Alinco DJ - C7 T User manual

DJ – C7 T/E
Service Manual
CONTENTS S
SPECIFICATIONS
General…..……………………………..…….……
Transmitter…….……………………..……………
Receiver….………………………………..………
CIRCUIT DISCRIPTION
1) Receiver System……….……………………….
2) Transmitter System……………………………..
3) M38268MCL069GP (XA1023)……..…………
SEMICONDUCTOR DATA
1) NJM2070M (XA0210)…………………………
2) TC4W53FU (XA0348) ………………………..
3) XC62HR3302MR (XA0519)..…………………
4) BA4510FV (XA0537)…..……………………..
5) NJM2904V (XA0573)…..……………………..
6) TK10931V (XA0666)…..………………………
7) BU9831F (XA0882)……………………………
8) uPC2771TB (XA0953)…………………………
9) uPC2757TB (XA0976).….……………….…….
10) BR24L32FV (XA1008)………………………...
11) BD4930FVE (XA1009)…..…………………….
12) MB15A01PFV1 (XA1010)……………….……
13) XC6383A701MR (XA1012).…………………..
14) MM1438BW (XA1013).………………….……
15) TC75S51FU (XA1014)………………………...
16) Transistor, Diode and LED Outline Drawing…..
17) LCD Connection (A48A002X)…………….…..
EXPLODED VIEW
1) Front View…………….………………………..
2) Rear View……………………….………….…..
2
2
2
3-5
6
7-9
10
10
10
10
11
11
11
12
12
12
12
13
13
14
14
15
16
17
18
PARTS LIST
MAIN Unit..……………………………………….
KEY Unit…………..………………………………
BATTERY Unit..…………………………….…….
PTT Unit…………………………………………..
ROTARY ENCODER Unit………………………..
Mechanical Parts…………………………………..
Packing Parts………………………………………
ADJUSTMENT
1) Required Test Equipment..……………………...
2) Entering and Releasing the Adjustment Mode….
PC BOARD VIEW…………………………..
SCHEMATIC DIAGRAM………………...
BLOCK DIAGRAM………………………...
19-22
22-23
23
23
23
23
23
24
25-28
29-33
34-35
36
ALINCO, INC.
www.ALINCO.ru

2
SPECIFICATIONS
General
Type DJ – C7T DJ-C7E
VHF 144.000 – 147.995MHz 144.000 – 145.995MHz
Transmitter Range UHF 420.000 – 449.995MHz 430.000 – 439.995MHz
WFM 88.100 – 1.7.995MHz 87.500 – 107.995MHz
VHF 108.000 – 173.995MHz 144.000 – 145.995MHz
Receiving Range
UHF 380.000 – 511.995MHz 430.000 – 439.995MHz
Modulation F3E
Operating temperature -10 °C ~ 60°C (+14°F ~ +140°F)
Frequency stability -7 ~ +3 ppm
Antenna impedance 50ohm unbalanced (SMA)
Supply Voltage 3.7 – 6.0VDC (External)
Ground method Negative ground
DC6.0V: VHF Approx. 0.28A, UHF Approx. 0.32A
Transmit 3.7V(EBP-58N): VHF Approx. 0.25A, UHF Approx. 0.30A
Receive Approx. 70mA
Current drain
Battery Save Approx. 19mA
Dimensions (Projection exclusive) 58 (w) x 96 (h) x 14.5 (d) mm
Weight Approx. 102g (EBP-58N inclusive)
Transmitter
Type DJ-C7T DJ-C7E
DC6.0V Approx. 0.5W
Output power EBP-58N equipped Approx. 0.3W
Modulation System Variable reactance frequency modulation
Maximum Frequency Deviation +/- 5kHz
Spurious Emission - 60 dB c or less
Microphone impedance Approx. 2kohm
Receiver
Type DJ-C7T DJ-C7E
Receiver circuit Double conversion super-heterodyne
1st 50.85MHz (FM/AM), 10.7MHz (WFM)
Intermediate frequency 2nd 450MHz (FM/AM)
Sensitivity (12dB SINAD)
144.000 – 147.995MHz
420.000 – 449.995MHz
-15dBu or less
144.000 – 145.995MHz
430.000 – 439.995MHz
-15dBu or less
Audio output power 100mW or more (Max) / 90mW or more (8ohm, 10 % THD)
Spurious response 60 dB or less
Squelch sensitivity Approx. - 18 dBu or less
! NOTE: All specifications are subject to change without notice or obligation.

