Panasonic CQVAD7200U Service Manual
ORDER No.ACED020611C7
C7
AUTOMOTIVE CONSUMER ELECTRONICS
CQ-VAD7200U
In-Dash 7 Inch Wide Color LCD
TV/DVD-Video/Receiver
Specifications*
Display Unit
General
Power Supply DC 12V (11V - 16V),
Test Voltage 14.4V
Negative Ground
Current Consumption Less than 1.5A
Maximum Power Output
(External Speaker)
Compatible Speaker
Impedance
Monitor
Liquid Crystal Panel 7 inches wide
Screen Dimensions
(W × H × D)
Number of Pixels 336,960 pixels
Valid Pixel Ratio Over 99.99 %
Display Method Transparent color filter format
Drive Method TFT (Thin Film Transistor)
Light Source Internal light
Supplied Speaker
Impedance 8Ω
Maximum Power Input 2W
0.7 W
8Ω
154 × 87 × 177 (mm)
(234 vertical × 480 horizontal × 3)
active matrix format
(Built-in small fluorescent lamp)
Hide-away Unit
General
Power Supply DC 12V (11V - 16V),
Test Voltage 14.4V
Negative Ground
Current Consumption Less than 10A (during disc playback)
Maximum Power Output 45W × 4ch (at16V)
Compatible Speaker
Impedance
Video Input Signal Composite Video Signal,
Audio Input Sensitivity 2.0Vrms
Video Output Signal Composite Video Signal,
Pre-Amp Output Voltage 4.0Vrms
Pre-Amp Output Impedance Less than 600Ω
FM Stereo Radio
Frequency Range 87.9 - 107.9MHz
Usable Sensitivity 12dBf
Stereo Separation 35dBf(1kHz )
S/N Ratio 70dB
AM Stereo Radio
Frequency Range 530 - 1710kHz
Usable Sensitivity 28 dB/µB
Image Rejection Ratio 50 dB
4Ω
1.0 Vp-p (75Ω)
1.0Vp-p (75Ω)
© 2002 Matsushita Communication Industrial Co.,
Ltd. All rights reserved. Unauthorized copying and
distribution is a violation of law.
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CQ-VAD7200U
1 FEATURES
∙ Integration of the monitor, TV tuner, FM/AM radio,
DVD/Video CD player, and CD/MP3 player
∙ 7-inches wide LCD color display
∙ Fully powered display positioning mechanism
∙ GUI (Graphic User Interface)
∙ Image capture function
∙ Built-in automatic dimmer
∙ ID code
∙ External extension terminal
∙ CD changer control function
2 REPLACEING THE FUSE
Use fuses of the same specified rating (5A). Using different
substitutes or fuses with higher ratings, or connecting the unit
directly without a fuse, could cause fire or damage to this unit.
3 MAINTENANCE
Your products is designed and manufactured to ensure a
minimum of maintenance. Use a soft cloth for routine exterior
cleaning. Never use benzine, thinner or other solvent.
5 DIMENSIONS
4 LASER PRODUCTS
3
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P L
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ZJf
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-MW <, 1 1 1
-M: <, 1 1 1
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-E
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.: +/&& 0,"@@$Q7=@9 7" ?<+3 1 L
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:. !FPZ 0<,3 1 1 1
:W +GI+J
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P L
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B4O;J c 4:4QR+;;;;;:
Pin
Port Descriptions I/O
No.
