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DR-130Service Manual
CONTENTS
SPECIFICATIONS1) General 2 PARTS LAST2) Transmitter 2 MAIN Unit 22-233) Receiver 2 CPU Unit 24
CIRCUIT DESCRIPTION VCO Unit 251) Receiver System 3 SP Unit 252) Transmitter System 4 EJ19u. 253) PLL Circuit 4 Mechanical Parts 254) Terminal Function of Microprocessor 5 - 7 Others 255) Terminal Connection of Microprocessor 8 Packing.. 25
SEMICONDUCTOR DATA EJ20u 261) AK2341 9 EMS-5A 262) AN78LO5M 10 EMS-11 263) AN8010M 10 ADJUSTMENT4) BU4052BF 10 1) Required Test Equipment. 275) LR408721 11 2) Adjustment for DR-130 28~296) M5218FP 11 3) Adjustment Points 307) M56760FP 12 4) Adjustment Quick Reference 308) MC7808CT 13 CIRCUIT DIAGRAM9) RH5VA32AA-T1 13 1) EMS-5A 3110) RH5VA45AA-T1 13 2) EMS-11 3111) S-AV17 14 3) Main Unit (T/E/EZ/EA/TA) 3212) TK10487MTR 15 4) Main Unit (TEl1/TE2) 3313) AT24CO2N-10SI-2.7 15 5) CPU Unit 3414) AT24CO8-10SI-2.7 15 PC BOARD VIEW15) uPC1241H 16 1) Main Unit Side A 3516) Transistor, Diode and LED Outline Drawings 16 2) Main Unit Side B 3617) LCD Connection 17 3) CPU Unit Side A. 37
EXPLODED VIEW 4) CPU Unit Side B 371) Bottom View 18 5) VCO Unit Side A 382) LCD View 18 6) VCO Unit Side B 383) Top, Front View 1 19 BLOCK DIAGRAM 394) Top, Front View 2 20
VERSION TABLE 21
ALINCO INCORPORATEDTWIN 21 M.I.D. TOWER BUILDING 23F, 1-61, 2-CHOME,
SHIROMI CHUO-KU , OSAKA, 540-8580 JAPAN
Tel (81)6-6946-8150 fax (81)6-6946-8175
e-mail: [email protected]
SPECIFICATIONS1) General
Frequency Coverage:RX: 136.000 ~ 174.000MHz (T version)TX: 144.000 ~ 148.000MHz (T version)RX: 144.000 ~ 146.000MHz (E/EZ version)TX: 144.000 ~ 146.000MHz (E/EZ version)RX: 130.000 ~ 174.000MHz (EA/TA version)TX: 130.000 ~ 174.000MHz (EA/TA version)RX: 136.000 ~ 155.000MHz (TE1 version)TX: 136.000 ~ 155.000MHz (TE1 version)RX: 150.000 ~ 174.000MHz (TE2 version)TX: 150.000 ~ 174.000MHz (TE2 version)
Frequency Resolution: 5, 10, 12.5, 15,20,25kHzstepsAntenna Impedance: 50 ohm unbalanced
Power Supply Requirements: DC 13.8 +/-10% Volts DC Current Drain at l3.8V
Receiving: Squelched less than 800mATransmitting: High/10.0A (approx.) Low/3.5A (approx.)
Dimensions: 140mm(W) x 40mm(H) x 154mm(D)Weight: 0.86kg (approx.)
2) Transmitter High: 50Watts (DR-130T/E)Output Power: High: 35Watts (DR-130TE1/2)
High:10Watts (DR-130EZ)Low: 5Watts (Approx.)
Emission Mode: F3E(FM)Modulation System: Variable Reactance Frequency ModulationMax. Frequency Deviation: +/ -5kHz (Wide Version)
+/ -2.5kHz (Narrow Version)Spurious Emission: -60dB or below carrierMicrophone: Electret Condenser MicrophoneOperating Mode: Simplex/Semi-DuplexOffset : 0ffset from 0 to 15.995MHz
3) ReceiverReceiving System: Superheterodyne Dual ConversionIntermediate Frequency: 1stIF: 17.2MHz
2nd lF: 455kHz12dB SINAD less than -l6dBu (144.000MHz ~ 147.995MHz)
Sensitivity: More than +/-6kHz at -6dB (Wide Version)Selectivity: Less than +/-15kHz at -60dB (Wide Version)
Audio Power Output: More than 2.5W 10% DistortionSpeaker Impedance: 8 ohm
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CIRCUIT DESCRTPTION1) Receiver System1. Front End
The signal from the antenna is passed through a low-pass filter and input tothe voltage step up circuit consisting Of L14. The signal from L14 is led tothe gate of Q1. D19 is the diode limiter circuit against the excessive inputpower of more than 20dBm. Q1 is the FETwhich has two gates. Thevoltage of the gate 2 is set higher to get the high gain and sensitivity. Thesignal from Q1 is led to the triple band pass filter (L4, L5, L6), and gets thehigh image rejection ratio.
2. Mixer CircuitThe signal from the triple band pass filter is converted into the first lF signalof 17.2MHz. The receiving signal is led to the gate 1 of Q2, and the firstlocal oscillator signal is led to the gate 2 of Q2. To get the high conversiongain, the local oscillator signal voltage is set to about 1V. To reduce thehigh adjacent channel interference, the band width of the FL2 is set to20kHz. The signal from FL2 is amplified by Q8, and input to FM IF systemIC3 of TK10487.
3. lF CircuitThe TK10487 has the second local oscilltor circuit, mixer circuit, detectorcircuit, squelch circuit, and so on. Pin1 and 2 are the terminals of the crystaloscillator circuit. Pin2 (emitter) is connected to the ground via the resisterR3 to prevent the oscillator from decreasing the power at the low tempera-ture. Pin4 of IC3 is connected to FL1 directly because the matching resistorfor ceramic filter is built-in. The quadrature circuit (pin10 of IC3) is con-nected to the ceramic resonator X2 for the temperature stability and goodquality. The signal from pin11 of IC3 is connected to the LPF. The detectedAF signal, which has flat frequency characteristics, is led to the control unitand used as both squelch signal and tone squelch signal. De-emphasiscircuit consists of R31, R32, C26 and C27. The LPF amplifier consisting ofQ5 and Q6 is located far away from the VR in the control unit, so it outputsthe high voltage signal to prevent S/N from the deterioration. The squelchswitch circuit consists of Q4 and Q16, and switches on/off at the point wherethere is no voltage to prevent from the switching noise. The S meter signalfrom pin12 of IC3 is led to the CPU in the control unit after adjusting the levelat D20 and VR5. The S meter signal is thermal compensated by TH1 andstabilized. The noise amplifier consists of pin13 and 14, the built-in OPamplifier in IC3. The output signal of noise amplifier is amplified by Q14,rectified by D5, and then led to the pin15 (hysteresis comparator input) ofIC3.