3
CIRCUIT DESCRIPTION
1) Reception
1. RX Method
[FM/AM]
Double Super Heterodyne Method
1st IF: 50.85MHz
2nd IF: 450kHz
[WFM]
Single Super Heterodyne Method
1st IF: 10.7MHz
2. Front End
[WFM BAND]
The signal input from antenna passes through the low pass filter, and then it is
amplified at RF amplifier Q13. The amplified signal is led to band pass filter
and band switch D17, then input to the mixer IC3.
[VHF BAND]
The signal input from antenna passes through the low pass filter, and then it is
amplified at RF amplifier Q18. The amplified signal is led to band pass filter
and band switch D17, then input to the mixer IC3.
[UHF BAND]
The signal input from antenna passes through the band pass filter, and then it
is amplified at RF amplifier Q21. The amplified signal is led to band pass
filter and band switch D29, then input to the mixer IC3.
3. Mixer
[FM/AM]
The input signal to the mixer IC3 and the 1st local signal are added or
subtracted at mixer IC3, and the crystal filter FL1 selects the signal of 50.85
MHz, then it is amplified at the 1st IF amplifier Q15 after the adjacent signal
is eliminated.
[WFM]
The input signal to the mixer IC3 and the 1st local signal are added or
subtracted at mixer IC3, and the ceramic filter FL2 selects the signal of
10.7MHz, then it is amplified at the 1st IF amplifier Q14 after the adjacent
signal is eliminated.

4
4. IF
[FM/AM]
The signal amplified at the 1st IF amplifier Q15 is supplied to pin 24 of IC7
for demodulation. Also the signal of 12.6 MHz from the reference buffer
output of IC2 is multiplied by 3 at Q12, and then it is led to pin 1 of IC7. 2
input signals are mixed in the mixer circuit inside IC7 and converted into the
2nd IF signal of 450kHz.The converted 2nd IF signal is output from pin 3 of
IC7.
[FM]
The output signal from pin 3 of IC7 is led to pin 7 of IC7 after eliminating the
adjacent channel signal at the ceramic filter FL3. The input 2nd IF signal to
pin 7 of IC7 is demodulated at the limiter amplifier and quadrature detector
circuits inside of IC7, then output from pin 12 of IC7 as an AF signal.
[AM]
The output signal from pin 3 of IC7 is led to the pin 5 of IC7 after eliminating
the adjacent channel signal at the ceramic filter FL3. The 2nd IF signal input
to pin 5 of IC7 is AM-demodulated inside of IC and output from pin 13 of
IC7 as an AF signal. The 1st IF amplifier Q15 is controlled by reverse AGC at
AGC amplifier Q19 to get better audio output even though the input is
changed, and the gain is controlled.
[WFM]
The signal amplified at the 1st IF amplifier Q14 is supplied to pin 7 of IC7 for
demodulation.
The input 2nd IF signal to pin 7 of IC7 is demodulated at the limiter amplifier
and quadrature detector circuits inside of IC7, then output from pin 12 of IC7
as an AF signal.
5. Squelch
The AF signal got from pin 12 of IC7 is fed to pin 19 of IC7. The input signal
is output from pin 21 of IC7 passing through the noise filter amplifier and
rectifier circuits inside of IC7. The rectified signal is added to the A/D port of
the microcomputer IC6. Judging the signal, the microcomputer controls
ON/OFF of the audio output.
6. Audio
[FM/AM/WFM]
The selection of receiving audio output signal between FM/WFM and AM is
performed at IC8. The volume of output audio signal is adjusted at the
electronic volume IC14 via the AF amplifier Q27. The signal is input to pin 2
of audio power amplifier IC12 and output from pin 6 to drive a speaker, etc.

5
7. VCO
[VHF]
VCO in VHF band consists of the Colpitts oscillator. D3, D4 and L11
determine the oscillating frequency, and the signal is oscillated at the
transistor Q2. The oscillated signal is supplied to pin 8 of PLL-IC2 passing
through the buffer amplifier Q5 and Q4.
[UHF]
VCO in UHF band consists of the Colpitts oscillator. D9, D11 and L18
determine the oscillating frequency, and the signal is oscillated at the
transistor Q7. The oscillated signal is supplied to pin 8 of PLL-IC2 passing
through the buffer amplifier Q5 and Q4.
8. PLL
PLL-IC2 is used to control the oscillating frequency of VCO. IC2 is
controlled by the serial control signal sent from the microprocessor IC6. The
12.6MHz reference frequency of IC2 oscillates the crystal oscillator X1 at the
inside circuit.
[VHF]
IC2 compares the frequency gained by dividing the signal added to pin 8 of
IC2 by the control signal from IC6 with the frequency gained by dividing the
reference frequency of 12.6MHz inside IC2. When the phase difference is
found as a result of phase comparison, the pulse signal is output from the
charge pump output of pin 5 of IC2, then the signal is converted into the DC
voltage at the passive filter and added to the cathode side of VCO
variable-capacitor D3 and D4 to make the phases equal. In result the
stabilized oscillation can be done at the desired frequency.
[UHF]
IC2 compares the frequency gained by dividing the signal added to pin 8 of
IC2 by the control signal from IC6 with the frequency gained by dividing the
reference frequency of 12.6MHz inside IC2. When the phase difference is
found as a result of phase comparison, the pulse signal is output from the
charge pump output of pin 5 of IC2, then the signal is converted into the DC
voltage at the passive filter and added to the cathode side of VCO
variable-capacitor D9 and D11 to make the phases equal. In result the
stabilized oscillation can be done at the desired frequency.