1 ERR CAN error indication I 5.0 5.0
2 STB CAN standby digital control
3 EN CAN enable digital control
4 NMUTE NAVI voice guide detection
5 BMUTE BUS mute signal I 5.0 5.0
6 SYS MUTE F System mute signal (Front) O 4.9 4.9
7 NAVI PWR Main power control signal O 4.9 4.9
8 SYS PWR System power control signal O 4.8 4.8
9 ANT CNT Motor antenna control signal O 4.9 4.9
10 P31 (Connecting to GND) - 0 0
11 VSS (Connecting to GND) - 0 0
12 P32 (Connecting to GND) - 0 0
13 P33 (Connecting to GND) - 0 0
14 P34 (Connecting to GND) - 0 0
15 P35 (Connecting to GND) - 0 0
16 P36 (Connecting to GND) - 0 0
17 VOL CE Electronic volume IC chip
18 VOL DATA Electronic volume data O 0 0
19 VOL CE Electronic volume data shift
20 PLL CLK PLL chip enable O 0 0
21 PLL DI PLL data input I 5.0 5.0
22 PLL CLK PLL clock O 4.9 4.9
23 VCC +5V power supply - 4.9 4.9
24 PLL DO PLL data output O 0 0
25 CH ADP Twin changer adaptor detection
26 CH CLK Changer BUS clock signal I 0 0
27 C Connection pin for external
28 CH DATA Changer BUS data signal I 0 0
29 TWCH C Twin changer select control
30 PIC MUTE Power amplifier mute control
31 STBY Power amplifier stand-by
32 AMP CNT External amplifier power
33 MAININ CNT (Ground Pull-down) - 0 0
34 AVCC +5V power supply for A/D
35 AVR+ +5V REF voltage + for A/D
36 AVR- (Connecting to GND) - 0 0
37 AVSS (Connecting to GND) - 0 0
38 SD Radio SD signal I 0.5 0
39 P61/AN1 (Connecting to GND) - 0 0
40 P62/AN2 (Connecting to GND) - 0 0
41 P63/AN3 (Connecting to GND) - 0 0
42 VSS GND - 0 0
43 SUB.W.CUT Sub. woofer output cut O 0 0
44 SW CLK Clock for sub. woofer control
45 SW DATA Sub. woofer control data O 0 0
46 P67 (Connecting to GND) - 0 0
47 P56 (Connecting to GND) - 0 0
48 (NC) (Connecting to GND) - 0 0
49 MD0 Test mode - 4.9 4.9
50 MD1 Test mode - 4.9 4.9
51 MD2 Test mode - 0 0
52 /HST Hardware standby - 4.9 4.9
53 NC (Connecting to GND) - 0 0
54 NC (Connecting to GND) - 0 0
55 NC (Connecting to GND) - 0 0
56 NC (Connecting to GND) - 0 0
57 NC (Connecting to GND) - 0 0
58 NC (Connecting to GND) - 0 0
signal
signal
signal
enable
clock
signal
capacitor
signal
signal
signal
control signal
converter
converter
data
(V)FM(V)AM(V)
O 4.9 4.9
O 4.9 4.9
I 0 0
O 0 0
O 4.9 4.9
I 0 0
- 3.2 3.2
O 4.9 4.9
O 4.9 4.9
O 4.9 4.9
O 4.9 4.9
- 5.0 5.0
- 5.0 5.0
O 0 0
Pin
Port Descriptions I/O
No.
59 NC (Connecting to GND) - 0 0
60 NC (Connecting to GND) - 0 0
61 NC (Connecting to GND) - 0 0
62 NC (Connecting to GND) - 0 0
63 NC (Connecting to GND) - 0 0
64 NC (Connecting to GND) - 0 0
65 CH REMO Changer remote control signal O 4.9 4.9
66 NC (Connecting to GND) - 0 0
67 NC (Connecting to GND) - 0 0
68 NC (Connecting to GND) - 0 0
69 TEST REMO CAN inhibit signal I 5.0 5.0
70 CH STB Changer BUS strobe signal I 0 0
71 BATT SENS Back up power detection signal I 5.3 5.3
72 ACC SENS Accessory power detection
73 CAN TX CAN transmit data O 4.9 4.9
74 CAN RX CAN receive data I 5.0 5.0
75 NC (Connecting to GND) - 0 0
76 NC (Connecting to GND) - 0 0
77 RESET System reset - 5.0 5.0
78 PA0 (Connecting to ground) - 0 0
79 X1A No connection - - 80 X0A (Ground Pull-down) - 0 0
81 VSS GND - 0 0
82 X0 Main system clock - 1.9 1.9
83 X1 Main system clock - 2.2 2.2
84 VCC +5V power supply - 5.2 5.2
85 P00/IN0 Write-in - 4.7 4.7
86 P01/IN1 Write-in - 0 0
87 P02/IN2 (Connecting to GND) - 0 0
88 STEREO FM stereo signal detection I 4.9 4.9
89 GND Ground - 0 0
90 BAND AM/FM band select signal O 4.9 0
91 RADIO CNT Radio power control signal O 4.9 4.9