4. AF CircuitIC4 is about 5W audio power amplifier IC. When the capacity of pin1 in C16is increased more, the output incidental noise becomes smaller. The high-pitched tone becomes smaller at the same time, This radio's capacity ofC16 is determined considering the high-pitched tone.
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2) Transmitter System 1. Modulation Circuit
3) PLL CircuitThe microphone amplifier IC1 (IDC, LPF) consists of two operational amplifi-ers. The signal from the microphone is led to pre-emphasis circuit consistingof C36 and R47 and then to the limiter circuit. The limiter circuit uses thesaturation of the OP amplifier. The amplified signal is input to the low-passfilter IC1A. The output signal from the microphone amplifier is passedthrough variable resistors VR2 for modulatlon adjustment and input to theVCO unit. Sub tone deviation is determined by R24, R25 and VR2. Theradio does not have the adjustment variable resistor for sub tone deviation.
2. TX Amp. CircuitThe signal from VCO is ampriied by TX, RX wide band LO amplifier Q19.The signal from Ql9 is passed through the transmission/reception selector,and amplified byQ20 and Q15. The PA unit is driven at 200mW drivingpower.
3. PA CircuitIC5 is 50W powered amplifier module. The output power is controlled bythe voltage ofV1. The RF signal amplified 50W in PA is passed through D3and three-stage transmission/reception low-pass filter, and input to theantenna connector.
4. ALC CircuitThe power detection circuit consisting of D17 and D18 rectifies the outputsignal voltage. The detected DC voltage is led to the VR1 (power adjusttrimmer), and amplified by Q3, Q9 and Ql3. Output power is controlled byvoltage of V1 in lC5 and collector voltage of Ql5. When the temperaturegoes up unusually, the power down circuit consisting of R101 and TH2works to prevent the device from the destruction.
The VCO unit is designed for the PLL circuit, putting the VCO on one side,and PLL circuit on the other side.Q301 in the VCO is grounded using the gate oscmator, and its frequencycovers 134MHz to 174MHz without transmission/reception shift circuit.lC301 is pulse swallow system based PLL IC with the built-in prescaler,which synthesizes 150MHzlband signal.The loop filter consisting of Q302 and Q303 is the active type.
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4) Terminal Function of MicroprocessorPort No. I/O Logic PinName Description
1 O SEG19 LCDSegment19 Output2 O SEG20 LCDSegment20 Output3 O SEG21 LCDSegment21 Output4 O SEG22 LCDSegment22 Output5 O SEG23 LCDSegment23 Output6 I GND AnalogGround 0V7 I Vref Reference Voltage Input 5V8 I Vcc CPU Power Supply hnput 5V9 O 1750_ ToneBurstOutput
10 O Clock BEEP BeepToneOutput11 I Active Low MUP Channel Up Input (Microphone Control)12 I Active Low MDN Channel Down Input (Microphone Control)13 I NoUse EID14 O Active Low SQL Squelch Control (L: Audio is off.)15 O ActiveHigh MUT Microphone Mute (H: Mic Amp is off.)16 I Active Low REl RotaryEncoder Input17 O Clock TO3 ToneOutput18 O Clock TO2 ToneOutput19 O Clock TO1 ToneOutput20 O Clock TO0 ToneOutput21 I ActiveHigh XWR EEPROM Write Status External Input22 I Active Low RE2 RotaryEncoder Input23 O Active Low BPO Band Plan Detection Input (Common)24 I Active Low TID Tone Unit Detection Input25 I Active Low BU Back Up Signal Detection input26 I GND Ground27 l Active Low RST ResetInput28 I Xin Crystal Oscillator Terminal (3.58MHz)29 O Xout Crystal Oscillator Terminal (3.58MHz)30 I GND Ground31 I Active Low TDO CTCSS Tone Detection Output32 O Active High DTD For Trunking33 O NoUse34 I Active Low DD4 Band Plan 4 (V/U Selection)35 I Active Low DD3 Band Plan 3 (445/435 Selection)36 I Active Low DD2 Band Plan 2 (5k/12.5k Selection)37 I Active Low DD1 Band Plan 138 I Active Low DD0 Band Plan 039 O Clock SCL Clock Output for EEPROM
Page-5
Port No. I/O Logic PinName Description
40 I/O Clock SDA Data Output for EEPROM41 O Clock CLK Clock Output42 O Clock DAT DataOutput43 O Clock ST1 Strobe Output for PLL IC44 O Clock ST2 Strobe Output for CTCSS IC45 I Active Low SFT Shift Key Input46 I Active High SD Signal Detection Input47 O Active High H/L Transmission Power (H: Low Power)48 I Active Low V/M VFO/Memory Key Input49 I Active Low CAL Call Key Input50 I Active Low CTC CTCSS Mode Set Input51 I Active Low REV Reverse Key Input52 I Active Low FNC Function Key Input53 I Active Low MHz MHzKeyInput54 I Active Low PTT PTTKeyInput55 I LV3 Power Supply Input for LCD56 I LV2 Power Supply Input for LCD57 I LV1 Power Supply Input for LCD58 I COM0 LCD Common 0 Output59 I COM1 LCD Common 1 Output60 I COM2 LCD Common 2 Output61 I No Use62 O SEG00 LCD Segment 00 Output63 O SEG01 LCD Segment 01 Output64 O SEG02 LCD Segment 02 Output65 O SEG03 LCD Segment 03 Output66 O SEG04 LCD Segment 04 Output67 O SEG05 LCD Segment 05 Output68 O SEG06 LCD Segment 06 Output69 O SEG07 LCD Segment 07 Output70 O SEG08 LCD Segment 08 Output71 O SEG09 LCD Segment 09 Output72 O SEG10 LCD Segment 10 Output73 O SEG11 LCD Segment 11 Output74 O SEG12 LCD Segment 12 Output75 O SEG13 LCD Segment 13 Output76 O SEG14 LCD Segment 14 Output77 O SEG15 LCD Segment 15 Output78 I ActiveHigh UL UnlockInput79 I Analog SM SignalMeterInput80 O SEG18 LCD Segment 18 Output
