Alinco DJ-596T User manual

DJ-596T / DJ-596E
Service Manual
CONTENTS
SPECIFICATIONS
1) GENERAL ................................................................ 2
2) TRANSMITTER ........................................................ 2
3) RECEIVER ............................................................... 2
CIRCUIT DESCRIPTION
1) [RX] ...................................................................... 3~5
2) [TX] ........................................................................... 5
3) M38267M8L(XA0844)........................................... 6~8
SEMICONDUCTOR DATA
1) µPC2710T (XA0449) ................................................ 9
2) S-81350HG-KD-T1 (XA0724) ................................... 9
3) 24LC32AT-I/SN (XA0604) ....................................... 10
4) M5222FP-600C (XA0385) ...................................... 10
5) TC4W53FU (XA0348) ............................................. 11
6) TK10931V (XA0666)............................................... 11
7) NJM2902V-TE1 (XA0596) ...................................... 12
8) NJM2070M (XA0210) ............................................. 12
9) µPD3140GS-E1 (XA0312) ...................................... 13
10) BA4510FV-E2 (XA0537) ......................................... 14
11) S-80845ALMP-EA9-T2 (XA0620) ........................... 14
12) MB88347LPFV-G-BND-EF (XA0599) ..................... 15
13) Transistor, Diode and LED Outline Drawings ........... 16
14) LCD Connection(EL0044) ....................................... 16
EXPLODED VIEW
1) Front View ............................................................... 17
2) Rear View ............................................................... 18
PA R T S L I S T
MAIN Unit ......................................................... 19~24
Mechanical Parts .................................................... 24
Packing ................................................................... 24
ADJUSTMENT
1) Required Test Equipment .................................. 25~26
2) Entering and releasing the adjustment mode .... 27~32
PC BOARD VIEW .................................................. 33~34
SCHEMATIC DIAGRAM ............................................. 35
BLOCK DIAGRAM ...................................................... 36
ALINCO,INC.

2
SPECIFICATIONS
General
Ty pe DJ-596T DJ-596E
VHF 136.000-173.995MHz 144.000-145.995MHz
Receiving Range UHF 400.000-511.995MHz 430.000-439.995MHz
VHF 144.000-147.995MHz 144.000-145.995MHz
Tr an s m i t t er R a n g e UHF 420.000-449.995MHz 430.000-439.995MHz
Modulation F2,F3
Frequency Stability ±5ppm -10˚C~+60˚C +14˚F~+140˚F)
Ant.Impedance 50Ω
Supply Voltage 6.0~16.0VDC
Tr a ns m i t DC13.8V VHF Approx.1.2A UHF :Approx.1.4A
9.6V EBP-50N VHF
:
Approx.1.2A, UHF Approx.1.5A
Receive Approx.75mA
Current
Battery Save Approx.25mA
Transmitter
Ty pe DJ-596T DJ-596E
External 13.8V
Approx.5W
Power
Output EBP-50N equipped VHF 4.5W, UHF 4W
Modulation Variable Reactance
Max.Deviation 5kHz
Spurious Emission -60dB or less
Mic.Impedance Approx.2k
Receiver
Ty pe DJ-596T DJ-596E
System Double-conversion super heterodyne
Intermediate Frequencies 1
st
: 39.15MHz, 2
nd
:450kHz
Sensitivity
(12dB SINAD)
144.000-147.995MHz
420.000-449.995MHz
-15.0dBµor less
144.000-145.995MHz
430.000-439.995MHz
-15.0dBµor less
AF Output 300mW or over MAX
200mW or over 10% Distortion factor 8Ω
Spurious response 60dB or over
Squelch sensitivity Approx.-10dBµor less
((
)
,
±
Ω
()::
::
()
()