92 P07/OUT3 (Connecting to GND) - 0 0
93 P10 (Connecting to GND) - 0 0
94 P11 (Connecting to GND) - 0 0
95 P12 (Connecting to GND) - 0 0
96 P13 (Connecting to GND) - 0 0
97 P14 (Connecting to GND) - 0 0
98 P15 (Connecting to GND) - 0 0
99 P16 (Connecting to GND) - 0 0
100 P17 (Connecting to GND) - 0 0
signal
(V)FM(V)AM(V)
I 5.3 5.3
D/*, c
/")789$ B$86'$%B$@76 8%$ #=7D %$6($Q7 7" 9%"'@A4 #=7D 8
>")7B$7$% 0=@7$%@8) %$6=678@Q$ e -LG "DB63;
45678!9:;;(
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45678!9:;;(
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B4O;J c 4:QQ+>;;;KNO
Pin No. Port Descriptions I/O
1 NC (Connecting to ground) - 0
2 NC (Connecting to ground) - 0
3 NC (Connecting to ground) - 0
4 NC (Connecting to ground) - 0
5 NC (Connecting to ground) - 0
6 NC (Connecting to ground) - 0
7 NC (Connecting to ground) - 0
8 NC (Connecting to ground) - 0
9 NC (Connecting to ground) - 0
10 SYS MUTE System mute O 5.1
11 VIDEO OUT
MUTE
12 MAIN PWR Main power control O 5.1
13 NC (Connecting to ground) - 0
14 NC (Connecting to ground) - 0
15 NC (Connecting to ground) - 0
16 NC (Connecting to ground) - 0
17 VD MONI Monitor V-SYNC switching O 5.1
18 VD TV TV V-SYNC switching O 0
19 CAN INH CAN-BUS inhibit I 5
20 DIV VD Diversity V-SYNC I 5.1
21 TV ANT1 TV Ant. 1 switching signal O 0
22 TV ANT2 TV Ant. 2 switching signal O 0
23 TV ANT3 TV Ant. 3 switching signal O 5.1
24 TV ANT4 TV Ant. 4 switching signal O 5.1
25 TV LOCK TV PLL lock signal I 0
26 TV COM TV PLL data O 0
27 TV CLK TV PLL clock O 0
28 TV CE TV PLL enable I 0
29 TV CONT TV power control O 5.1
30 NC (Connecting to ground) - 0
31 NC (Connecting to ground) - 0
32 VDD0 +5V power supply - 5.1
33 VSS0 Ground - 0
34 NC (Connecting to ground) - 0
35 NC (Connecting to ground) - 0
36 NC (Connecting to ground) - 0
37 TV MONO TV monaural forced output O 0
38 TV MUTE TV sound multiplex mute O 0
39 MS CNT1 TV sound multiplex signal
40 MS CNT2 TV sound multiplex signal
41 NC (Connecting to ground) - 0
42 NC (Connecting to ground) - 0
43 NC (Connecting to ground) - 0
44 NC (Connecting to ground) - 0
45 NC (Connecting to ground) - 0
46 SI Flash ROM data I 0
47 SO Flash ROM data O 0
48 SCK Flash ROM data shift clock O 0
49 NC (Connecting to ground) - 0
50 NC (Connecting to ground) - 0
51 NC (Connecting to ground) - 0
52 NC (Connecting to ground) - 0
53 NC (Connecting to ground) - 0
54 AV MUTE AV SW LSI mute O 0
55 I2C SI AV SW LSI serial data I 5.1
56 I2C SO AV SW LSI serial data O 5.1
57 I2C SCL AV SW LSI data shift clock O 5.1
58 NC (Connecting to ground) - 0
59 EN CAN BUS enable O 5.1
60 STB CAN BUS stand-by O 5.1
61 ERR CAN BUS error display I 5.1
62 CAN RX CAN BUS data I 5.1
63 CAN TX CAN BUS data O 5.1
64 RESET System reset - 5.2
65 VPP (Connecting to ground) - 0
66 X2 Crystal oscillator terminal - 1.4
67 X1 Crystal oscillator terminal - 1.3
Mute for Video Output O 5.1
switching 1
switching 2
(V)
O 0
O 0
(V)
Pin No. Port Descriptions I/O
68 CPUREG CPU power regulator - 3.5
69 VDD1 +5V power supply - 5.1
70 VSS1 Ground - 0
71 AVREF1 +5V power supply - 5.1
72 TV VIDEO Video sig. for diversity
73 TV VCONT TV field intensity I 1.6
74 MALTI SENSE TV sound multiplex stereo
75 TV SD TV station detection I 0
76 NC (Connecting to ground) - 0
77 NC (Connecting to ground) - 0
78 NC (Connecting to ground) - 0
79 NC (Connecting to ground) - 0
80 AVSS Analog ground - 0
Ant. switching
detection
(V)
I 2.3
I 5.1
(V)
-R
U`N`I !7! !,F3 Q%/F3
B4K;J c .DJ;:<O;+84
Pin
No.