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FF0028
FM0152
ES0017
KS0041B
KZ0047AZ
FF0031
Page-20
FM0152
NK0009B
NK0010A
FP0034
SS0052B
FF0030
VERSION TABLE1)CPU UNIT
W1 W2 W3/W4 R284 R294/R295 R286 R296 R297 CN204 IC208T JP - - - 0 - - - UE0165 -E JP JP - 0 0 - - - UE0165 -EZ JP JP - - 0 - lK 1K - AT24CO8-10SIEA - - - 0 0 - - - UE0165 -TA - - - - 0 - - - UE0165 -TE1 - - JP - - - - - UE0165 -TE2 - - JP - - - - - UE0165 -
TX Free RX Free Tranking 12.5k/5k Tranking V/U2) MAIN UNIT
C7 C43 C62 C63 C68C71,74,75,7 C112 C139 C149
T/E/EZ/EA/TA 1000p 33p 47p 10u/16V 15p 47p 22p 22p -TE1 - 33p 100p 100u/16V 22p 56p 22p 12p 0.01uFTE2 - 47p 33p 100u/16V 10p 1000p 18p 10p 0.01uF
C150153 154155 156 C151 C152 D4
D11 1213 16 D15 lC5 L4,5,6,14
T/E/EZ/EA/TA - - - - 1SV215 lSS355 S-AV7 QA0084TE1 1000p 10u/20V 10u/35V lSS355 1SV215 lSS355 M67781L QA0084TE2 1000p 10u/20V 10u/35V lSS355 1SV214 - M67781H QA0100
L12 P3 R43 R57 R101 R102 R111 R121 R122 R130 W5T/E/EZ/EA/TA QKA35D - 47k 22 15k 1k 0 - - 47k -TE1 QKA35D 0 47k 100 2.2k 4.7k - - 220 - JPTE2 QKA45D 0 27k 100 2.2k 4.7k - 0 220 - JP
3) VCO UNITC315 C331 C332 D304 R315 R316 R332 R333 R334
T/E/EZ/EA/TA 3p - - - 10k 100 - - -TE1 3p 4700p 0.5p 1SV215 22k 56 8.2k 8.2k 220kTE2 1p 4700p 0.5p 1SV215 22k 56 10k 8.2k 220k
Page-21
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AR10
2KXD
0131
Dio
de1S
V214
TPH
42
C29
CE0
343
EIec
troly
tic.C
16M
V 10
00H
C+T
CU
3035
Chi
p C
.C
1608
JB1H
102K
TA2
C12
4C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D14
XD02
46D
iode
DAN
235U
T10
6C
30C
E034
2EI
ectro
lytic
.C16
MV
470H
C+T
SC
75C
U30
19C
hip
C.
C16
08C
H1H
470J
TA0
C12
5C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D15
XD02
54D
iode
1SS3
850,
1C
31C
S004
9C
hip
Tant
alTM
CSA
1C10
5MTR
CU
3020
Chi
p C
.C
1608
CH
1H56
0JTA
lC
126
CU
3064
Chi
p C
.C
1608
CH
1H1R
5CTA
-2
C32
CE0
340
EIec
troly
tic.C
16M
V 47
HC
+TS
CU
3035
Chi
p C
.C
1608
JB1H
102K
TA2
C12
7C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D16
XD01
32D
iode
1SV2
15TP
H4
0.1
C33
CE0
337
EIec
troly
tic.C
50M
V 2R
2SW
+TS
C76
CU
3019
Chi
p C
.C
1608
CH
1H47
0JT^
0C
128
CU
3035
Chi
p C
.C
1608
JB1H
102K
TXD
0131
Dio
de1S
V214
TPH
42
C34
CE0
340
EIec
troly
tic.C
16M
V 47
HC
+TS
CU
3020
Chi
p C
.C
1608
CH
1H56
0JTA
lC
129
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAD
17XD
0250
Dio
deM
A742
-TX
C35
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAC
U30
35C
hip
C.
C16
08JB
1H10
2KTA
2C
130
CU
3039
Chi
p C
.C
1608
JB1H
222K
TAD
18XD
0250
Dio
deM
A742
-TX
C36
CU
3047
Chi
p C
.C
1608
J81H
103K
TAC
77C
U30
15C
hip
C.
C16
08C
H1H
220J
TAC
131
CU
3036
Chi
p C
.C
1608
JB1H
102K
TAD
19XD
0130
Dio
deD
A204
U T
106
C38
CE0
339
EIec
troly
tic.C
16M
V 10
HW
+TS
C78
CU
3035
Chi
p C
.C
160G
JB1H
102K
TAC
132
CE0
339
EIec
troly
tic.C
16M
V10H
W+T
SD
20XD
0145
Dio
deD
TZ2.
2A T
T11
C39
CU
3031
Chi
p C
.C
1608
JH1H
471K
TAC
79C
U30
47C
hip
C.
C16
08JB
1H10
3KTA
C13
3C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
FL1
XC00
01Fi
lter
CFW
455F
C40
CS0
049
Chi
p Ta
ntal
TMC
SA1C
105M
TRC
80C
U30
05C
hip
C.
C16
08C
H1H
040C
TAC
134
CU
3023
Chi
p C
.C
1608
CH
1H10
1JTA
FL2
XF00
15Fi
lter
UM
1-17
2MC
4lC
U30
47C
hip
C.
C16
08JB
1H10
3KTA
C81
CU
3047
Chi
p C
.C
1608
JB1H
103K
TAC
135
CU
3023
Chi
p C
.C
16C
8CH
1H10
1JTA
1C1
XA00
68lC
M52
18FP
-T01
-1C
42C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
C82
CU
3035
Chi
p C
.C
1608
J81H
102K
TAC
139
CC
5064
Cer
amic
C.
RC
C05
SL22
0J-L
46A
E0
1C2
XA00
82lC
MC
7808
CT
C43
CU
3017
Chi
p C
.C
1608
CH
1H33
0JTA
0.1
C83
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAC
C50
59C
eram
ic C
.D
D05
-979
SL12
0J50
01
1C3
XA01
44IC
TK10
487M
CU
3019
Chi
p C
.C
1608
CH
1H47
0JTA
2C
84C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
CC
5058
Cer
amic
C.
DC
05-9
79SL
100J
500
21C
4XA
0079
lCuP
C12
4lH
C44
CE0
339
EIec
troly
tic.C
16M
V l0
HW
+TS
C85
CU
3035
Chi
p C
.C
1608
JB1H
102t
CTA
C14
0C
S023
2C
hip
Tant
alTM
CM
A1V4
74M
TR1C
5XA
0185
lCS-
AV17
0C
45C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
C86
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAC
141
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAXA
0273
ICM
6778
1L1
C46
CU
3059
Chi
p C
.C
1608
JF1E
104Z
TAC
87C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
C14
7C
S023
6C
hip
Tant
alTM
CM
A0J6
85M
TRXA
0274
ICM
6778
1H2
C47
CS0
049
Chi
p Ta
ntal
TMC
XSA1
C10
5MTR
C88
CU
3064
Chi
p C
.C
1608
CH
1H1R
5CTA
C14
8-
1C6
XA01
19lC
AN80
10M
-E1
C48
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAC
89C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
C14
9-
0JK
1U
A003
7C
onne
ctor
R-B
2.0'
0.2
Plug
15A
C49
CU
3024
Chi
p C
.C
1608
CH
1H12
1KTA
C90
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAC
U30
47C
hip
C.