6
2) Transmitter
1. Microphone Amplifier
The microphone amplifier IC301 has 2 operational amplifiers. The voice is
converted into the electric signal through the microphone, and then supplied
to IC301. The input signal is amplified and pre-emphasized to be output.
[VHF]
The signal output from microphone amplifier is adjusted the maximum
frequency deviation at VR2. The adjusted signal is added to the cathode of
VCO variable-capacitor D4 for deviation to change the capacity of the
oscillation circuit resulting the FM deviation.
[UHF]
The signal output from microphone amplifier is adjusted the maximum
frequency deviation at VR1. The adjusted signal is added to the cathode of
VCO variable-capacitor D10 for deviation to change the capacity of the
oscillation circuit resulting the FM deviation.
2. Power Amplifier
The oscillated signal at VCO is supplied to the power amplifier Q3, passing
through buffer amplifier Q5, driver amplifier IC1. The power-amplified signal
is supplied to the antenna through the duplexer after the harmonics are
attenuated enough.

7
3) M38268MCL069GP (XA1023)
CPU
Terminal Connection
(TOP VIEW)
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
P67/AN7 P66/AN6 P65/AN5 P64/AN4
P63/SCLK22/AN3 P62/SCLK21/AN2
P61/SOUT2/AN1
P60/SIN2/AN0
P57/ADT/DA2
P56/DA1
P55/CNTR1 P54/CNTR0
P53/RTP1 P52/RTP0 P51/PWM1 P50/PWM0
P47/SRDY1 P46/SCLK1
P45/TXD P44/RXD
P43/ /TOUT
P42/INT2 P41/INT1
P40 P77
P76
P75
P74
P73
P72
P71
P70/INT0
RESET
XCIN
XCOUT
VSS
XIN
XOUT
P27
P26
P25
P24
P23
P22
P21
P20
P17
P16
P15/SEG39
P14/SEG38
P13/SEG37 P12/SEG36 P11/SEG35 P10/SEG34 P07/SEG33 P06/SEG32 P05/SEG31 P04/SEG30 P03/SEG29 P02/SEG28 P01/SEG27 P00/SEG26 P37/SEG25 P36/SEG24 P35/SEG23 P34/SEG22 P33/SEG21 P32/SEG20 P31/SEG19 P30/SEG18 SEG17 SEG16 SEG15 SEG14 SEG13
SEG12
SEG11
SEG10
SEG9
SEG8
SEG7
SEG6
SEG5
SEG4
SEG3
SEG2
SEG1
SEG0
VCC
VREF
AVSS
COM3
COM2
COM1
COM0
VL3
VL2
C2
C1
VL1

8
No. Terminal Signal I/O Description
1 P67/AN7 BP1 I Band plan 1
2 P66/AN6 BCHK I Battery detection input
3 P65/AN5 PCNT 0 Battery detection SW output
4 P64/AN4 SMT I S-meter input
5 P63/SCLK22/AN3 SQL I Noise level input for squelch
6 P62/SCLK21/AN2 TIN I CTCSS Tone input
7 P61/SOUT2/AN1 TLC O TX LED SW output
8 P60/SIN2/AN0 BAT I Battery charge voltage input
9 P57/ADT/DA2 TUNC/TONE O RX Tuning/Tone out
10 P56/DA1 PO O Power control output
11 P55/CNTR1 C3C O C3V power ON/OFF output
12 P54/CNTR0 TBST O Tone burst output
13 P53/RTP1 PT3 I PTT input
14 P52/RTP0 CLK O Serial clock output
15 P51/PWM1 DATA/UL I/O Serial data output/Unlock input
16 P50/PWM0 STB1 O Strobe for PLL
17 P47/SRDY1 STB2 O Strobe for electronic volume
18 P46/SCLK1 EAR O Earphone antenna SW output
19 P45/TXD CTX O Clone data transmission output
20 P44/RXD CRX I Clone data reception input
21 P43/φ/TOUT BEEP/BP3 I/O Beep tone output/Band plan 3
22 P42/INT2 DET I DC-JACK detection input
23 P41/INT1 RE2 I Rotary encoder input 2
24 P40 RESW I Rotary encoder push SW input
25 P77 RE1 I Rotary encoder input 1
26 P76 P3C O PLL power ON/OFF output
27 P75 PLC O Low VHF VCO ON/OFF output
28 P74 PUC O UHF VCO ON/OFF output
29 P73 PVC O VHF VCO ON/OFF output
30 P72 SDA I/O Serial data I/O for EEPROM
31 P71 SCL O Serial clock output for EEPROM
32 P70/INT0 BU I Back up signal detection input
33 RESET RESET I Reset input
34 XCIN NC
−−
35 XCOUT NC −−
36 XIN XIN I Clock input
37 XOUT XOUT O Clock output
38 VSS VSS
−CPU GND
39 P27 V/M I V/M key input
40 P26 BAND I BAND key input
41 P25 SCAN I SCAN key input
42 P24 POWER I POWER key input
43 P23 FUNC I FUNC key input
44 P22 MONI I MONI key input
45 P21 BUG O Bugging SW output
46 P20 CHG O Charge SW output
47 P17 R3C O RX power ON/OFF output
48 P16 BARC O Bar antenna SW output
49 P15/SEG39 BD1C O BND1 power SW output
50 P14/SEG38 BD2C O BND2 power SW output

