCTL
GN
D
VIN
LD
OPO
UT
TRB_
2
VIN
TK
BIAS
MU
TE
C926 CB0.47UF1 2
1 2
R952
RB
0R/06031 2
21
TP10031
1
C94
7
CB0.1u
F/06
03 12
12
R953
RB
0R/0603
1 221
TP10011
1
C901 CB0.1uF1 2
1 2
R971
R_7
470/06031 2
21
R914RG 100K
12
21
C93
0
CB 0.1u
F/06
0312
12
R73
R_7
4.7K/06031 2
21
R948 RG
10K/06031 2
21
C917 CB
82nF/060312
12
R986
R_7
10K/06031 2
21
R931 RG
10K/06031 2
21
C927
CB
0.01UF1 2
1 2
R947
R_7100K/0603
12
12
R903RG 33K/060312
12
C904 CB0.1uF1 2
1 2
C918
CA#1
0.1uF/06031 2
1 2
R978 RG39K12
12
EC90
2
CAPACITOR_NON-POL 1uF/
06031
21
2
D903
DIODE_01 2
12
R944 RG
10K/06031 2
21
C94
4
CAPACITOR_NON-POL0.1u
F/06
03 12
12
R929
R_0603_04.7K/0603
12
12
R91
3
RG 82K/
39K
12
12
C94
3
CAPACITOR_NON-POL0.1u
F/06
03 12
12
R96
8
R_0603_0 10K/
0603
12
12
R2RG 12K
12
21
BC90
1
CAPACITOR_NON-POL0.1u
F/06
03 12
12
R967R_0603_022K/0603
1 221
R902RG 33K/060312
12
BC90
6
CAPACITOR_NON-POL0.1u
F/06
03 12
12
IC910
SFLASH1SFLASH
1
2
3
4 5
6
7
8CS#
DO
WP#
GND DI
CLK
HOLD#
VCC
R985
RG
39K1 2
21
BC90
4
CAPACITOR_NON-POL0.1u
F/06
03
12
12
R943 RG 10K/06031 2
21
2 TP1
3 TP2
IC920
ALIM5673_1
ALi M5673
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
31
32
33
34
35
36
37
38
39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
LDO
TP1
TP2
MC
MB
MD
MA
AVDD33_2
HAVC
V12
AVSS33_2
TELP
MPXOUT1
MPXOUT2
MPXOUT3
COSP
COSN
AVDD33_3
VTB
VTP
AVSS33_3
AVSS33_LDO
AVDD33_LDO
AVDD18_LDO
AVDD33_CKG
XTALI
XTALO
AVSS33_CKG
AVDD18_1
AVSS18_1
BCAPIL
BCAPOL
LINEOUTL
BCAPIR
BCAPOR
LINEOUTR
AVSS33_AUD
AVDD33_AUD
FMIN
R
LIN
EIN
R
MIC
IN
FMIN
L
LIN
EIN
L
MIC
BIAS
V08L
V15L
V08R
V15R
VREF
SFG
P
SFG
N
DM
DP
VDD
_CO
RE
GN
D_C
OR
E
GN
D_P
AD
VDD
_PAD
XGPI
OB6
/SFD
O
XGPI
OB7
/SFD
I
XGPI
OC
0/SF
CSB
XGPI
OC
1/SF
SCK
XGPI
OC
2/U
RTX
XGPI
OC
3/U
RR
X
XGPI
OD
0/I2
CM
GPIOD1/I2CM_DAT
GPIOD2/I2S_SCLK
GPIOD3/I2S_REFCL
GPIOD4/I2S_DO
GPIOD5/I2S_DI
GPIOD6/I2S_WCLK
GPIOD7/SPDIF
GPIOE0/DOCD_DATO
GPIOE1/DOCD_DATI
GPIOE2/DOCD_CLK
GPIOE3/SD_MS_WP
GPIOE4/SDD0
GPIOE5/SDD1
GPIOE6/SDD2
GPIOE7/SDD3
GPIOF0/SDCMD/MSB
GPIOF1/SD/MS_CLK
GPIOF2/SD_MS_PWR
GPIOF3/SD_MS_DET
GND_PAD
VDD_PAD
GPIOG2/USI_DO
GPIOG3/USI_DI
GPIOG4/USI_CLK
GPIOG5/DATA0
GPIOG6/DATA1
GPIOG7/DATA2
GPIOH0/DATA3
GPIOH1/DATA4
GPIOH2/DATA5
GPIOH3/DATA6
GPIOH4/DATA7
GPIOH5/LCDA0
GPIOH6/LCDCSJ
PRSTB
GPIOH7/LCDRDJ
GPIOI0/LCDWRJ
GPIOI1/PWM0
GPI
OI2
/IRC
GPI
OI3
_PW
M1
GPI
OI4
_PW
M2
GPI
OI5
GPI
OI6
GPI
OI7
/I2S_
CLK
GPI
OJ0
/I2S_
DAT
GPI
OJ1
GPI
OJ2
GN
D_P
AD
VDD
_PAD
GN
D_C
OR
E
VDD
_CO
RE
AVD
D_D
33
BTN
_AD
IN1
BTN
_AD
IN2
BTN
_AD
IN3
VREF
16
FMO
AVD
33_1
DM
O
AVSS
33_1
GPW
M
FOO
TRO
MD
I
BC90
9CAPACITOR_NON-POL0.