C16
08JB
1H10
3KTA
1,2
C50
CU
3019
Chi
p C
.C
1808
CH
1H47
0JTA
C9l
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAC
150
-0
C51
CE0
339
EIec
troly
tic.C
16M
V 10
HW
+TS
C92
CU
3019
Chi
p C
.C
1608
CH
1H47
0JTA
CU
3035
Chi
p C
.C
1608
JB1H
102K
TA1.
2C
52C
E033
9EI
ectro
lytic
.C16
MV
10H
W+T
SC
93C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
C15
1-
00
: T/E
/EZ/
EA/T
AC
53C
S004
9C
hip
Tant
alTM
CSA
1C10
5MTR
C94
CS0
049
Chi
p Ta
ntal
TMC
SA1C
105M
TRC
S022
7C
hip
Tant
alTM
CM
C1D
106M
TR1.
21:
TE1
2: T
E2N
one:
all
mod
els
page
-22
MAI
N U
nit
MAI
N U
nit
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPa
rts N
ame
Ver
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPa
rts N
ame
Ver
JK2
UE0
190
Con
nect
orAN
T C
able
R1
RK0
108
Chi
p R
.ER
J6G
EYJ2
R2V
R55
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
R11
1-
1.2
JK4
UJ0
024
Con
nect
orSJ
1403
JDIJ
010
R2
RK2
024
Chi
p R
.M
CR
50JZ
HJ4
71R
56R
K305
0C
hip
R.
ERJ3
GSY
J103
VR
112
RK3
049
Chi
p R
.ER
J3G
SYJ8
22V
L1Q
C00
63C
oil
NL3
2252
2TJ0
47M
R3
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
R57
RK3
018
Chi
p R
.ER
J3G
SYJ2
20V
0R
113
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
L2Q
C00
63C
oil
NL3
2252
2TJ3
47M
R4
RK3
07l
Chi
p R
.ER
J3G
SYJ5
64V
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
1,2
R11
4R
K306
2C
hip
R.
ERJ3
GSY
J104
VL3
QC
0048
Coi
lN
L322
522T
-100
KR
5R
K303
4C
hip
R.
ERJ3
GSY
J471
VR
58R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
115
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
L4Q
A008
4C
oil
0,1
R6
RK3
062
Chi
p R
.ER
J3G
SYJ1
04V
R59
RK3
053
Chi
p R
.ER
J3G
SYJ1
83V
R11
6R
K302
3C
hip
R.
ERJ3
GSY
J560
VQ
A010
0C
oil
2R
7R
K304
2C
hip
R.
ERJ3
GSY
J222
VR
60R
K303
4C
hip
R.
ERJ3
6SYJ
471V
R12
1-
0,1
L5Q
A008
4C
oil
0,1
R8
RK3
042
Chi
p R
.ER
J3G
SYJ2
22V
R61
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
RK3
001
Chi
p R
.ER
J3G
SYJ0
00V
2Q
A010
0C
oil
2R
9R
K300
1C
hip
R.
ERJ3
GSY
J000
VR
62R
K305
4C
hip
R.
ERJ3
GSY
J223
VR
122
-0
L6Q
A008
4C
oil
0,1
R10
RK3
071
Chi
p R
.ER
J3G
SYJ5
64V
R63
RK3
032
Chi
p R
.ER
J3G
SYJ3
31V
RK3
030
Chi
p R
.ER
J3G
SYJ2
21V
1.2
QA0
100
Coi
l2
R11
RK3
046
Chi
p R
.ER
J3G
SYJ4
72V
R64
RK3
042
Chi
p R
.ER
J3G
SYJ2
22V
lR
123
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
L7Q
C00
67C
oil
N L
3225
22T-
R10
MR
12R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
65R
K302
6C
hip
R.
ERJ3
GSY
J101
VR
130
RK3
058
Chi
p R
.ER
J3G
SYJ4
73V
0L8
QC
0063
Coi
lN
L32
2522
T-04
7MR
13R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
66R
K305
0C
hip
R.
ERJ3
GSY
Jl03
V-
1.2
L9Q
KA45
EC
oil
MR
3.0
4.5
T 0
.8R
14R
K307
1C
hip
R.
ERJ3
GSY
J564
VR
67R
K302
6C
hip
R.
ERJ3
GSY
J101
VR
131
RK3
042
Chi
p R
.ER
J3G
SYJ2
22V
2L1
0Q
KA45
EC
oil
MR
3.0
4.5
T 0
.8R
15R
K305
0C
hip
R.
ERJ3
GSY
J103
VR
68R
K303
0C
hip
R.
ERJ3
GSY
J221
VTC
lC
T001
2Tr
imm
erC
TZ-1
0AW
L11
QKA
45E
Coi
lM
R 3
.0 4
.5 T
0.8
R16
RK4
028
Chi
p R
.ER
J-12
YJ15
1R
69R
K305
0C
hip
R.
ERJ3
GSY
J103
VTH
1XS
0012
Ther
mis
tor
TD5-
C22
0DH
L12
QKA
35D
Coi
lR
17R
K305
7C
hip
R.
ERJ3
GSY
J393
VR
70R
K305
1C
hip
R.
ERJ3
GSY
J123
VTH
2XS
0013
Ther
mis
tor
TD5-
C26
80D
HR
18R
K304
2C
hip
R.
ERJ3
GSY
J222
VR
71R
K302
6C
hip
R.
ERJ3
GSY
J101
VVR
1R
H01
06Tr
im. P
otEV
M1Y
SX50
BQ4
L13
QKA
95D
Coi
lM
R3.
09.5
T0.6
R19
RK3
060
Chi
p R
.ER
J3G
SYJ6
83V
R73
RK3
052
Chi
p R
.ER
J3G
SYJ1
53V
VR2
RH
0103
Trim
. Pot
EVM
IYSX
50B1
4L1
4Q
A008
4C
oil
0,1
R20
RK3
060
Chi
p R
.ER
J3G
SYJ6
83V
R74
RK3
052
Chi
p R
.ER
J3G
SYJ1
53V
VR4
RH
0060
Trim
. Pot
MVR
32H
XBR
N47
3Q
A010
0C
oil
2R
21R
K305
1C
hip
R.
ERJ3
GSY
J123
VR
75R
K305
2C
hip
R.