3
CIRCUIT DESCRIPTION
1) [RX]
1. RX Method: Double Super Heterodyne Method
1st IF : FM 39.15 MHz
2nd IF : 450 kHz
2. Front End
VHF
The signal input from antenna passes through the duplexer FL1 and low pass
filter, then it is amplified at RF amplifier Q17. The amplified signal is led to
band pass filter and band switch D19, then input to the mixer Q16.
UHF
The signal input from antenna passes through the duplexer FL1 and low pass
filter, then it is amplified at RF amplifier Q20. The amplified signal is led to
band pass filter and band switch D23, then input to the mixer Q16.
3. Mixer
The input signal to the mixer Q16 and the 1st local signal are added or
subtracted at mixer Q16, and the crystal filter XF1 selects the signal of
39.15 MHz, then it is amplified at the 1st IF amplifier Q18 after the adja-
cent signal is eliminated.
The 1st local signal from VCO output is supplied to the base of mixer Q16
passing through the buffer amplifier Q15. The upper side band of the local
signal is used in VHF band and the lower side band of the local signal is
used in UHF band.
4. IF
The signal amplified at the 1st IF amplifier Q18 is supplied to pin 24 of IC5 for
demodulation. Also the signal of 12.9 MHz from the reference buffer output of
IC 2 is multiplied by 3 at Q19, then it is led to pin 1 of IC5. 2 input signals are
mixed in the mixer circuit inside IC5 and converted into the 2nd IF signal of
450 kHz.
The 2nd IF signal output from pin 3 of IC5 is supplied to pin 7 of IC5 after the
adjacent signal is eliminated at the ceramic filter FL3 in WFM mode, or at the
ceramic filter FL2 in NFM mode. The input 2nd IF signal is demodulated at the
limiter amplifier and quadrature detection circuit inside IC, then output from
pin 12 of IC5 as an AF signal.

4
5. Squelch
Q24 determines the gain of AF signal output from pin 12 of IC5 according to
the WFM/NFM of IC8.Then the signal is input to pin 19 of IC5.The input signal
passes through the noise filter amplifier and rectifier circuit, then output from
pin 21 of IC5.The output signal is supplied to A/D port of microprocessor IC6,
then the microprocessor IC6 judges it to control ON/OFF of the audio output.
6. Audio
Q24 determines the gain of AF signal output from pin 12 of IC5 according
to the WFM/NFM of IC8. Thereby amplified signal passes through AF switch
IC15 and band pass active filter IC8, then controls AF signal level at the
microprocessor IC6 with the electronic volume IC10.The controlled AF signal
is supplied to the audio power amplifier IC9 pin 2. The input AF signal is
amplified at IC9 and output from pin 6 to drive the speaker, etc.
7. VCO
VHF
VCO in VHF band consists of the Colpitts oscillator. D6, D9, L15 and L20
determine the oscillating frequency, and the signal is oscillated at the transis-
tor Q4. L20 is passed at shift transistor Q8 when receiving. The oscillated
signal is supplied to pin 2 of PLL-IC2 passing through the buffer amplifier Q7
and Q1.
UHF
VCO in UHF band consists of the Colpitts oscillator. D16, D18 and L22
determine the oscillating frequency, and the signal is oscillated at the transis-
tor Q12.The oscillated signal is supplied to pin 19 of PLL-IC2 passing through
the buffer amplifier Q7 and Q1.
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 refer-
ence frequency of 12.9 MHz from IC2 oscillates the crystal oscillator X1 in-
side the circuit.
VHF
IC2 compares the frequency gained by dividing the signal added to pin 2 of
IC2 by the control signal from IC6 with the frequency gained by dividing
the reference frequency of 12.9 MHz 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 8 of IC2, then the signal is converted into the DC
voltage at the passive filter and added to the cathode side of VCO vari-cap D6
and D9 to make the phases equal. In result the stabilized oscillation can be
done at the desired frequency.

5
UHF
IC2 compares the frequency gained by dividing the signal added to pin 19 of
IC2 by the control signal from IC6 with the frequency gained by dividing the
reference frequency of 12.9 MHz 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 13 of IC2, then the signal is converted into the DC
voltage at the inside circuit for passive filter and added to the cathode side of
VCO vari-cap D16 and D18 to make the phases equal. In result the stabilized
oscillation can be done at the desired frequency.
2) [TX]
1. Microphone Amplifier
The microphone amplifier IC14 has 2 operational amplifiers. The voice is
converted into the electric signal through the microphone, then supplied to
IC14. The input signal is amplified and pre-emphasized to be output.
VHF
The signal output from microphone amplifier is adjusted the maximum
frequency deviation in WFM mode at VR1, then adjusted the maximum
frequency deviation in NFM mode at VR2.The adjusted signal is added to the
cathode of VCO vari-cap D11 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 in WFM mode at VR3, then adjusted the maximum
frequency deviation in NFM mode at VR4. Then the adjusted signal is
added to the cathode of VCO vari-cap D17 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 Q5, passing
through buffer amplifier Q7, driver amplifier IC1 and Q6.The power-amplified
signal is supplied to the antenna through the duplexer after the harmonics are
attenuated enough.