1uF/
0603 1
21
2
L912
FB-1
80R/100MHz12
12
R3 RG24K1 2
21
BC90
8
CAPACITOR_NON-POL0.1u
F/06
03 12
12
R92
1 RD
100K
/060
31
22
1
R999 RG
47K12
12
C92
8
CAPACITOR_NON-POL0.1u
F/06
03 12
12
R916 RD10K/060312
12
R941 RG10K/06031 2
21
C94
2
CAPACITOR_NON-POL0.1u
F/06
031
21
2
R917 RD10K/060312
12
R91
2
RG560
K/O
12
12
R975 RE1K1 2
21
R918 RD10K/060312
12
R5RG20K
12
21
R997
RE0
1 221
Q905
2SB1132_(SOT89)_ROHM_0B2SB1132/SOT89
1
2
3
1
2
3
R939 R_92K/060312
12
R99
0
RE 100K
0603
12
12
D906
DIODE1N4148
12ANODECATHODE
R959 R_92K/060312
12
R983 RE012
12
D1 DIODE
1N41
48/N
C1
2AN
OD
EC
ATH
OD
E
R949
R_910K/0603
12
12
R958RE10K/0603
12
21
CN901
SANYO_SF-P200Z_3SF-P200Z(FPC)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
VC
VCC
E
D
A
B
C
F
GND
LD
VR
MD
F+
T-
T+
F-
R979
R_910K/0603
12
12
R994 RE01 2
21
R93
4
RA#1
4.7K
12
21
R924 RF0R1 2
21
R91 RE
15R
/060
31
22
1
LC
FB-1_0
600R/100MHz1 2
21
R938 RF100K/0603
1212
EC91
0
CAP10uF
/10V
12
12
CN913
CON4_2ACON 2.54mm(1x5)
1
2
3
4
5
1
2
3
4
5
R940
RF
10K/06031 2
21
EC91
4
CAP
1uF
12
12
Q906
2N1132
B764
1
2
3
EMIT
TER
BASE
CO
LLEC
TOR
R942
RF
10K/0603
1 221
EC90
5
CAP 220u
F/16
V
12
12
D403DIODE1N4148/NC
1 2ANODE CATHODE
R936 RF 100K/060312
12
EC91
8
CAP
1uF
12
12
L909
INDUCTORA
80R/100MHz1 2
21
EC91
6 CAP
1uF
12
12
L901
INDUCTORA
80R/100MHz1 2
21
EC927 CAP
22uF12
12
L907
INDUCTORA
80R/100MHz1 2
21
C94
5
CAP470u
F 12
12
L915
INDUCTORA
80R/100MHz1 2
21
EC91
7
CAP 10uF
12
12
L911
INDUCTORA
80R/100MHz1 2
21
EC91
3
CAP 47uF
/16V
12
12
L905
INDUCTORA
80R/100MHz1 2
21
EC91
5
CAP
1uF
12
12
L908
INDUCTORA
80R/100MHz1 2
21
EC901
CAP 100uF/10V
12
12
C94
0
CB 0.1u
F/06
0312
12
EC912
CAP10uF/10V
12
12
C931 CB0.1uF1 2
1 2
EC906 CAP
100uF
1212
C94
1
CB 0.1u
F/06
0312
12
BC90
2
CAP_NPD 0.1u
F/06
03
12
12
C936 CB0.047UF1 2
1 2
C92
3
CAP_NPD
0.1u
F/06
031
21
2
C935 CB0.01U1 2
1 2
Y901CRYSTAL1
16.9
344M
Hz
12
12 C915 CB0.1uF/0603
1 21 2
Q909
2N1893C8050
1
2
3
EMITTER
BASE
COLLECTOR
C919
CB
30pF/0603
1212
Q904
2N1893S8050D
1
2
3
EMITTER
BASE
COLLECTOR
C909 CB30pF/060312
12
CN906