1 WAITODC CPU Bus Control I 3.4
2 NRE CPU Bus Control O 0
3 NWEL CPU Bus Control O 3.2
4 (NC) - - 5 NCSEXTROM Flash ROM Chip Select O 1.4
6 NSRAMCS SRAM Chip Select O 2.6
7 NCS ODC Chip Select O 3.3
8 NMPEGCS MPEG Decoder Chip Select O 3.4
9 NMPEGRST MPEG Decoder Reset O 3.4
10 NCSDAC DAC Chip Select O 3.4
11 (NC) - - 12 P57/XWORD Low Fix I 0
13 A0 CPU Address Bus O 0.7
14 A1 CPU Address Bus O 1.5
15 A2 CPU Address Bus O 1.7
16 A3 CPU Address Bus O 1.8
17 33VDD +3.3V Power Supply O 3.4
18 (NC) - - 19 VSS GND - 0
20 XI/PS1 Self Test Mode I 3.3
21 (NC) - - 22 33VDD +3.3V Power Supply - 3.4
23 OSCI Clock I 0
24 (NC) - - 25 MODE Mode Selector I 0
26 A4 CPU Address Bus O 1.6
27 A5 CPU Address Bus O 2.3
28 A6 CPU Address Bus O 0.7
29 A7 CPU Address Bus O 2.6
30 A8 CPU Address Bus O 0.9
31 A9 CPU Address Bus O 2.4
32 A10 CPU Address Bus O 0.7
33 A11 CPU Address Bus O 2.4
34 33VDD +3.3V power Supply - 3.4
35 A12 CPU Address Bus O 0.9
36 A13 CPU Address Bus O 0.9
37 A14 CPU Address Bus O 0.8
38 A15 CPU Address Bus O 0.6
39 A16 CPU Address Bus O 0.6
40 A17 CPU Address Bus O 0
41 A18 Reserve for DVD3.5
42 A19 Reserve for DVD3.6
43 VREFN VREFN - 0
44 INNERSW Inner Switch I 3.3
45 LOADING Loading Driver Command Value O 1.7
46 (NC) - - 47 - (Ground pull down) - 0
48 NGENCS Serial Bus Chip Select Clock
Port Descriptions I/O
CPU Address Bus
CPU Address Bus
Generator
(V)
O 0.4
O 2.4
O 3.0
(V)
45678!9:;;(
Pin
No.
49 NCE2SRAM SRAM Standby Control O 3.0
50 CKIO MPEG DecoderCKIO O 0
51 SI DATA Serial Bus SI Data I 2.9
52 SO DATA Serial Bus SO Data O 3.2
53 GENCK Serial I/F Clock Generator
54 VREFP VREFP - 3.4
55 STANDBY Motor Driver Mute O 3.2
56 GENDATA Serial I/F Clock Generator SO O 3.0
57 ODCSEL ODC IF Select O 3.3
58 DMUTE Audio Mute (H: ON, L: OFF) O 0
59 LODSWON Photo Enable O 0
60 LODSW LOADING SW I 3.4
61 VSS GND - 0
62 P3 Photo SW (H: Close) I 0
63 P2 Photo SW (H: Close) I 0
64 P1 Photo SW (H: Close) I 0
65 (NC) - - 66 33VDD +3.3V Power Supply - 3.4
67 S5 DAC Reset Control O 3.4
68 S2 DAC Chip Select O 3.4
69 (NC) - - 70 S0 DAC Data Shist Clock O 3.4
71 (NC) - - 72 S1 DAC Serial Data O 3.4
73 PLL UP0 Pull-up I 3.3
74 PLL UP1 Pull-up O 3.3
75 NMI High Fix I 3.4
76 XRQ0 Photo SW O 0
77 XRO1 FEP reset O 3.3
78 NINTADSC ADSC Interrupt I 3.3
79 NINTMPEG AV Decoder Interrupt I 3.3
80 HSLEEP Power-off Interrupt I 3.0
81 ADSEP (High Level Fixed) - 3.4
82 RST System Reset I 3.3
83 33VDD +3.3V Power Supply - 3.4
84 D0 CPU Data Bus I/O 1.1
85 D1 CPU Data Bus I/O 0.9
86 D2 CPU Data Bus I/O 1.4
87 D3 CPU Data Bus I/O 1.1
88 D4 CPU Data Bus I/O 1.5
89 D5 CPU Data Bus I/O 0.9
90 D6 CPU Data Bus I/O 1.4
91 D7 CPU Data Bus I/O 1.3
92 VSS GND - 0
93 D8 CPU Data Bus I/O 1.6
94 D9 CPU Data Bus I/O 1.5
95 D10 CPU Data Bus I/O 1.8
96 D11 CPU Data Bus I/O 1.0
97 D12 CPU Data Bus I/O 1.8
98 D13 CPU Data Bus I/O 1.8
99 D14 CPU Data Bus I/O 2.0
100 D15 CPU Data Bus I/O 1.9
Port Descriptions I/O
SCK
(V)
O 3.0
(V)
J;I8!V(0@.CD@ L?A4C!(?C0
J;`J`I .ADB@A? QEA4R WC6UJMN8&X
<"; FAa'67B$@7
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- +,_+,
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FAa'67B$@7
5$67 !"=@7 FAa'67B$@7 G$7D"A Z$B8%K6
!"=@7
/Z:L- 5!:L- 0gE/3
5!XLR 0/?<+3
5!XLR 0/?<+3
FAa'67 /Z:L- 7" E;L/ gL;LE/4 1L;L/ 87 5!:L-
FAa'67 /ZXL- 6" 7D87 V%$S'$@Q* =6 -E;MW:KUY m L;L.KUY 87
5!XL.