9
No. Terminal Signal I/O Description
51 P13/SEG37 W/NC O Wide / Narrow SW output
52 P12/SEG36 FMC O FM SW output
53 P11/SEG35 T3C O T3V power ON/OFF SW output
54 P10/SEG34 TSWC O Tone power ON/OFF SW output
55 P07/SEG33 TUC O UHF-TX power ON/OFF SW output
56 P06/SEG32 TVC O VHF-power ON/OFF SW output
57 P05/SEG31 BD3C O BND3 power SW output
58 P04/SEG30 BD4C O BND4 power SW output
59 P03/SEG29 AMC O AM SW output
60 P02/SEG28 AFC O AF SW output
61 P01/SEG27 AFPC O AF power amp SW output
62 P00/SEG26 SD O RX-LED ON/OFF SWoutput
63 P37/SEG25 SEG25 O LCD segment signal
64 P36/SEG24 SEG24 O LCD segment signal
65 P35/SEG23 SEG23 O LCD segment signal
66 P34/SEG22 SEG22 O LCD segment signal
67 P33/SEG21 SEG21 O LCD segment signal
68 P32/SEG20 SEG20 O LCD segment signal
69 P31/SEG19 SEG19 O LCD segment signal
70 P30/SEG18 SEG18 O LCD segment signal
71 SEG17 SEG17 O LCD segment signal
72 SEG16 SEG16 O LCD segment signal
73 SEG15 SEG15 O LCD segment signal
74 SEG14 SEG14 O LCD segment signal
75 SEG13 SEG13 O LCD segment signal
76 SEG12 SEG12 O LCD segment signal
77 SEG11 SEG11 O LCD segment signal
78 SEG10 SEG10 O LCD segment signal
79 SEG9 SEG09 O LCD segment signal
80 SEG8 SEG8 O LCD segment signal
81 SEG7 SEG7 O LCD segment signal
82 SEG6 SEG6 O LCD segment signal
83 SEG5 SEG5 O LCD segment signal
84 SEG4 SEG4 O LCD segment signal
85 SEG3 SEG3 O LCD segment signal
86 SEG2 SEG2 O LCD segment signal
87 SEG1 SEG1 O LCD segment signal
88 SEG0 SEG0 O LCD segment signal
89 VCC VDD
−CPU power supply
90 VREF VDD
−AD converter power supply
91 AVSS VDD
−AD converter GND
92 COM3 COM3 O LCD COM3 output
93 COM2 COM2 O LCD COM2 output
94 COM1 COM1 O LCD COM1 output
95 COM0 COM0 O LCD COM0 output
96 VL3 VL3
−LCD power supply
97 VL2 VL2
−LCD power supply
98 C2 NC
−−
99 C1 NC
−−
100 VL1 VL1
−LCD power supply

10
SEMICONDUCTOR DATA
JRC
2070
*****
8765
4321
1) NJM2070M (XA0210) Audio Power Amplifier
1. NC
2. + INPUT
3. ‑ INPUT
4. GND
5. GND
6. OUTPUT
7. V+
8. NC
2) TC4W53FU (XA0348) Analog Multiplexer/De‑multiplexer
8765
1234
4W53
** 6. ch1
7. ch0
8. VDD
1. COMMON
2. INH
3. VEE
4. VSS
5. A
Contorol input
INH A On channel
LL
LH
H*
ch0
ch1
NONE
* Don't care
33‑*
3) XC62HR3302MR (XA0519) 3.3V Voltage Regulator
123
4
5
4. VSS
1. NC
2. VIN
5. VOUT
3. CE (Active high)
4510
****
5876
4321
4. GND
1. Output 1
2. Inverting Input 1
3. Non‑inverting Input 1
5. Non‑inverting Input 2
6. Inverting Input 2
7. Output 2
8. V+
4) BA4510FV (XA0537) Dual Operational Amplifires
www.ALINCO.ru

11
5876
4321
4. GND
1. Output 1
2. Inverting Input 1
3. Non‑inverting Input 1
5. Non‑inverting Input 2
6. Inverting Input 2
7. Output 2
8. V+
2904
JRC
***
5) NJM2904V (XA0573) Dual Operational Amplifires
6) TK10931V (XA0666) Narrow Band AM/FM IF IC
***
10931
123456789101112
131415161718192021222324
109876543211112
131415161718192021222324
OSC MIXER
AMP
Vcc
AGC
Vref
AM
AMP
FM
AMP
FM DET
COMP
RECT
AM DET
RSSI
Vcc
GND
8765
4321
4. GND9831
****
1. CS
2. SK
3. DIO
5. VL
6. VW
7. VH
8. Vcc
7) BU9831F (XA0882) Non‑volatile Electronic Potentionmeter

12
123
4
5
11) BD4930FVE (XA1009) 3.0V Voltage Detector
FL*
***
1. VOUT
2. GND (Substrate)
3. N.C.
4. GND
5. VDD
C2H
123
456
1. INPUT
2. GND
3. GND
4. OUTPUT
5. GND
6. Vcc
8) uPC2771TB (XA0953) MMIC Medium Output Power Amplifier
123
456
2. GND
C1X
1. RF INPUT
3. LO INPUT
4. PS
5. Vcc
6. IF OUTPUT
9) uPC2757TB (XA0953) MMIC 1st Frequency Down‑converter
5876
4321
10) BR24L32FV (XA1008) 4k x 8bit EEPROM
L32
**
****
1. A0
2. A1
3. A2
4. Vss
5. SDA
6. SCL
7. WP
8. Vcc
Name Function
A0...A2 User configurable
chip selects
Vss
SDA
SCL
WP
Vcc
Ground
Serial address/data I/O
Serial clock
Write protect input
+2.5V ‑ 6.0V Power supply