ERJ3
GSY
J153
VVR
5R
H01
06Tr
im. P
otEV
M1Y
SX50
BQ4
L15
QC
0067
Coi
lN
L32
2522
T-R
10M
R22
RK3
050
Chi
p R
.ER
J3G
SYJ1
03V
R76
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
VR6
RH
0061
Trim
. Pot
MVR
32H
XBR
N47
2L1
6Q
KA35
DC
oil
MR
3.03
.5T0
.6R
23R
K305
0C
hip
R.
ERJ3
GSY
J103
VR
77R
K305
0C
hip
R.
ERJ3
GSY
J103
VX1
XQ00
54C
ryst
alX4
9U-1
2.8M
Hz
M10
6SD
0034
Earth
Spd
rg D
R13
0R
24R
K305
0C
hip
R.
ERJ3
GSY
J103
VR
78R
K302
6C
hip
R.
ERJ3
GSY
J101
VX2
XK00
02D
iscr
inbn
ator
CD
BM45
5C7
Q1
XE00
12FE
T3S
K131
V11.
12T
1R
25R
K304
7C
hip
R.
ERJ3
GSY
J562
VR
79R
K303
8C
hip
R.
ERJ3
GSY
J102
VX3
XQ00
59C
ryst
alX4
9U-1
6.74
5MH
zQ
2XE
0012
FET
3SK1
31V1
1. 1
2T1
RK3
046
Chi
p R
.ER
J3G
SYJ4
72V
2R
80R
K305
0C
hip
R.
ERJ3
GSY
J103
VTS
0092
VC0
Shie
ldQ
3XT
0094
Tran
sist
or2S
A157
6 T1
06R
R26
RK3
026
Chi
p R
.ER
J3G
SYJ1
01V
R81
RK3
052
Chi
p R
.ER
J3G
SYJ1
53V
TT10
01Tu
be0.
7 1m
m x
6Q
4XT
0095
Tran
sist
or2S
C40
81 T
106R
R27
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
R82
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
TZ00
49Si
licon
Dum
per
Q5
XT00
95Tr
ansi
stor
2SC
408l
T10
6RR
28R
K305
8C
hip
R.
ERJ3
GSY
J473
VR
83R
K302
2C
hip
R.
ERJ3
GSY
J470
VTZ
0056
Silic
on D
umpe
r 49U
Q6
XT00
95Tr
ansi
stor
2SC
4081
T10
6RR
29R
K304
2C
hip
R.
ERJ3
GSY
J222
VR
84R
K303
4C
hip
R.
ERJ3
GSY
J471
VYZ
0001
Silic
on G
reas
e G
746
Q7
XT00
61Tr
ansi
stor
2SB1
132
T100
QR
30R
K304
5C
hip
R.
ERJ3
GSY
J392
VR
85R
K304
3C
hip
R.
ERJ3
GSY
J272
VQ
8XT
0096
Tran
sist
or2S
C40
99 T
106N
R31
RK3
054
Chi
p R
.ER
J3G
SYJ2
23V
R86
RK3
045
Chi
p R
.ER
J3G
SYJ3
92V
Q9
XT00
37Tr
ansi
stor
2SC
2412
K T1
46R
R32
RK3
057
Chi
p R
.ER
J3G
SYJ3
93V
R88
RK3
014
Chi
p R
.ER
J3G
SYJ1
00V
Q10
XU01
31Tr
ansi
stor
DTC
114E
U T
106
R33
RK3
038
Chi
p R
.ER
J3G
SYJ1
02V
R89
RK0
028
Chi
p R
.ER
J6G
SYJ4
71V
Qll
XU01
48Tr
ansi
stor
DTC
144E
U T
106
R34
RK4
018
Chi
p R
.ER
J-12
YJ22
0R
91R
K300
1C
hip
R.
ERJ3
GSY
J000
VQ
12XU
0112
Tran
sist
orD
TA11
4YU
T10
6R
35R
K305
0C
hip
R.
ERJ3
GSY
J103
VR
92R
K303
8C
hip
R.
ERJ3
GSY
J102
VQ
13XT
0112
Tran
sist
or2S
Bl29
2FR
36R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
93R
K306
2C
hip
R.
ERJ3
GSY
J104
VQ
14XT
0095
Tran
sist
or2S
C40
8l T
106R
R37
RK3
045
Chi
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.ER
J3G
SYJ3
92V
R94
RK3
050
Chi
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J3G
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03V
Q15
XT00
84Tr
ansi
stor
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2954
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R38
RK3
054
Chi
p R
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J3G
SYJ2
23V
R96
RK3
071
Chi
p R
.ER
J3G
SYJ5
64V
Q16
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95Tr
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408l
Tl0
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39R
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ERJ3
GSY
J331
VR
98R
K006
9C
hip
R.
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GSY
J104
VQ
17XU
0152
Tran
sist
orU
MC
5TR
R40
RK3
054
Chi
p R
.ER
J3G
SYJ2
23V
R99
RK3
052
Chi
p R
.ER
J3G
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53V
Q18
XE00
01Tr
ansi
stor
2SK8
80G
R T
E85L
R41
RK3
042
Chi
p R
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22V
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4C
hip
R.
ERJ3
GSY
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VQ
19XT
0114
Tran
sist
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C44
03R
42R
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1C
hip
R.
ERJ3
GSY
J182
VR
101
RK3
052
Chi
p R
.EF
U6G
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53V
0Q
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0030
Tran
sist
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8C
hip
R.
ERJ3
GSY
J473
V0
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039
Chi
p R
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0099
Tran
sist
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A173
6Y T
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055
Chi
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73V
2R
102
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038
Chi
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SYJ1
02V
0Q
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0095
Tran
sist
or2S
C40
81 T
106R
R44
RK3
014
Chi
p R
.ER
J3G
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00V
RK3
046
Chi
p R
.ER
J3G
SYJ4
72V
l.2Q
24XU
013l
Tran
sist
orD
TCl1
4EU
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R45
RK3
026
Chi
p R
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J3G
SYJ1
01V
R10
3R
K302
6C
hip
R.
ERJ3
GSY
J101
VQ
30XU
0148
Tran
sist
orD
TC14
4EU
R46
RK3
001
Chi
p R
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U3G
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00V
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4R
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0C
hip
R.
ERJ3
GSY
J103
VR
47R
K306
2C
hip
R.
ERJ3
GSY
J104
VR
105
RK3
042
Chi
p R
.ER
J3G
SYJ2
22V
R48
RK3
026
Chi
p R
.ER
J3G
SYJ1
0lV
R10
6R
K306
2C
hip
R.
ERJ3
GSY
J104
V0
: T/E
/EZ/
EA/T
AR
49R
K303
8C
hip
R.