6
3) M38267M8L (XA0844)
CPU
Te r m i n a l C o n n e c t i o n
(TOP VIEW)

7
1 P67/AN7 SMT I S-meter input
2 P66/AN6 SQL I Noise level input for squelch
3 P65/AN5 BAT I Low battery detection input
4 P64/AN4 TIN I CTCSS/DCS tone input
5 P63/SCLK22/AN3 BP1 I Band plan 1
6 P62/SCLK21/AN2 UND O DCS signal mute
7 P61/SOUT2/AN1 DCSW O DCS signal mute
8 P60/SIN2/AN0 FKEY I Function key input
9 P57/ADT/DA2 DCS O CTCSS/DCS tone output,Tu n i n g v o lt a g e o u t p u t
10 P56/DA1 DTOUT O DTMF output/EVR control output
11 P55/CNTR1 C5C O C5V power ON/OFF output
12 P54/CNTR0 TBST O Tone burst output
13 P53/RTP1 STB2 O Strobe for DAC
14 P52/RTP0 RVC O VHF-RX power ON/OFF output
15 P51/PWM3 CLK O Serial clock output
16 P50/PWM0 DATA/UL I/O Serial data output/Unlock input
17 P47/SROY1 RUC O UHF-RX power ON/OFF output
18 P46/SCLK1 STB1 O Strobe for PLL
19 P45/TXD CTX O UART data transmission output
20 P44/RXD CRX I UART data reception input
21 P43/∅/TOUT BEEP/ BP2 I/O Beep tone output/Band plan 2
22 P42/INT2 RE2 I Rotary encoder input
23 P41/INT1 STL I Steal input
24 P40 SD O Signal detection output
25 P77 PT5 I PTT input
26 P76 DSQ I Digital squelch input
27 P75 SSTB O Strobe signal to scramble IC
28 P74 AFS O AF switch output
29 P73 C/S O Digital scramble ON/OFF
30 P72 DUD I Digital unit detect
31 P71 SCR I Scramble IC ready signal
32 P70/INTO 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 PSW I Power switch input
40 P26 SDA O Serial data output for EEPROM
41 P25 SCL O Serial clock output for EEPROM
42 P24 RE1 I Rotary encoder input
43 P23 KI0 I Key matrix input
44 P22 KI1 I Key matrix input
45 P21 KI2 I Key matrix input
46 P20 KI3 I Key matrix input
47 P17 KO3 O Key matrix output
48 P16 KO2 O Key matrix output
__
_
_
No. Terminal Signal I/O Description

8
No. Terminal Signal I/O Description
49 P15/SEG39 KO1 O Key matrix output
50 P14/ SEG38 KO0 O Key matrix output
51 P13/ SEG37 PUC O UHF-PLL power ON/OFF output
52 P12/ SEG36 PVC O VHF-PLL power ON/OFF output
53 P11/ SEG35 TUC O UHF-TX power ON/OFF output
54 P10/ SEG34 AFP O AF AMP power ON/OFF output
55 P07/SEG33 TVC O VHF-TX power ON/OFF output
56 P06/SEG32 R5C O RX power ON/OFF output
57 P05/SEG31 SEG31 O
58 P04/SEG30 SEG30 O
59 P03/SEG29 SEG29 O
60 P02/SEG28 SEG28 O
61 P01/SEG27 SEG27 O
62 P00/SEG26 SEG26 O
63 P37/SEG25 SEG25 O
64 P36/SEG24 SEG24 O
65 P35/SEG23 SEG23 O
66 P34/SEG22 SEG22 O
67 P33/SEG21 SEG21 O
68 P32/SEG20 SEG20 O
69 P31/SEG19 SEG19 O
70 P30/SEG18 SEG18 O
71 SEG17 SEG17 O
72 SEG16 SEG16 O
73 SEG15 SEG15 O
74 SEG14 SEG14 O
75 SEG13 SEG13 O
76 SEG12 SEG12 O
77 SEG11 SEG11 O
78 SEG10 SEG10 O
79 SEG9 SEG9 O
80 SEG8 SEG8 O
81 SEG7 SEG7 O
82 SEG6 SEG6 O
83 SEG5 SEG5 O
84 SEG4 SEG4 O
85 SEG3 SEG3 O
86 SEG2 SEG2 O
87 SEG1 SEG1 O
88 SEG0 SEG0 O
LCD segment signal
89 VCC VDD CPU power terminal
90 VREF VREF AD converter power supply
91 AVSS AVSS 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 I LCD power supply
97 VL2 VL2 I LCD power supply
98 C2 NC
99 C1 NC
100 VL1 VL1 I LCD power supply
_
_
_
__
_