13
3
12
H70*
7.0V +/‑ 2.5% output
1. Vss
2. Lx
3. Vout
15A01
****
***
312 45678
910111213141516
4. VCC
5. Do
6. GND
7. LD
8. fin
9. Clock
10. Data
11. LE
12. FC
13. NC
14. fout
15. P
16. R
LE
Data
Clock
fin
Cotrol
1 bit latch
VCC
GND
OSC IN
OSC OUT
Oscillator
Crystal
Prescaler
64/65
128/129
Programmable reference divider
Binary 14‑bit
reference counter
15‑bit latch
15‑bit latch
19‑bit shift register
19‑bit shift register
18‑bit latch
11‑bit latch7‑bit latch
Programmable divider
Binary 7‑bit Binary 11‑bit
awallow
counter programmable counter
Control Circuit
fout
FC
R
P
LD
Phase
comparator
detector
Digital lock
Charge pump
Do
Vp
circuit
frequency
switching
Monitor
FC
MC
fp
fr
fr
fp
LD
fr
fp
12) MB15A01PFV1 (XA1010) PLL Frequency Synthesizer
1. OSC IN
2. OSC OUT
3. Vp
13) XC6383A701MR (XA1012) PFM Controlled, Step‑up DC/DC Converter IC

14
1. GND
2. LV
3. SW2
4. SW1
5. VCC
6. EXT
7. CEL
8. CS
***
438B
875
6
4321
4
321
5 1. Non‑inverting Input
2. VSS
5. VDD
3. Inverting Input
4. Output
SC
15) TA75S51FU (XA1014) CMOS Singe Operational Amplifire
14) MM1438BW (XA1013) Litium‑ion Battery Charging Control IC

15
16) Transistor, Diode and LED Outline Drawings
TopView
DAN235E
XD0320 MA2S357 XD0337 MA2S304 XD0343 XD0344
1SV311 1SV279
XD0364 XD0382
MA27728MA27077
XD0381
MA781WK
XD0383 VDZT2R3.6B XD0396 XD0397
MA72111 DAN222M
XD0400 XD0401
DG1M3 3SK274
XE0037
VDZT2R5.1B
XD0402
2SK3078A
XE0049 MCH6305 XE0058 XE0059
2SK3541 SLM‑521MUW
XL0097 XT0180
2SC5066FT 2SC4738
XT0181 XT0192
2SC5609
MCH6102
XT0195 XT0196
2SA2030 DTC144TM
XU0205 XU0206
DTA123JM XU0207 EMA8 XU0208 EMD3 XU0209 EMD6
M
N K
V1 T8
C
R
M2R
62 A2
S N C**
UN
UW
DS
G1G2
GSD DDG
SDD
GS
D
KNJE
GREEN
RED
M2
BE
C
LL 3F
BE
C
BE
C
AB
CCB
ECC
BE
C
BW 06 E32 A8
Rbe=none
Rb=47kohm Rb=2.2kohm
Rbe=47kohm Rbe=47kohm
Rb=10kohm Rb=10kohm Rbe=none
D3 D6
C
EB
C
EB
2C 1C
E
2B 1B 1B 1E 1C
2B 2E2C
1B 1E 1C
2B 2E2C
NPN PNP NPN PNP
Rbe=10kohm Rb=4.7kohm

16
17) LCD Connection (EL0056 A48A002X)
SEGMENT
COMMON
SEG0 SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16 SEG17 SEG18 SEG19 SEG20 SEG21 SEG22 SEG23 SEG24 SEG25
COM0 COM1 COM2 COM4