ERJ3
GSY
J102
VR
107
RK0
001
Chi
p R
.ER
J6G
SYJ1
00V
1: T
E1R
50R
K307
1C
hip
R.
ERJ3
GSY
J564
VR
108
RK3
043
Chi
p R
.ER
J3G
SYJ2
72V
2: T
E2R
51R
K305
4C
hip
R.
ERJ3
GSY
J223
VR
109
RK3
062
Chi
p R
.ER
J3G
SYJ1
04V
Non
e: a
ll m
odel
spa
ge-2
3R
53R
K304
4C
hip
R.
ERJ3
GSY
J332
VR
111
RK3
001
Chi
p R
.ER
J3G
SYJ0
00V
0R
54R
K403
4C
hip
R.
ERJ-
12YJ
471
CPU
Uni
tC
PU U
nit
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
ef N
oPa
rts N
o.D
escr
iptio
nPa
rts N
ame
Ver
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rC
PU U
nit
Ref
No
Parts
No.
Des
crip
tion
Parts
Nam
eVe
rR
224
RK3
055
Chi
p.R
ERJ3
GSY
J273
VR
288
RK3
052
Chi
p.R
ERJ3
GSY
J153
VC
201
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAD
201
XD02
55D
iode
MA8
110H
R22
5R
K304
6C
hip.
RER
J3G
SYJ4
72V
R28
9R
K305
2C
hip.
RER
J3G
SYJ1
53V
C20
2C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D20
2XD
0127
Dio
deM
A704
WA
TXR
226
RK3
070
Chi
p.R
ERJ3
GSY
J474
VR
290
RK3
052
Chi
p.R
ERJ3
GSY
J153
VC
203
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAD
203
XD02
30D
iode
DAN
202U
Tl06
R22
7R
K303
8C
hip.
RER
J3G
SYJ1
02V
R29
1R
K305
2C
hip.
RER
J3G
SYJ1
53V
C20
4C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
D20
4XD
0230
Dio
deD
AN20
2UT1
06R
228
RK3
038
Chi
p.R
ERJ3
GSY
J102
VR
292
RK3
052
Chi
p.R
ERJ3
GSY
J153
VC
205
CU
310l
Chi
p C
.C
1608
JB1C
473K
TAD
205
XL00
29LE
DTL
SG26
4R
229
RK3
038
Chi
p.R
ERJ3
GSY
J102
VR
293
RK3
050
Chi
p.R
ERJ3
GSY
J103
VC
206
CE0
312
EIec
troly
tic.C
ECEV
ICA1
00R
IC20
1XA
0289
ICM
3741
0M6H
R23
0R
K303
8C
hip.
RER
J3G
SYJ1
02V
R29
4R
K300
1C
hip.
RER
J3G
SYJ0
00V
0C
207
CU
3035
Chi
p C
.C
1608
JB1H
102K
TA1C
202
XA03
64IC
AT24
CO
2N-1
0SI-2
.7R
231
RK3
038
Chi
p.R
ERJ3
GSY
J102
V-
-1.
2C
208
CS0
232
Chi
p Ta
ntal
TMC
MAI
V47
4MTR
IC20
5XA
0238
ICAN
78L0
5MR
232
RK3
050
Chi
p.R
ERJ3
GSY
J103
VR
295
RK3
001
Chi
p.R
ERJ3
GSY
J000
V0
C20
9C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
IC20
6XA
0208
ICR
H5V
A45A
A-T1
R23
4R
K303
8C
hip.
RER
J3G
SYJ1
02V
--
1,2
C21
0C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
lC20
7XA
0198
ICR
H5V
A32A
A-T1
R23
5R
K303
8C
hip.
RER
J3G
SYJ1
02V
R29
6-
-C
211
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAIC
208
-R
236
RK3
074
Chi
p.R
ERJ3
GSY
J105
VR
K303
8C
hip.
RER
J3G
SYJ1
02V
EZC
212
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAXA
0367
ICAT
24C
O8-
10SI
-2.7
EZR
238
RK3
038
Chi
p.R
ERJ3
GSY
J102
VR
297
--
C21
3C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
lC20
9XA
0236
ICBU
4052
BFR
239
RK3
082
Chi
p.R
ERJ3
GSY
J104
VR
K303
8C
hip.
RER
J3G
SYJ1
02V
EZC
215
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAJK
201
UE0
035
Con
nect
orFM
214-
8SM
PYR
241
RK3
062
Chi
p.R
ERJ3
GSY
J104
VS2
01U
U00
15Sw
itch
SKQ
D-9
0lC
216
CU
3059
Chi
p C
.C
1608
JF1E
104Z
TAEL
0024
LCD
DR
W1
R24
2R
K306
2C
hip.
RER
J3G
SYJ1
04V
S202
UU
0015
Switc
hSK
QD
-901
C21
7C
U30
51C
hip
C.
C16
08JB
1E22
3KTA
PL20
1EP
0003
Lam
pBQ
O3l
-304
03A
R24
3R
K306
2C
hip.
RER
J3G
SYJ1
04V
S203
UU
0015
Switc
hSK
QD
-901
C21
8C
U30
59C
hip
C.
C16
08JF
1E10
4ZTA
PL20
2EP
0003
Larn
pBQ
O31
-304
03A
R24
4R
K306
2C
hip.
RER
J3G
SYJ1
04V
S204
UU
0015
Switc
hSK
QD
-90l
C21
9C
U30
59C
hip
C.
C16
08JF
1E10
4ZTA
Q20
1XT
0095
Tran
sist
or2S
C40
81 T
lO6R
R24
7R
K305
0C
hip.
RER
J3G
SYJ1
03V
S205
UU
0015
Switc
hSK
QD
-901
C22
0C
U30
59C
hip
C.
C16
08JF
1E10
4ZTA
Q20
2XT
0113
Tran
sist
or2S
C28
73Y
TE1
2LR
248
RK3
050
Chi
p.R
ERJ3
GSY
J103
VS2
06U
U00
15Sw
itch
SKO
D-9
0lC
221
CU
3023
Chi
p C
.C
1608
CH
1H10
1JTA
Q20
3XU
0029
Tran
sist
orD
TC11
4YU
T10
6R
249
RK3
05O
Chi
p.R
EFu3
GSY
J103
VS2
07U
U00
15Sw
itch
SKQ
D-9
01C
222
CU
3023
Chi
p C
.C
1608
CH
1H10
1JTA
Q20
4XU
0145
Tran
sist
orD
TC14
3TU
T10
6R
250
RK3
046
Chi
p.R
ERJ3
GSY
J472
VS2
09U
Q00
11Sw
itch
ESBJ
6480
1C
223
CU
3051
Chi
p C
.C
1608
JB1E
223K
TAQ
205
XU01
12Tr
ansi
stor
DTA
114Y
U T
106
R25
1R
K304
6C
hip.