9
SEMICONDUCTOR DATA
1) µµ
µµ
µPC2710T (XA0449)
1000p
1000p
1000p
50W 50Ω
2, 3, 5
14
6
L: 20.5T. 2mml.D.
0.25UEW
IN OUT
Vcc
GND
GND
Input
Output
GND
Vcc
To p V i e w
Test Circuit
RF Amplifier
Parameter Symbol Condition Ratings Unit
Supply voltage Vcc 5.0 V
Circuit current Icc Vcc=5V, no signa 22 mA
Power gain GP Vcc=5V, f=500MHz 33 dB
Staturated output power Po(sat) Vcc=5V, f=500MHz, Pin=-8dBm +13.5 dBm
Noise figure NF Vcc=5V, f=500MHz 3.5 dB
Upper frequency (-3dB) fu Vcc=5V, Reference freq. =100MHz 1000 MHz
Isolation ISL Vcc=5V, f=500MHz 39 dB
Input return loss RL in Vcc=5V, f=500MHz 6 dB
Output return loss RL out Vcc=5V, f=500MHz 12 dB
Gain flatness Gp Vcc=5V, f=0.1~0.6GHz 0.8 dB
2) S-81350HG-KD-T1 (XA0724)
To p V i e w
KD
3E
1 V OUT
2 GND
3
V IN
1 2 3
1
2
3
V DD
V SS
V REF
OUT
*
*
+
-

10
3) 24LC32AT-I/SN (XA0604)
32K 2.5V I2C Serial EEPROM
A0
A1
A2
Vss SDA
SCL
WP
Vcc Name Function
Vss Ground
A0..A2 User Configurable Chip Selects
SDA Serial Address/Data I/O
SCL Serial Clock
WP Write Protect Input
Vcc +2.5V~6.0V Power Supply
PDIP
4) M5222FP-600C (XA0385)
Electronic Volume

11
5) TC4W53FU (XA0348)
6) TK10931V (XA0666)
1 2 3 4 5 6 7 8 9 10 11 12
24 23 22 21 20 19 18 17 16 15 14 13
AM
DET
RSSI
RECT
COMP
AMP AGC
Vref
Vcc
AM
AMP
FM
AMP
FM DET
MIXER
OSC
RF INPUT GND COMP OUTPUT COMP INPUT NOISE AMP OUTPUT NOISE AMP INPUT AM AGC INPUT AGC AMP OUTPUT RF AGC OUTPUT RSSI OUTPUT AM SW AM DET OUT
OSC(B) OSC(E)
MIX OUTPUT
Vcc
AM IF INPUT
DECOUPLING
FM IF INPUT
DECOUPLING DECOUPLING
LIM OUTPUT
QUAD INPUT
FM DET OUTPUT
Pin Assignment / BLOCK Diagram (Top View)

12
7) NJM2902V-TE1 (XA0596)
Quad Single Supply Operational Amplifier
8) NJM2070M (XA0210)