17
EXPLODED VIEW
1) Front View

18
2) Rear View

19
FG0374 LCD RUBBER C64 CU3515 Chip C. GRM36CH220J50PT
FM0232 LCD FRAME C67 CU3547 Chip C. GRM36B103K16PT
ST0082 LCD HOLDER DJC7 C68 CU3523 Chip C. GRM36CH101J50PT
TS0174 VCO CASE DJC7 C70 CU3531 Chip C. GRM36B471K50PT
UP0497 PC Board C7 INTEGRATED C72 CU3535 Chip C. GRM36B102K50PT
C1 CS0431 Chip Tantalum 10V 2.2UF C73 CU3535 Chip C. GRM36B102K50PT
C2 CU3535 Chip C. GRM36B102K50PT C74 CS0396 Chip Tantalum 20V 0.1UF
C3 CU3535 Chip C. GRM36B102K50PT C76 CS0431 Chip Tantalum 10V 2.2UF
C4 CU3508 Chip C. 1005 CH 50V 7PF D C78 CU3547 Chip C. GRM36B103K16PT
C5 CU3503 Chip C. GRM36CK020C50PT C79 CS0429 Chip Tantalum 4V22UF
C6 CU3535 Chip C. GRM36B102K50PT C80 CU3535 Chip C. GRM36B102K50PT
C7 CU3535 Chip C. GRM36B102K50PT C83 CU3535 Chip C. GRM36B102K50PT
C8 CS0396 Chip Tantalum 20V 0.1UF C84 CU3535 Chip C. GRM36B102K50PT
C9 CU3535 Chip C. GRM36B102K50PT C85 CU3547 Chip C. GRM36B103K16PT
C10 CU3535 Chip C. GRM36B102K50PT C86 CU3501 Chip C. GRM36CK0R5C50PT
C11 CS0429 Chip Tantalum 4V22UF C87 CU3547 Chip C. GRM36B103K16PT
C12 CU3535 Chip C. GRM36B102K50PT C88 CU3506 Chip C. GRM36CH050C50PT
C13 CU3535 Chip C. GRM36B102K50PT C89 CU3547 Chip C. GRM36B103K16PT
C14 CU3519 Chip C. GRM36CH470J50PT C91 CU3514 Chip C. GRM36CH180J50PT
C15 CU3509 Chip C. GRM36CH080D50PT C92 CU3503 Chip C. GRM36CK020C50PT
C17 CU3516 Chip C. GRM36CH270J50PT C93 CU3504 Chip C. GRM36CJ030C50PT
C18 CU3517 Chip C. GRM36CH330J50PT C94 CU3519 Chip C. GRM36CH470J50PT
C20 CU3518 Chip C. GRM36CH390J50PT C95 CU3518 Chip C. GRM36CH390J50PT
C22 CU3507 Chip C. GRM36CH060D50PT C96 CU3514 Chip C. GRM36CH180J50PT
C23 CU3535 Chip C. GRM36B102K50PT C97 CU3535 Chip C. GRM36B102K50PT
C24 CU3535 Chip C. GRM36B102K50PT C98 CU3511 Chip C. GRM36CH100D50PT
C25 CU3523 Chip C. GRM36CH101J50PT C99 CU3535 Chip C. GRM36B102K50PT
C26 CU3502 Chip C. GRM36CK010C50PT C100 CU3547 Chip C. GRM36B103K16PT
C27 CU3535 Chip C. GRM36B102K50PT C101 CU3515 Chip C. GRM36CH220J50PT
C28 CU3514 Chip C. GRM36CH180J50PT C102 CU3517 Chip C. GRM36CH330J50PT
C29 CU3502 Chip C. GRM36CK010C50PT C103 CU3513 Chip C. GRM36CH150J50PT
C30 CU3535 Chip C. GRM36B102K50PT C104 CU3517 Chip C. GRM36CH330J50PT
C31 CU3535 Chip C. GRM36B102K50PT C105 CU3519 Chip C. GRM36CH470J50PT
C32 CU3526 Chip C. GRM36CH181J25PT C107 CU3509 Chip C. GRM36CH080D50PT
C33 CU3527 Chip C. GRM36CH221J25PT C108 CU3514 Chip C. GRM36CH180J50PT
C34 CU3535 Chip C. GRM36B102K50PT C109 CU3522 Chip C. GRM36CH820J50PT
C35 CU3535 Chip C. GRM36B102K50PT C110 CU3535 Chip C. GRM36B102K50PT
C36 CS0396 Chip Tantalum 20V 0.1UF C111 CS0429 Chip C. 4V22UF
C37 CU3535 Chip C. GRM36B102K50PT C112 CS0429 Chip Tantalum 4V22UF
C38 CU3509 Chip C. GRM36CH080D50PT C113 CU3535 Chip C. GRM36B102K50PT
C39 CU3512 Chip C. GRM36CH120J50PT C114 CU3535 Chip C. GRM36B102K50PT
C40 CU3531 Chip C. GRM36B471K50PT C115 CU3519 Chip C. GRM36CH470J50PT
C41 CU3531 Chip C. GRM36B471K50PT C116 CU3535 Chip C. GRM36B102K50PT
C42 CU3507 Chip C. GRM36CH060D50PT C117 CU3551 Chip C. GRM36B223K16PT
C43 CU3518 Chip C. GRM36CH390J50PT C118 CU3506 Chip C. GRM36CH050C50PT
C44 CU3531 Chip C. GRM36B471K50PT C119 CU3535 Chip C. GRM36B102K50PT
C45 CS0429 Chip Tantalum 4V22UF C120 CU3554 Chip C. GRM36B104K10PT
C46 CU3502 Chip C. GRM36CK010C50PT C121 CU3535 Chip C. GRM36B102K50PT
C47 CU3503 Chip C. GRM36CK020C50PT C122 CU3535 Chip C. GRM36B102K50PT
C48 CU3508 Chip C. 1005 CH 50V 7PF D C123 CU3515 Chip C. GRM36CH220J50PT
C49 CU3512 Chip C. GRM36CH120J50PT C124 CU3515 Chip C. GRM36CH220J50PT
C50 CU3509 Chip C. GRM36CH080D50PT C125 CU3519 Chip C. GRM36CH470J50PT
C51 CU3527 Chip C. GRM36CH221J25PT C126 CU3523 Chip C. GRM36CH101J50PT
C52 CU3531 Chip C. GRM36B471K50PT C127 CU3523 Chip C. GRM36CH101J50PT
C53 CU3507 Chip C. GRM36CH060D50PT C128 CU3535 Chip C. GRM36B102K50PT
C54 CU3535 Chip C. GRM36B102K50PT C130 CU3551 Chip C. GRM36B223K16PT
C55 CU3512 Chip C. GRM36CH120J50PT C131 CU3554 Chip C. GRM36B104K10PT
C56 CU3502 Chip C. GRM36CK010C50PT C132 CU3547 Chip C. GRM36B103K16PT
C57 CU3509 Chip C. GRM36CH080D50PT C133 CU3547 Chip C. GRM36B103K16PT
C58 CU3515 Chip C. GRM36CH220J50PT C134 CU3559 Chip C. GRM155B30J105KE18D
C59 CU3535 Chip C. GRM36B102K50PT C135 CU3531 Chip C. GRM36B471K50PT
C60 CS0396 Chip Tantalum 20V 0.1UF C136 CS0428 Chip Tantalum 4V15UF
C61 CU3503 Chip C. GRM36CK020C50PT C137 CU3551 Chip C. GRM36B223K16PT
C62 CU3554 Chip C. GRM36B104K10PT C138 CU3535 Chip C. GRM36B102K50PT
C63 CU3507 Chip C. GRM36CH060D50PT C139 CU3513 Chip C. GRM36CH150J50PT
Version
Ref.
No. Parts No. Description Parts Name
PARTS LIST
MAIN Unit
Parts No. Description Parts Name Version
Ref.
No.