-X
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.-
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P,- e dJFG!,.XLEJ-
P,ML: e dJFG,MRCLEJ.
P,M- e ,-F]LLLL-2L:
P,E- e F<E-R2\]
.:
P,-.- e dJFG,hF.L.LG
45678!9:;;(
P,2LE e ,-J]LLLLLLWX
P,ML- e G<-WR.Z5h
P,ML. e dJFG,MRCLEJ.
P,.L- e ,-F]LLLLL:EX
P,MLW e ,L+]Fb?LLLL.
.E
45678!9:;;(
JJ`N`I !7! !,F3 Q%/F3
PEAK
BOTTOM
47 48 49 43 42 41 40 39 36 37
+
–
HOLD
–
RF INP
RF INN
TESTSG
DCRF
VIN5
VIN6
VIN7
VIN8
VIN9
VIN10
VIN1
VIN2
VIN3
VIN4
45
46
49
50
52
53
54
55
62
63
57
58
59
60
+
+
–
–
+
–
+
amp
amp
amp
amp
amp
amp
amp
amp
EQ
ADD
EQ
ADD
123464
LPC1
LPC2
LPCO1
LPCO2
HDTYPE
VGA EQ
ADD
Delay
Delay
P,-L- e F<RMLW\U1/
RFENV
ADD
TBAL
6
TBAL
Cont.
FC
AGCG
AGC
Cont.
AGCD
AGBM
HOLD
Boost
Cont.
amp
amp
Defferential
Phase
Det.
J
LineSLine
13
JLINE
17
AGPK
RSCL
AGENV
LEVEL
Cont.
LEVEL
Cont.
LEVEL
Cont.
LEVEL
Cont.
14
SEN15SCX
CSAG
REG
DGFLT
–
+
+
–
BDO
Det.
MIRROR
Det.
DPDOFT
Det.
+
–
33 DFLTOP
33 DFLTON
38 REQ
25 BDO
24 MIRROR
23 DPDOFT
8 POFLT
10 ASN
31 ASOUT
28 FEN
–
29 FEOUT
+
7 FBAL
10 TSN
–
11 TSOUT
+
19 TEN
–
20
+
TEOUT
P,WL. e ,W]]U,LLL.:2
S-IF
16
12
STDI
STANBY
P,.L. e G<-WR.-b!
P,.L: e dJFG5M&5 LR^C
P,WLW e ,W\]C?LLLL-.
.2
P,EL. e ,WF]!?LLL-L.
45678!9:;;(
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P,2L- e ,L\]]iLLLL-X
P,:L. e ,L?]ULLLLLL2
.M
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n -;n]$ 6'%$ 7" B8K$ *"'% "%A$%6 "V %$()8Q$B$@7 (8%76
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n .;nPB("%78@7 68V$7* @"7=Q$e ,"B("@$@764 =A$@7=V=$A O*
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%$()8Q=@9 8@* "V 7D$6$ Q"B("@$@764 '6$ "@)*
B8@'V8Q7'%$%o6 6($Q=V=$A (8%76;
n W;nC"Q87="@ K$*6 =@ 7D$ %$B8%K6 Q")'B@ =@A=Q87$6 7D$ 9$@$%8)
)"Q87="@ "V 7D$ (8%76 6D"#@ =@ 7D$ $H()"A $A A%8#=@94 86 =@ 8
%"8A B8(;
n :;n5D$ B8%K=@9 0Z5C3 =@A=Q87$6 7D87 Z$7$@7="@ 5=B$ =6 )=B=7$A
V"% 7D=6 =7$B; FV7$% 7D$ A=6Q"@7=@'87="@ "V 866$BO)* =@
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6($Q=V=Q ($%="A "V 7=B$; 5D$ %$7$@7="@ ($%="A "V 8>8=)8O=)=7* =6
A$($@A$@7 "@ 7D$ 7*($ "V 866$BO)*4 8@A =@ 8QQ"%A8@Q$ #=7D
7D$ )8#6 9">$%@=@9 (8%7 8@A (%"A'Q7 %$7$@7="@; FV7$% 7D$ $@A
"V 7D=6 ($%="A4 7D$ 866$BO)* #=)) @" )"@9$% O$ 8>8=)8O)$;
Ref.