SANYO_MOTOR_CN_0CON 2.0mm(1x6)
1
2
3
4
5
6
SPIN+
SPIN-
SLED+
SLED-
LIMIT1
LIMIT2
C949
CB
0.1uF1 2
1 2
EC90
3
CAP_01uF/
10V
12
12
C92
1
CB0.1U
12
12
EC920
CAP_0
220uF1 2
1 2
C939 CB1uF/06031 2
1 2
EC92
1
CAP_01uF/
10V 1
21
2
C906 CB0.1uF/060312
12
EC904
CAP_0
220uF1 2
1 2
C903 CB0.1uF/060312
12
EC91
9
CAP_02.2u
F/B 1
21
2
LAYOUT DIAGRAM - CD BOARD
6 - 2 6 - 2
CIRCUIT DIAGRAM - DISPLAY/KEY/JACK/USB BOARD
7 - 1 7 - 1
MOTO_ON
GND
LCD-RWLCD-DAT
IR
KEY25V
STANBY_LED
LCD-CS4052-DETAUDIO-DET
+28V
+3.6V-3.6V
GND
R405A1560
R736 10K
R405A2560
SW707
vol+
R405A3560
SW1FILE-
R795 10K
R735 10K
SW7 02-BPRESER+
SW719VOL-
R76
110
0
C75
3B10
4
C75
4B47
uF/1
6V
SW716PRESER-
CN
4IN
4148
12
CN
3IN
4148
12
CN
2IN
4148
12
SW714
STOP
C77
5
100P
C77
6
100P
C77
310
4
C75
6B10
4
C75
5B10
4
C76
710
4
LED702
R109 1KR110 1K
R112 1K
C73
1B10
0P
C97
100P
C73
3B10
0P
CN6
1
2
3
4
5
6
7
8
9
10
11
+5V
GND
GND
TX
RX
DET30
DET13
IO
IPOD-L
RETURN
IPOD-R
R39010
SW713SOURCE
SW718POW ER
R992.2K
R1004.7K
CN7
1
2
3
4
VFD701
123456789101112131415161718192021222324252627282930313233343536
F1F2NC
P16
P15
P14
P13
P12
P11
P10
P9P8P7P6P5P4P3P2P1NC
NC
12G
11G
10G
9G8G7G6G5G4G3G2G1GNC
F3F4
SW2OPENR101
1K
Q406A8550
OSCVSS
LED1
LED2
LED3
LED4
LED5
VDD
G1
G2
G3
G4
G5 G6
G7
G8
S20 S19
VE
E
VD
D
S18
S17
S16
S15
S14 S13
S/K12
S/K11
S/K10
S/K9
S/K8
S/K7
S/K6
S/K5
S/K4
S/K3
S/K2
S/K1
VD
DK
EY
4
KE
Y3
SW
4
KE
Y2
KE
Y1
STB
CLK
ICDIN
DO
UT
SW
3
SW
2
SW
1
IC701UPD16311
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
27282930313233343536373839
40
41
42
43
44
45
46
47
48
49
50
51
52
R405A10K
C84
47uF
/35V
R409A4.7K
C70
410
0uF/
16V
Q408A8550
C85 10
4
R406A1K
C86
104
R4114.7K
C87
104
Q4108550
R70
4B56
K
R4161K
R708B10K
R4124.7K
REM
GND
VCC
IR701RPM-7100
REM
GN
D
VCC
LED704
SW701PLAY/PAUSE
LED701A
SW715FILE+
LED705
R98 10K
LAYOUT DIAGRAM - DISPLAY/KEY/JACK/USB BOARDTOP SIDE
7 - 2 7 - 2
LAYOUT DIAGRAM - DISPLAY/KEY/JACK/USB BOARDBOTTOM
7 - 3 7 - 3
CIRCUIT DIAGRAM - SMPS POWER BOARD
8 - 1 8 - 1
PWR-ON
GND
+5V
+12V
TO CN1101
TO CN1102
+26V
+26V
GND
GND
-26V
-26V
GND
-28V
3.6V.