20
C141 CU3531 Chip C. GRM36B471K50PT D8 XD0381 Chip Diode MA27077
C142 CU3531 Chip C. GRM36B471K50PT D9 XD0364 Chip Diode 1SV279-TPH3
C143 CU3506 Chip C. GRM36CH050C50PT D10 XD0364 Chip Diode 1SV279-TPH3
C144 CU3513 Chip C. GRM36CH150J50PT D11 XD0364 Chip Diode 1SV279-TPH3
C145 CS0432 Chip Tantalum TMCMA1A226MTR D14 XD0337 Chip Diode MA2S357-TX
C146 CS0425 Chip Tantalum TMCMBOJ107MTR D15 XD0337 Chip Diode MA2S357-TX
C147 CU3501 Chip C. GRM36CK0R5C50PT D16 XD0400 Chip Diode DAN222MT2L
C148 CU3506 Chip C. GRM36CH050C50PT D17 XD0320 Chip Diode DAN235E-TL
C149 CU3506 Chip C. GRM36CH050C50PT D18 XD0320 Chip Diode DAN235E-TL
C150 CU3519 Chip C. GRM36CH470J50PT D19 XD0381 Chip Diode MA27077
C151 CU3559 Chip C. GRM155B30J105KE18D D20 XD0343 Chip Diode MA2S304001AR
C152 CU3554 Chip C. GRM36B104K10PT D21 XD0343 Chip Diode MA2S304001AR
C153 CU3547 Chip C. GRM36B103K16PT D23 XD0343 Chip Diode MA2S304001AR
C154 CU3554 Chip C. GRM36B104K10PT D24 XD0344 Chip Diode 1SV311 TPH3
C155 CU3554 Chip C. GRM36B104K10PT D25 XD0344 Chip Diode 1SV311 TPH3
C156 CU3511 Chip C. GRM36CH100D50PT D26 XD0344 Chip Diode 1SV311 TPH3
C157 CU3519 Chip C. GRM36CH470J50PT D27 XD0383 Chip Diode MA781WK-TX
C158 CU3506 Chip C. GRM36CH050C50PT D28 XD0381 Chip Diode MA27077
C160 CU3535 Chip C. GRM36B102K50PT D29 XD0381 Chip Diode MA27077
C161 CU3554 Chip C. GRM36B104K10PT D30 XD0382 Chip Diode MA27728
C162 CU3523 Chip C. GRM36CH101J50PT D31 XD0344 Chip Diode 1SV311 TPH3
C163 CS0429 Chip Tantalum 4V22UF D32 XD0400 Chip Diode DAN222MT2L
C164 CU3547 Chip C. GRM36B103K16PT D33 XL0097 Chip LED SML-521MUWT86
C165 CU3559 Chip C. GRM155B30J105KE18D D34 XD0381 Chip Diode MA27077
C166 CU3547 Chip C. GRM36B103K16PT D35 XD0401 Chip Diode DG1M3
C167 CU3531 Chip C. GRM36B471K50PT D36 XD0397 Chip Diode MA2711100L
C168 CU3547 Chip C. GRM36B103K16PT D37 XD0381 Chip Diode MA27077
C169 CU3554 Chip C. GRM36B104K10PT D38 XD0381 Chip Diode MA27077
C171 CU3535 Chip C. GRM36B102K50PT D42 XD0396 Chip Diode VDZT2R 3.9B
C172 CU3517 Chip C. GRM36CH330J50PT FL1 XF0062 Crystal Filter DSF444SAF 50.85MHZ
C173 CU3517 Chip C. GRM36CH330J50PT FL2 XC0097 Ceramic Filter SFECV10M7JA00-R0
C174 CS0425 Chip Tantalum TMCMBOJ107MTR FL3 XC0075 Ceramic Filter CFUCG450E-TC
C175 CU3554 Chip C. GRM36B104K10PT IC1 XA0953 IC UPC2771TB-E3
C176 CU3554 Chip C. GRM36B104K10PT IC2 XA1010 IC MB15A01PFV1-G-BND-EF
C177 CU3554 Chip C. GRM36B104K10PT IC3 XA0976 IC UPC2757TB-E3
C178 CU3523 Chip C. GRM36CH101J50PT IC4 XA0519 IC XC62HR3302MR
C179 CS0431 Chip Tantalum 10V 2.2UF IC5 XA1014 IC TC75S51FU TE85L