No.
[E-9146B] Main Block
ICs AND TRANSISTORs
IC151 YEAMT7ST08UL IC
IC152 C0JBAA000102 IC
IC153 YEAMT7ST08UL IC
IC154 YEAMC78L05E2 IC
IC155 YEAM7200U33T IC
IC201 C1AB00000459 IC
IC202 C0ABCB000032 IC
IC203 YEAMPC4570T1 IC
IC251 YEAMM62429FP IC
IC252 YEAMTD7052A IC
IC301 C1AB00000350 IC
IC302 C0JBAB000175 IC
IC303 C0JBAA000102 IC
IC304 C0JBAB000175 IC
IC305 YEAMLM1881M IC
IC401 YEAMMB3775FP IC
IC501 C1DB00000516 IC
IC502 C0JBAK000189 IC
IC503 C0JBAK000189 IC
IC504 C0JBCC000050 IC
IC505 C0ABFA000014 IC
IC507 YEAMT7ST08UL IC
IC508 C0JBAA000102 IC
IC509 C0JBAA000102 IC
IC510 C0JBAK000189 IC
IC511 C2DBYJ000008 IC
IC512 C3ABPJ000019 IC
IC513 C3ABPG000077 IC
IC514 C3FBPD000011 IC
IC515 YEAMT7SH32UL IC
IC516 C0JBAA000102 IC
IC517 C0JBAA000102 IC
IC518 C0JBAA000102 IC
IC519 C0JBAB000175 IC
IC601 C2CBKJ000052 IC
IC602 AN8065SE1 IC
IC603 C1EB00000039 IC
IC604 C3GBCC000001 IC
IC605 YEAMT7ST08UL IC
IC606 C0JBAZ000279 IC
IC607 YEAMTC7W14FL IC
IC701 C0DBEKG00001 IC
IC711 C0DBEZG00010 IC
IC712 C0DBEZG00010 IC
Part No. Part Name & Description Remarks
B8%K
Ref.
No.
IC713 YEAMPC1100GT IC
IC714 C0DBEZG00010 IC
IC801 AN2526FH IC
IC802 YEAMTC7W14FL IC
Q151 B1GBCFJJ0002 Transistor
Q153 B1GBCFJJ0002 Transistor
Q154 B1GBCFJJ0002 Transistor
Q203 2SB709TX Transistor
Q251 B1GBHBEA0004 Transistor
Q401 B1GDCFJJ0025 Transistor
Q402 YEANA1647ZKT Transistor
Q403 2SD0601AHR Transistor
Q404 YEANFMC5KTX Transistor
Q405 B1GDCFJJ0025 Transistor
Q406 2SD0601AHR Transistor
Q407 YEANA1647ZKT Transistor
Q411 2SD0601AHR Transistor
Q412 YEANFP1F3PT1 Transistor
Q413 B1GBCFJJ0002 Transistor
Q414 B1GDCFJJ0002 Transistor
Q415 B1GBCFJJ0002 Transistor
Q601 YEANC314TKTX Transistor
Q602 YEANC314TKTX Transistor
Q603 YEANC314TKTX Transistor
Q604 B1GBCFNN0004 Transistor
Q605 B1GBCFNN0004 Transistor
Q606 2SD0601AHR Transistor
Q609 YEANC114YKX Transistor
Q610 YEANC114YKX Transistor
Q611 B1GDCFNN0002 Transistor
Q616 YEANC114YKX Transistor
Q618 B1GBCFJJ0007 Transistor
Q701 YEAND1899ZE1 Transistor
Q702 YEANA1647ZKT Transistor
Q703 B1GBCFJJ0002 Transistor
Q708 YEANHQ1F3PT1 Transistor
Q709 B1GBCFJJ0007 Transistor
Q710 B1BBAC000007 Transistor
Q711 YEANFP1F3PT1 Transistor
Q712 B1GBCFJJ0002 Transistor
Q713 B1GDCFJJ0002 Transistor
Q714 2SD0601AHR Transistor
Q715 YEANA1647ZKT Transistor
Q717 B1GDCFJJ0002 Transistor
Q718 2SD0601AHR Transistor
Q719 YEANA1647ZKT Transistor