RER
J3G
SYJ4
72V
S210
UR
0002
Switc
hEV
Q-W
QG
Fl 5
24B
C22
5C
U30
23C
hip
C.
C16
08C
H1H
101J
TAQ
206
XU01
12Tr
ansi
stor
DTA
114Y
U T
106
R25
2R
K304
6C
hip.
RER
J3G
SYJ4
72V
VR20
1R
V000
9Tr
im. P
otEV
U-F
2AF2
0B14
C22
6C
U30
23C
hip
C.
C16
08C
H1H
101J
TAQ
208
XU00
60Tr
ansi
stor
UM
C2T
RR
253
RK3
038
Chi
p.R
ERJ3
GSY
J102
VVR
20R
V000
9Tr
im. P
otEV
U-F
2AF2
0B14
C22
7C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
Q20
9XU
0112
Tran
sist
orD
TA11
4YU
T10
6R
254
RK3
038
Chi
p.R
ERJ3
GSY
J102
VW
1M
ACL0
4AA
#30
Blue
02J
D40
-02
C22
9C
S020
9C
hip
Tant
a[TM
CM
B0J
106M
TRR
201
RK3
062
Chi
p.R
ERJ3
GSY
J104
VR
255
RK0
014
Chi
p.R
ERJ3
GSY
J000
VT/
E/EZ
C23
0C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
R20
2R
K305
2C
hip.
RER
J3G
SYJ1
53V
R25
6R
K304
2C
hip.
RER
J3G
SYJ2
22V
W2
MR
CL0
4AA
#30
Red
02J
D40
-02
EAEZ
C23
1C
E031
2EI
ectro
lytic
.CEC
EVIC
A100
RR
203
RK3
072
Chi
p.R
ERJ3
GSY
J684
VR
257
RK3
001
Chi
p.R
ERJ3
GSY
J000
VX2
03XQ
0045
Cry
stal
DSM
T3.5
8MH
z18P
C23
4C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
R20
4R
K305
2C
hip.
RER
J3G
SYJ1
58V
R25
8R
K304
6C
hip.
RER
J3G
SYJ4
72V
DG
0003
LCD
Lig
htC
235
CU
3047
Chi
p C
.C
1608
JB1H
103K
TAR
205
RK3
043
Chi
p.R
ERJ3
GSY
J272
VR
259
RK3
054
Chi
p.R
ERJ3
GSY
J223
VFG
0133
LCD
Rub
ber C
onne
ctor
C23
6C
U30
31C
hip
C.
C16
08JH
1H47
1KTA
R20
6R
K302
6C
hip.
RER
J3G
SYJ1
01V
R26
0R
K303
8C
hip.
RER
J3G
SYJ1
02V
FM00
77LC
D H
okk!
rC
237
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAR
207
RK3
038
Chi
p.R
ERJ3
GSY
J102
VR
261
RK3
038
Chi
p.R
ERJ3
GSY
J102
VFP
0034
Mic
ebn
nect
or S
pacN
>rC
238
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAR
208
RK3
026
Chi
p.R
ERJ3
GSY
J101
VR
262
RK3
038
Chi
p.R
ERJ3
GSY
J102
VFP
0069
Cry
stal
She
etC
239
CU
3023
Chi
p C
.C
1608
CH
1H10
1JTA
R20
9R
K307
4C
hip.
RER
J3G
SYJ1
05V
R26
3R
K303
8C
hip.
RER
J3G
SYJ1
02V
TL00
08LC
D F
iner
C24
0C
U30
23C
hip
C.
C16
08C
H1H
101J
TAR
210
RK3
052
Chi
p.R
ERJ3
GSY
J153
VR
264
RK3
038
Chi
p.R
ERJ3
GSY
J102
VTT
1002
Tube
Tube
1m
m x
12
C24
1C
U30
23C
hip
C.
C16
08C
H1H
101J
TAR
211
RK3
062
Chi
p.R
ERJ3
GSY
J104
VR
265
RK3
050
Chi
p.R
ERJ3
GSY
J103
VYZ
0042
Adhe
sion
Bond
G17
C24
2C
U30
35C
hip
C.
C16
08JB
1H10
2KTA
R21
2R
K305
4C
hip.
RER
J3G
SYJ2
23V
R26
7R
K303
8C
hip.
RER
J3G
SYJ1
02V
C24
3C
S023
7C
hip
Tant
a1TM
CM
AI A
475M
TRR
213
RK3
070
Chi
p.R
ERJ3
GSY
J474
VR
268
RK3
038
Chi
p.R
ERJ3
GSY
J102
VC
244
CU
3051
Chi
p C
.C
1608
JB1E
223K
TAR
214
RK3
058
Chi
p.R
ERJ3
GSY
J473
VR
269
RK3
054
Chi
p.R
ERJ3
6SYJ
223V
C24
5C
S023
7C
hlPT
anta
lTM
CM
AI A
475M
TRR
215
RK3
102
Chi
p.R
ERJ3
GSY
J203
VR
270
RK3
001
Chi
p.R
ERJ3
GSY
J000
VC
246
CU
3035
Chi
p C
.C
1608
JB1H
102K
TAR
216
RK3
050
Chi
p.R
ERJ3
GSY
J103
YR
271
RK3
062
Chi
p.R
ERJ3
GSY
J104
VC
247
CU
3085
Chi
p C
.C
1608
CH
1H30
0JTA
R21
7R
K310
2C
hip.
RER
J3G
SYJ2
03V
R27
2R
K305
8C
hip.
RER
J3G
SYJ4
73V
C24
8C
U30
85C
hip
C.
C16
08C
H1H
300J
TAR
218
RK3
050
Chi
p.R
ERJ3
GSY
J103
YR
273
RK3
058
Chi
p.R
ERJ3
GSY
J473
VC
249
CS0
218
Chi
pTan
tal
TMC
MD
I A47
6MTR
R21
9R
K310
2C
hip.
REF
U3G
SYJ2
03V
R27
4R
K303
8C
hip.
RER
J3G
SYJ1
02V
C25
0C
U30
43C
hip
C.
C16
08JB
1H47
2KTA
R22
0R
K305
0C
hip.
RER
J3G
SYJ1
03Y
R27
5R
K306
2C
hip.
RER
J3G
SYJ1
04V
C25
1C
U30
43C
hip
C.
C16
08JB
1H47
2KTA
R22
1R
K310
2C
hip.
RER
J3G
SYJ2
03V
R27
6R
K303
4C
hip.