C180 CU3559 Chip C. GRM155B30J105KE18D IC6 XA1011 IC CPU DJC7
C181 CU3554 Chip C. GRM36B104K10PT IC7 XA0666 IC TK10931V
C182 CS0425 Chip Tantalum TMCMBOJ107MTR IC8 XA0348 IC TC4W53FU(TE12L)
C183 CU3559 Chip C. GRM155B30J105KE18D IC9 XA1012 IC XC6383A701MR
C184 CU3535 Chip C. GRM36B102K50PT IC11 XA1008 IC BR24L32FV-WE2
C185 CU3551 Chip C. GRM36B223K16PT IC12 XA0210 IC IC NJM2070M
C186 CU3551 Chip C. GRM36B223K16PT IC13 XA1009 IC BD4930FVE-TR
C187 CS0397 Chip Tantalum 16V 1UF IC14 XA0882 IC BU9831F
C188 CU3547 Chip C. GRM36B103K16PT JK1 UJ0054 Jack HSJ1102-01-520
C189 CU3547 Chip C. GRM36B103K16PT JK2 UJ0055 Jack HEC4306-010010
C190 CU3535 Chip C. GRM36B102K50PT L1 QC0538 Chip Inductor LQN21AR10J04
C191 CU3535 Chip C. GRM36B102K50PT L2 QC0507 Chip Inductor LK16081R0K-T
C192 CS0424 Chip Tantalum TMCMA1C106MTR L3 QC0587 Chip Inductor LQW1608A18NJ00T1
C193 CU3535 Chip C. GRM36B102K50PT L4 QC0587 Chip Inductor LQW1608A18NJ00T1
C194 CS0429 Chip Tantalum 4V22UF L5 QC0591 Chip Inductor LQW1608A39NJ00T1
C195 CU3559 Chip C. GRM155B30J105KE18D L6 QC0591 Chip Inductor LQW1608A39NJ00T1
C197 CU3547 Chip C. GRM36B103K16PT L7 QC0589 Chip Inductor LQW1608A27NJ00T1
C198 CU3501 Chip C. GRM36CK0R5C50PT L8 QC0596 Chip Inductor LQW1608AR10J00T1
C199 CU3547 Chip C. GRM36B103K16PT L9 QC0508 Chip Inductor LK16082R2K-T
C200 CU3547 Chip C. GRM36B103K16PT L10 QC0617 Chip Inductor LL1608-FS15NJ
C201 CU3505 Chip C. GRM36CH040C50PT L11 QC0594 Chip Inductor LQW1608A68NJ00T1
C202 CU3512 Chip C. GRM36CH120J50PT L12 QC0586 Chip Inductor LQW1608A15NJ00T1
C204 CU3547 Chip C. GRM36B103K16PT L13 QC0586 Chip Inductor LQW1608A15NJ00T1
C205 CS0432 Chip Tantalum TMCMA1A226MTR L14 QC0507 Chip Inductor LK16081R0K-T
C206 CS0431 Chip Tantalum 10V 2.2UF L15 QC0586 Chip Inductor LQW1608A15NJ00T1
C207 CU3539 Chip C. GRM36B222K50PT L16 QC0587 Chip Inductor LQW1608A18NJ00T1
C208 CS0431 Chip Tantalum 10V 2.2UF L17 QC0507 Chip Inductor LK16081R0K-T
CN1 UE0474 Connector AXK6F16545YJ L18 QC0585 Chip Inductor LQW1608A12NJ00T1
D1 XD0397 Chip Diode MA2711100L L19 QC0716 Chip Inductor LQW1608AR27J00T1
D2 XD0381 Chip Diode MA27077 L20 QC0709 Chip Inductor HK1005R10J
D3 XD0343 Chip Diode MA2S304001AR L22 QC0719 Chip Inductor LQW1608AR39J00T1
D4 XD0343 Chip Diode MA2S304001AR L23 QC0716 Chip Inductor LQW1608AR27J00T1
D5 XD0364 Chip Diode 1SV279-TPH3 L25 QC0600 Chip Inductor LQW1608AR22J00T1
D7 XD0381 Chip Diode MA27077 L26 QC0719 Chip Inductor LQW1608AR39J00T1
Version
Ref.
No. Parts No. Description Parts Name Version Ref. No. Parts No. Description Parts Name