Q724 YEANFP1F3PT1 Transistor
Q725 B1GBCFJJ0002 Transistor
Q802 2SD0601AHR Transistor
Q803 2SD0601AHR Transistor
Q805 YEANC2412KTX Transistor
Q806 YEANC2412KTX Transistor
Q807 YEANIMZ1TX Transistor
DIODEs
D152 MA2J72900L Diode
D153 MA2J72900L Diode
D251 MA2J72900L Diode
D252 B0JCQD000001 Diode
D253 YEADEC10DS1 Diode
D254 YEADEC10DS1 Diode
D401 B0JCQD000001 Diode
D402 YEADAN202UTX Diode
D403 YEADAN202UTX Diode
D411 YEADSS14VZ Diode
D412 YEADSS14VZ Diode
D413 YEADSS14VZ Diode
D414 YEADSS14VZ Diode
D501 B0JCQD000001 Diode
D601 B0ADCJ000007 Diode
D602 MA8051-HTX Diode
D604 MA8056LMHTX Diode
Part No. Part Name & Description Remarks
.R
Ref.
No.
D605 B0ADCJ000007 Diode
D701 YEADDAM3MA47 Diode
D702 B0ADCJ000007 Diode
D703 B0ADCJ000007 Diode
D704 YEADEC10DS1 Diode
D705 YEADSR1544TL Diode
D706 YEADRD56M3T1 Diode
D707 B0JCQD000001 Diode
D708 B0JCQD000001 Diode
D709 YEADSS14VZ Diode
D711 B0JCQD000001 Diode
D712 B0JCQD000001 Diode
D713 YEADAN202UTX Diode
D714 YEADAN202UTX Diode
D715 B0JCQD000001 Diode
D716 YEADEC10DS1 Diode
D717 MA2J72900L Diode
D802 MA2J72900L Diode
CAPACITORs
C51 YECUZ1C104KX Ceramic, 0.1µF 16WV
C52 YECSW1A226MS Tantalum, 22µF 10WV
C53 YECUZ1C104KX Ceramic, 0.1µF 16WV
C54 YECUZ1A224KX Ceramic, 0.22µF 10WV
C55 YECUZ1C104KX Ceramic, 0.1µF 16WV
C56 F1H0J1050010 Ceramic, 1µF 6.3WV
C57 YECSW1A226MS Tantalum, 22µF 10WV
C58 YECUZ1C104KX Ceramic, 0.1µF 16WV
C59 YECUZ1C104KX Ceramic, 0.1µF 16WV
C60 YECUZ1C104KX Ceramic, 0.1µF 16WV
C61 YECUZ1C104KX Ceramic, 0.1µF 16WV
C62 YECUZ1C104KX Ceramic, 0.1µF 16WV
C63 YECUZ1C104KX Ceramic, 0.1µF 16WV
C151 YECUZ1C104KX Ceramic, 0.1µF 16WV
C153 YECUZ1C104KX Ceramic, 0.1µF 16WV
C154 YECUV1C105KX Ceramic, 1µF 16WV
C155 YECUV1C105KX Ceramic, 1µF 16WV
C156 YECUZ1H331JC Ceramic, 330PF 50WV
C157 YECUZ1H680JC Ceramic, 68PF 50WV
C158 YECUZ1H121JC eramic, 120PF 50WV
C159 EEVFC0J101P Electrolytic, 100µF 6.3WV
C160 YECUV1C225KX Ceramic, 2.2µF 16WV
C161 EEVFC0J101P Electrolytic, 100µF 6.3WV
C162 YECUV1C225KX Ceramic, 2.2µF 16WV
C163 EEVFC0J101P Electrolytic, 100µF 6.3WV
C164 YECUV1C225KX Ceramic, 2.2µF 16WV
C165 EEVFC0J101P Electrolytic, 100µF 6.3WV
C166 YECUV1C225KX Ceramic, 2.2µF 16WV
C167 EEVFC1C100R Electrolytic, 10µF 16WV
C168 YECUZ1C104KX Ceramic, 0.1µF 16WV
C169 YECUZ1C104KX Ceramic, 0.1µF 16WV
C170 YECUS1C104KX Ceramic, 0.1µF 16WV
C174 YECUV1C225KX Ceramic, 2.2µF 16WV