RER
J3G
SYJ4
71V
C25
2C
U30
59C
hip
C.
C16
08JF
1E10
4ZTA
R22
2R
K310
2C
hip.
RER
J3G
SYJ2
03V
R27
7R
K303
4C
hip.
RER
J3G
SYJ4
71V
CN
201
UE0
170
Con
nect
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ADJUSTMENT
1) Required Test Equipment 11. Distortion Meter 1. Digital Multimeter Measurable frequency 1kHz
Voltage range: FS= 18V or so Input level: Up to 40dBInput resistance: 1M ohm or more Distortion level: 1% - l00%
2. Regulated Power Supply 12. Audio GeneratorSupply voltage: 13.80V Output frequency: 88.5Hz and lkHzCurrent : 15A or more Output impedance: 600 ohm, unbalanced
3. OscilloscopeMeasurable frequency: DC to 30MHz 13. Linear Detector
Measurable frequency Up to 500MHz4. Spectrum Analyzer Characteristics: FIat
Measuring range: Up to 2GHz or more CN: 60dB or more
5. Tracking GeneratorOutput frequency: Up to 2GHz or more
6. Audio Dummy LoadImpedance: 8 ohm Dissipation: 5W or more
7. SSGOutput frequency: 1GHz or moreOutput level: -20dB/0.1uV to 120dB/1VModuration: FM
8. Frequency CounterMeasurable frequency.I Up to 500MHzMeasurements stability: 0.2ppm or so
9. Power MeterMeasurable frequency.I Up to 500MHzImpedance: 50 ohm, unbalancedMeasuring range: Full scale of 60W or so
10. Audio VoltmeterMeasurable frequency: 50Hz to 10kHzSensitivity: 1mV ~ 10V
Page-27
2) Adjustment for DR130
SSG Mod:1KHz +/-3.5KHz/DEVSP terminal is connected to 8ohm dummy load.RX speaker output level is 50 to 100mW
1. Power supply voltage is 13.8V. Power switch is off.2. Turn the squelch and volume knobs counterclockwise.3. Press and hold the "F"key,then turn on the power switch. The display shows that the frequency is 145.00MHzPLL Adjustment
Condition Measurement Adjustment Specification/Item Test equipmen Unit Terminal Unit Parts Method RemarksFrequency Frequency:145.00MHz Freq.Counter 145.00 +/- 100Hz
power: Low *1 Power Meter Back ANT MAIN TC1 MHzPTT: ON
PLL VCO Frequency:145.00MHz Digital Main SD PLL L302 2.0V 1.8-2.2VPTT: OFF *1 Multimeter VCO Check 0.7-1.0V
RX Adjustment (ALL SSG out =EMF)Condition Measurement Adjustment Specification/
Item Test equipmen Unit Terminal Unit Parts Method RemarksFrequency:145.03MHz L4-L6 SINAD: Turn the coil L14,SSG out:0dBu *1 L14 MAX L4,L5,L6,L4,L5 to
SSG the MAX in orderRX Frequency:145.03MHz Distortion MeterSensitivity SSG out:-10dBu *1 Main TP1 Main SINAD is above12dB
Frequency:134.00MHz CheckSSG out:-2.0dBu *2Frequency:174.00MHzSSG out:-2.0dBu *3Frequency:145.03MHz Full
S Meter SSG out: 15dBu *1 Main VR5 flashingMod: OFF LCD S Meter FrontFrequency:145.03MHz PanelSSG out:0dBu *1 Check S Meter does notMod: OFF light.Frequency:145.03MHz Front Make
SQL SSG out:-10dBu *1 LCD Busy Panel Main sure thatSQL is Busy ON
SQL VR:Threshold open
*1 or bond-center of your radio version*2 or bond lower limit of your radio version*3 or bond upper limit of your radio version
Page-28
TX AdjustmentCondition Measurement Adjustment Specification/
Item Test equipmen Unit Terminal Unit Parts Method RemarksVR1: maxPower:HighPTT: ON
High Power Frequency:145.00MHz 52wPower:High *1 VR1 +/- 1.0WPTT: ON Power Meter Back ANT Main Below 10.5AFrequency:130.00MHz Above 5WPower:High *2 Check (T.E.EZ)PTT: ONFrequency:174.00MHz Above 5Wor 155MHz Check (T.E.EZ)Power:Low *3PTT: ONFrequency:130.00MHz
Low Power Power:Low *1 VR5 5.0w +/- 0.5WPTT: ON (T.E.EZ)Frequency:145.00MHz
DEV Power: Low *1 VR2 4.7kHz 4.7 +/-0.2kHz/DevAG:1KHz -30dBm /DevPTT: ONFrequency:145.00MHz AG
MIC Gain Power: Low *1 Linear DetectorBack ANT Main 4.0kHz 4.0 +/-0.2kHz/DevAG:1KHz -47dBm Power Meter /DevPTT: ONFrequency:145.00MHz
CTCSS TonePower: Low *1 Check 0.60-0.85kHz/DevDEV AG: OFF
PTT: ONToneSW(88.5Hz):ONFrequency:145.00MHz
Tone Burst Power: Low *1 Check 2.5-3.5kHz/DevDEV AG: OFF
PTT: ONToneSW:ON
*1 or bond-center of your radio version*2 or bond lower limit of your radio version*3 or bond upper limit of your radio version
If the logic boad EJ-21D or EJ21D exists ,first pull out the logic boardand re-connect W3,W4,W5, so that the radio comes back to conventional
Page-29
3) Adjustment Points
4) Adjustment Quick Reference
SSG Output = EMFParts Item Specifications SpecificationsL4 RX Sensitivity -10dBpV (12dB SINAD) -10dBpV (12dB SINAD)L5 RX Sensitivity -10dBpV (12dB SINAD) -10dBpV (12dB SINAD)L6 RX Sensitivity -10dBpV (12dB SINAD) -10dBpV (12dB SINAD)L14 RX Sensitivity -10dBpV (12dB SINAD) -10dBpV (12dB SINAD)L302 VCO Frequency 1.8V~2.2V 1.8V~2.2VTC1 Reference Frequency 145.00MHz +/-100Hz 145.00MHz +/-100HzVR1 TX High Power 52W +/- 1.0W 52W +/- 1.0W
10.5W +/- 0.5W (EZ) 10.5W +/- 0.5W (EZ)VR2 Deviation 4.7kHz +/-0.2kHz 2.4kHz +/-0.1kHzVR4 Mic Gain 4.0kHz +/-0.2kHz 2.0kHz +/-0.1kHzVR5 S Meter 15dBu "Full" 15dBu "Full"VR6 TX LowPower 5W+/-0.5W 5W+/-0.5W
Page 30
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