13
9) µµ
µµ
µPD3140GS-E1 (XA0312)
80 ~550MHz Dual PLL Synthesizer
Specifications
Operating frequency: 200 ~ 400MHz (Vin=-12 ~ 0dBm, pin 2 and 19 input)
80 ~ 550MHz (Vin=-8 ~ 0dBm, pin 2 and 19 input)
Consumption current: 2.7 ~ 4.1mA (Vcc=1.8V while 1 channel is used)
4.3 ~ 6.6mA (Vcc=1.8V while both channels are used)
0 ~ 10uA (Vcc=1.8V in power save mode)
3.5 ~ 5.3mA (Vcc=5V while 1 channel is used)
5.6 ~ 8.6mA (Vcc=5V while both channels are used)
Operationg voltage: 1.8 ~ 5.5V

14
10) BA4510FV-E2 (XA0537)
Dual Operational Amplifier
Vcc=± 2.5V Typ
High through rate: 5V/µSec
Block Diagram (Top View)
11) S-80845ALMP-EA9-T2 (XA0620)
Voltage Regulator

15
12) MB88347LPFV-G-BND-EF (XA0599)
D/A converter for digital tuning

16
13) Transistor, Diode, and LED Ontline Drawings
To p V i e w
M 2 Y R
6 R
TX
XP1111-TX
XU0171
UN911H TX
XU0092
S3DG7
XD0261
MA741WA TX
XD0251
2SK882-GR-TE85L
XE0040
2SB766A-TX
XT0170
RN2107 TE85L
XU0192
1SV307(TPH3)
XD0326
DA204U T106
XD0130
2SK2975-T11-A
XE0038
2SD2216R-TX
XT0135
2SC5066FT-Y(TE85L)
XT0180
ISS390 TE61
XD0342
RN1111 TE85L
XU0197
XP1116-TX
XU0188
DAN235E-TL
XD0320
M
MA132WA-TX
XD0321
MA2S077-TX
XD0319
MA2S111-TX
XD0323
MA2S30400L
XD0312
K
MA2S728-TX
XD0315
B
RN731V TE-17
XD0257
U2FWJ44N(TE12R)
XD0294
BRPG1201W TR
XL0028
SML-310MTT86
XL0036
2SK3074
XE0044
1SV214 TPH4
XD0131
1SV311 TPL3
XD0344
1SV279 (TPH3)
XD0364
UN9211 TX
XU0063
XP1501-TX
XU0172
RN1107 TE85L
XU0193
14) LCD Connection (EL0044)
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 SEG26 SEG27 SEG28 SEG29 SEG30 SEG31