3.6V
T1
EL251
2
3
4 5
6
7
C24
102PF
R19A
NC
C34
1UF
R910R
T3EEL191
2
3
4
5
6
7
EC12
680u
F/35
VR57
47
C33
1UF
R8A
1R/2
W
T2ER351
2
3
4
5
C22
1UF
CY2 470PF/400V
C33A
NC
C4NC
PC1 EL817
C112
1
103P
F
R75
470R
D
SG
Q14N60
U1302
TL431
C111
9
104P
F
C35
104P
F
R15
10R
PC4
IC-EL817
R55A
5.6K
D14 FR107+-
D3
1N4148+-
PC2 IC-EL817
C23
104P
F
EC18
220u
F/50
V
R14
10R
D4
FR107+-
R55B
NC
L6 4R7/2A
EC7
47uF
/35V
R16
75K
CN2
1
2
3
4
5
6EC
19
220u
F/50
V
R230 NC
D15
FR107+-
U1102
TL431C3
8
1UF
R20 100
EC20
100u
F/50
V
R47
100
C37
0.1U
F
CN1
1
2
3
4
C123222uF/50V
R48
1K
C37A
NC
D11
FR107+-
Q2S8550
B
EC
R50
120K
R77
10K
R65
56K/
2W
R18
2K
R52
10K
C39
104P
F
C27
222M
/1KV
R19
2K
R52A
NC
C36 102PFU5/2LN3C63
1 2
345
6G
ND
FB
IRIS
VDDVTD
EC8
10uF
/50V
R49
1K
R77A
NC
R70/
2
100K
U3
LN3C69
1234 5
678GND
FBVDDRI RT
SENSEVCCDRV
C16 0.1UF
CN3
1
2
3
4
C25
104
PC3
IC-EL817R2
8
2.2K
D12 FR107+-
R71/
251
0R
D
SG
Q910N60
Q33904
EC14
470u
F/16
V
C26
102
D7
FR10
7+-
Q43904
L4 4R7/2A
D
SG
Q115N60
R46
47K/
3W
R140
4
NC
R1209
22
R61
100R
R40
0.2/
2W
R29
10K
C1217
102PF
D10
1N4148+-
R41
10K
R31
NC
EC15
220u
F/16
V
R62
2.2R
D6
1N4148+-
R32
1K
C30
1UFEC
13
220u
F/16
V
R43
2.2
ZD2
NC
C29
0.1U
F
R13
10K
C15
222M
/1KV
R79
1R/2W
C290
NC
R60
10K
ZD3
P6KE
200
+-CY7 470PF/400V
R73
NC
R59
1.2R
/2W
EC5
2200
uF/1
6V
CY1 470PF/400V
C31
104P
F
R76 22
D5
MBR10200+-
CY6 470PF/400V
U5TL431
R70 NC
EC4
2200
uF/1
6V
C2
222M
/1KV
R66 470
Q63904
L1
5UH
RV1
1024
1AK
R67
1K
Q5
3906
B
EC
R25
22
R38
680K
R69 39K
R33
27K
C6
102/100V
R44
680K
R71
10K
R34
470
C9 104P
F
CY11
01
NC
R68
1K
ZD1
NC
C7 104
CY4
NC
C40104PF
Q7
3904
EC6
2200
uF/1
6V
R110
9
680K
D14/2
MBR10200+-
Q83906
B
EC
ZD5
18V
R8 680K
AC101
1
2
EC9
1000
uF/3
5V
R39 4.7K
R27
NC
CX2
0.22
UF/2
75VA
C
FUSE1101
T5A L 250V
L2
10UH/4A
R36
10K
R26
22
R86
680K
NTC1
SCK 055
12
R53
47
R37
27K
R211K
R45
680KR1
101
680K
C17
102PF
Q103904
R23 13K
LF2
540UH
R110
2
680K
EC10
680u
F/35
V
C13
1UF
R130
7
NC
U1
LN3C63
1 2
345
6G
ND
FB
IRIS
VDDVTD
CX1
0.22
UF/2
75VA
C
C19
1UF
R35
NC
R24
10K
R7 100K
AC
AC
-+
BD1
GBU406
1
23
4
C180
1UF
C8 104P
F
R22
2.7K
C3104
LF1101
540UH
C18
104P
F
R85
1M
C10
0.1UF
U6
S8050
LF1
540UH
R56A
5.6KR8
41M
D13 SB3100
+-
ZD6
20V
SW-2
SW-1 2
2
C20
104P
F
C14 470P
F
EC16
220u
F/25
V
R56
2K
C110
1
330u
F/25
0V
D13/2
MBR10200+-
R42 22
L1201
4R7/2A
D1
1N4148+-
R6 220K
C140
2
1000
uF/3
5V
R40A
NC
R74
22
D2
1N41
48+-
C110
2
330u
F/25
0V
L3
10UH/4AR40B
NCC32
102PF
R17
10R
R5 220K
R58
47
R54
47
EC17
220u
F/25
V
R10
10R
LAYOUT DIAGRAM - SMPS POWER BOARD
8 - 2 8 - 2
EXPLODED VIEW DIAGRAM
9 - 1 9 - 1