17
EXPLODED VIEW
1) Front View

18
2) Rear View

19
PARTS LIST
MAIN Unit
Ref. No.
Parts No.
Description Part Name Ver.
FM0194
RADIATIVE PLATE
FG0291
LCD RUBBER CONNECT.
TL0022
REFLECTIVE SHEET 195
TZ0049
SILICON DUMPER
DG0035
LCD LIGHT
FM0176
PLUS TERMINAL DJ195
RD0108
J1/6Z
ST0063 LCD HOLDER DJ195
UP0429
PC Board
XH791 INTEGRATED
TS0148
VCO Sealed DJP85
TS0142
VCO Case XH655
C1
CU3535
Chip C. GRM36B102K50PT
C2
CU3535
Chip C. GRM36B102K50PT
C3
CU3517
Chip C.
GRM36CH330J50PT
C4
CU3531
Chip C. GRM36B471K50PT
C5
CU3507
Chip C.
GRM36CH060D50PT
C6
CU3535
Chip C. GRM36B102K50PT
C7
CU3517
Chip C.
GRM36CH330J50PT
C8
CU3535
Chip C. GRM36B102K50PT
C10
CU3503
Chip C.
GRM36CK020C50PT
C11
CU3516
Chip C.
GRM36CH270J50PT
C12
CU0108
Chip C. LMK212BJ105KG
C13
CU3535
Chip C. GRM36B102K50PT
C14
CU3531
Chip C. GRM36B471K50PT
C15
CS0408 Chip Tantalum
6MCM156MATER
C16
CU3535
Chip C. GRM36B102K50PT
C18
CU3502
Chip C.
GRM36CK010C50PT
C19
CU3531
Chip C. GRM36B471K50PT
C20
CU0108
Chip C. LMK212BJ105KG
C21
CU3531
Chip C. GRM36B471K50PT
C22
CU3531
Chip C. GRM36B471K50PT
C24
CU3535
Chip C. GRM36B102K50PT
C25
CU3014
Chip C.
C1608CH1H180JT-AS
C26
CU3535
Chip C. GRM36B102K50PT
C28
CU3531
Chip C. GRM36B471K50PT
C29
CU3547
Chip C. GRM36B103K16PT
C30
CU3531
Chip C. GRM36B471K50PT
C31
CU3502
Chip C.
GRM36CK010C50PT
C32
CU3535
Chip C. GRM36B102K50PT
C33
CU3502
Chip C.
GRM36CK010C50PT
C34
CU3512
Chip C.
GRM36CH120J50PT
C37
CU3502
Chip C.
GRM36CK010C50PT
C38
CU3531
Chip C. GRM36B471K50PT
C39
CU3531
Chip C. GRM36B471K50PT
C40
CU3519
Chip C.
GRM36CH470J50PT
C42
CU3535
Chip C. GRM36B102K50PT
C43
CU3535
Chip C. GRM36B102K50PT
C44
CU3515
Chip C.
GRM36CH220J50PT
C45
CS0408 Chip Tantalum
6MCM156MATER
C46
CU3535
Chip C. GRM36B102K50PT
C47
CU3111
Chip C.
C1608JB1C104KT-N
C48
CU3512
Chip C.
GRM36CH120J50PT
C49
CU3519
Chip C.
GRM36CH470J50PT
C50
CU3502
Chip C.
GRM36CK010C50PT
Ref. No.
Parts No.
Description Part Name Ver.
C52
CU3531
Chip C. GRM36B471K50PT
C53
CU3547
Chip C. GRM36B103K16PT
C54
CU3535
Chip C. GRM36B102K50PT
C55
CS0398 Chip Tantalum
TMCP0J225MTR
C56
CU3531
Chip C. GRM36B471K50PT
C57
CU3531
Chip C. GRM36B471K50PT
C59
CS0403 Chip Tantalum
TMCP1D224MTR
C60
CU3516
Chip C.
GRM36CH270J50PT
C61
CU3526
Chip C.
GRM36CH181J25PT
C62
CU3531
Chip C. GRM36B471K50PT
C63
CU3531
Chip C. GRM36B471K50PT
C64
CU3547
Chip C. GRM36B103K16PT
C65
CU3531
Chip C. GRM36B471K50PT
C66
CU3111
Chip C.
C1608JB1C104KT-N
C67
CS0403 Chip Tantalum
TMCP1D224MTR
C68
CU3531
Chip C. GRM36B471K50PT
C69
CU3531
Chip C. GRM36B471K50PT
C70
CU0108
Chip C. LMK212BJ105KG
C71
CU3511
Chip C.
GRM36CH100D50PT
C72
CU3531
Chip C. GRM36B471K50PT
C73
CS0398 Chip Tantalum
TMCP0J225MTR
C74
CU3516
Chip C.
GRM36CH270J50PT
C75
CU3512
Chip C.
GRM36CH120J50PT
C76
CU3531
Chip C. GRM36B471K50PT
C77
CU3510
Chip C.
GRM36CH090D50PT
C78
CU0108
Chip C. LMK212BJ105KG
C79
CU3514
Chip C.
GRM36CH180J50PT
C80
CU3501
Chip C.
GRM36CK0R5C50PT
C81
CU3535
Chip C. GRM36B102K50PT
C82
CU3502
Chip C.
GRM36CK010C50PT
C83
CU3535
Chip C. GRM36B102K50PT
C84
CU3535
Chip C. GRM36B102K50PT
C85
CU3535
Chip C. GRM36B102K50PT
C86
CU3510
Chip C.
GRM36CH090D50PT
C87
CU3506
Chip C.
GRM36CH050C50PT
C88
CU3535
Chip C. GRM36B102K50PT
C89
CU3502
Chip C.
GRM36CK010C50PT
C90
CU3502
Chip C.
GRM36CK010C50PT
C91
CU3535
Chip C. GRM36B102K50PT
C92
CU3535
Chip C. GRM36B102K50PT
C93
CU3529
Chip C. GRM36B331K50PT
C94
CU3535
Chip C. GRM36B102K50PT
C95
CU3511
Chip C.
GRM36CH100D50PT
C96
CU3511
Chip C.
GRM36CH100D50PT
C97
CU3514
Chip C.
GRM36CH180J50PT
C98
CU3535
Chip C. GRM36B102K50PT
C99
CU3501
Chip C.
GRM36CK0R5C50PT
C100
CU3547
Chip C. GRM36B103K16PT
C101
CU3517
Chip C.
GRM36CH330J50PT
C102
CU3519
Chip C.
GRM36CH470J50PT
C103
CU3517
Chip C.
GRM36CH330J50PT
C104
CU3507
Chip C.
GRM36CH060D50PT
C105
CU3512
Chip C.
GRM36CH120J50PT
C106
CU3516
Chip C.
GRM36CH270J50PT

20
Ref. No. Parts No. Description Part Name Ver
.
C107 CU3519 Chip C. GRM36CH470J50PT
C108 CU3512 Chip C. GRM36CH120J50PT
C109 CU3547 Chip C. GRM36B103K16PT
C110 CU3535 Chip C. GRM36B102K50PT
C111 CU3547 Chip C. GRM36B103K16PT
C112 CU3547 Chip C. GRM36B103K16PT
C113 CU3515 Chip C. GRM36CH220J50PT
C114 CU3535 Chip C. GRM36B102K50PT
C115 CU3531 Chip C. GRM36B471K50PT
C116 CU3509 Chip C. GRM36CH080D50PT
C118 CU3503 Chip C. GRM36CK020C50PT
C119 CU3531 Chip C. GRM36B471K50PT
C120 CU3515 Chip C. GRM36CH220J50PT
C121 CU3519 Chip C. GRM36CH470J50PT
C122 CU3547 Chip C. GRM36B103K16PT
C123 CU3504 Chip C. GRM36CJ030C50PT
C124 CU3501 Chip C. GRM36CK0R5C50PT
C125 CU3501 Chip C. GRM36CK0R5C50PT
C126 CU3531 Chip C. GRM36B471K50PT
C127 CU3515 Chip C. GRM36CH220J50PT
C128 CU3523 Chip C. GRM36CH101J50PT
C129 CU3535 Chip C. GRM36B102K50PT
C130 CU3504 Chip C. GRM36CJ030C50PT
C131 CU3506 Chip C. GRM36CH050C50PT
C132 CU3519 Chip C. GRM36CH470J50PT
C133 CU3506 Chip C. GRM36CH050C50PT
C134 CU3507 Chip C. GRM36CH060D50PT
C135 CE0392 Electrolytic C. 6MV47UW
C136 CU3547 Chip C. GRM36B103K16PT
C137 CU3504 Chip C. GRM36CJ030C50PT
C138 CS0408 Chip Tantalum 6MCM156MATER
C139 CU3516 Chip C. GRM36CH270J50PT
C140 CU3512 Chip C. GRM36CH120J50PT
C141 CU3516 Chip C. GRM36CH270J50PT
C142 CU3535 Chip C. GRM36B102K50PT
C143 CU3535 Chip C. GRM36B102K50PT
C144 CU3547 Chip C. GRM36B103K16PT
C145 CU3547 Chip C. GRM36B103K16PT
C146 CU3515 Chip C. GRM36CH220J50PT
C147 CU3111 Chip C. C1608JB1C104KT-N
C148 CU3111 Chip C. C1608JB1C104KT-N
C149 CU3111 Chip C. C1608JB1C104KT-N
C150 CU0108 Chip C. LMK212BJ105KG
C151 CU3516 Chip C. GRM36CH270J50PT
C154 CU3547 Chip C. GRM36B103K16PT
C155 CU3523 Chip C. GRM36CH101J50PT
C156 CU3523 Chip C. GRM36CH101J50PT
C157 CU3111 Chip C. C1608JB1C104KT-N
C158 CU3547 Chip C. GRM36B103K16PT
C160 CU3535 Chip C. GRM36B102K50PT
C161 CU3535 Chip C. GRM36B102K50PT
C162 CU3535 Chip C. GRM36B102K50PT
C163 CU0108 Chip C. LMK212BJ105KG
C164 CE0392 Electrolytic C. 6MV47UW
C165 CU3535 Chip C. GRM36B102K50PT
C166 CU3535 Chip C. GRM36B102K50PT
C167 CE0373 Electrolytic C. 16MV 100UW
C169 CU3102 Chip C. C1608JB1C333KT-NS
C170 CU3535 Chip C. GRM36B102K50PT
C171 CS0398 Chip Tantalum TMCP0J225MTR
C172 CU3535 Chip C. GRM36B102K50PT
Ref. No. Parts No. Description Part Name Ver
.
C173 CU3111 Chip C. C1608JB1C104KT-N
C174 CU3541 Chip C. GRM36B332K50PT
C175 CU3551 Chip C. GRM36B223K16PT
C176 CU3551 Chip C. GRM36B223K16PT
C177 CS0367 Chip Tantalum TMCMA0J106MTR
C178 CU3547 Chip C. GRM36B103K16PT
C179 CS0408 Chip Tantalum 6MCM156MATER
C180 CU0108 Chip C. LMK212BJ105KG
C181 CU3538 Chip C. GRM36B182K50PT
C182 CS0403 Chip Tantalum TMCP1D224MTR
C183 CU0108 Chip C. LMK212BJ105KG
C184 CU3535 Chip C. GRM36B102K50PT
C185 CU3550 Chip C. GRM36B183K16PT
C186 CU3535 Chip C. GRM36B102K50PT
C187 CE0315Z Electrolytic C. 16CV47BS
C188 CU3111 Chip C. C1608JB1C104KT-N
C189 CU3551 Chip C. GRM36B223K16PT
C190 CU3111 Chip C. C1608JB1C104KT-N
C191 CU3111 Chip C. C1608JB1C104KT-N
C192 CU3535 Chip C. GRM36B102K50PT
C193 CS0408 Chip Tantalum 6MCM156MATER
C194 CE0308 Electrolytic C. 6.3CV 100BS
C195 CU0108 Chip C. LMK212BJ105KG
C196 CU3514 Chip C. GRM36CH180J50PT
C197 CU3513 Chip C. GRM36CH150J50PT
C198 CU3544 Chip C. GRM36B562K25PT
C199 CU3540 Chip C. GRM36B272K50PT
C201 CU3531 Chip C. GRM36B471K50PT
C202 CU3535 Chip C. GRM36B102K50PT
C203 CU3547 Chip C. GRM36B103K16PT
C204 CS0408 Chip Tantalum 6MCM156MATER
C205 CU3546 Chip C. GRM36B822K16PT
C206 CU3047 Chip C. C1608JB1H103KT-N
C207 CU3523 Chip C. GRM36CH101J50PT
C208 CU3523 Chip C. GRM36CH101J50PT
C209 CU3111 Chip C. C1608JB1C104KT-N
C210 CU3539 Chip C. GRM36B222K50PT
C211 CU3535 Chip C. GRM36B102K50PT
C212 CU3535 Chip C. GRM36B102K50PT
C213 CS0403 Chip Tantalum TMCP1D224MTR
C214 CU3535 Chip C. GRM36B102K50PT
C215 CU3535 Chip C. GRM36B102K50PT
C216 CU3111 Chip C. C1608JB1C104KT-N
C218 CU3051 Chip C. C1608JB1E223KT-NS
C219 CU3111 Chip C. C1608JB1C104KT-N
C220 CU0108 Chip C. LMK212BJ105KG
C221 CU3535 Chip C. GRM36B102K50PT
C222 CU3535 Chip C. GRM36B102K50PT
C223 CU3111 Chip C. C1608JB1C104KT-N
C224 CS0403 Chip Tantalum TMCP1D224MTR
C225 CU0108 Chip C. LMK212BJ105KG
C226 CU3535 Chip C. GRM36B102K50PT
C227 CU3539 Chip C. GRM36B222K50PT
C228 CU3111 Chip C. C1608JB1C104KT-N
C229 CU3521 Chip C. GRM36CH680J50PT
C23 CU3531 Chip C. GRM36B471K50PT
C230 CU3535 Chip C. GRM36B102K50PT
C231 CU3535 Chip C. GRM36B102K50PT
C232 CU3547 Chip C. GRM36B103K16PT
C233 CU3111 Chip C. C1608JB1C104KT-N
C234 CU0108 Chip C. LMK212BJ105KG