C175 YECUZ1C104KX Ceramic, 0.1µF 16WV
C176 YECUZ1C104KX Ceramic, 0.1µF 16WV
C177 YECUU1A226ZF Tantalum, 22µF 16WV
C178 YECUU1C106ZF Ceramic, 10µF 16WV
C179 YECUZ1C104KX Ceramic, 0.1µF 16WV
C180 YECUU1C106ZF Ceramic, 10µF 16WV
C181 YECUU1C106ZF Ceramic, 10µF 16WV
C182 YECUZ1C104KX Ceramic, 0.1µF 16WV
C201 ECEV1CA100SR Electrolytic, 10µF 16WV
C202 YECUZ1H331JC Ceramic, 330PF 50WV
C203 YECUZ1H331JC Ceramic, 330PF 50WV
C204 ECEV1CA100SR Electrolytic, 10µF 16WV
C205 ECEV1CA220SR Electrolytic, 22µF 16WV
C206 YECUS1A105KX Ceramic, 1µF 10WV
C207 YECUZ1C104KX Ceramic, 0.1µF 16WV
C208 YECUS1A105KX Ceramic, 1µF 10WV
C210 YECUS1A105KX Ceramic, 1µF 10WV
C214 ECEV1CA100SR Electrolytic, 10µF 16WV
C216 ECEV1CA220SR Electrolytic, 22µF 16WV
Part No. Part Name & Description Remarks
Ref.
No.
C217 ECEV1CA100SR Electrolytic, 10µF 16WV
C218 YECUS1A105KX Ceramic, 1µF 10WV
C219 YECUZ1C104KX Ceramic, 0.1µF 16WV
C220 YECUS1C104KX Ceramic, 0.1µF 16WV
C221 YECUS1A105KX Ceramic, 1µF 10WV
C222 ECA1AM471 Electrolytic, 470µF 10WV
C223 ECEV1AA101SP Electrolytic, 100µF 10WV
C224 YECUZ1C104KX Ceramic, 0.1µF 16WV
C225 ECEV1CA100SR Electrolytic, 10µF 16WV
C226 YECUZ1C104KX Ceramic, 0.1µF 16WV
C227 YECUZ1C104KX Ceramic, 0.1µF 16WV
C228 ECEV1AA101SP Electrolytic, 100µF 10WV
C229 YECUZ1C104KX Ceramic, 0.1µF 16WV
C251 YECUZ1C104KX Ceramic, 0.1µF 16WV
C252 YECUZ1C104KX Ceramic, 0.1µF 16WV
C253 EEUFA1A391 Electrolytic, 390µF 10WV
C254 YECUZ1C104KX Ceramic, 0.1µF 16WV
C255 YECUS1C474KX Ceramic, 0.47µF 16WV
C256 YECUZ1C104KX Ceramic, 0.1µF 16WV
C257 YECUZ1A224KX Ceramic, 0.22µF 10WV
C258 YECUS1A105KX Ceramic, 1µF 10WV
C259 YECUS1A105KX Ceramic, 1µF 10WV
C260 YECUZ1C104KX Ceramic, 0.1µF 16WV
C261 ECEV0JA101SP Electrolytic, 100µF 6.3WV
C262 YECUV0J106KX Ceramic, 10µF 6.3WV
C263 YECUS1H220JC Ceramic, 22PF 50WV
C264 YECUS1H220JC Ceramic, 22PF 50WV
C265 YECUZ1C104KX Ceramic, 0.1µF 16WV
C266 YECUZ1C104KX Ceramic, 0.1µF 16WV
C267 YECUZ1C104KX Ceramic, 0.1µF 16WV
C268 YECUZ1C104KX Ceramic, 0.1µF 16WV
C269 YECUZ1C104KX Ceramic, 0.1µF 16WV
C270 YECUZ1C104KX Ceramic, 0.1µF 16WV
C271 YECUZ1C104KX Ceramic, 0.1µF 16WV
C272 YECUZ1C104KX Ceramic, 0.1µF 16WV
C274 YECUZ1H331JC Ceramic, 330PF 50WV
C301 ECEV1CA100SR Electrolytic, 10µF 16WV
C302 YECUZ1H331JC Ceramic, 330PF 50WV
C303 YECUZ1H331JC Ceramic, 330PF 50WV
C304 ECEV1CA100SR Electrolytic, 10µF 16WV
C305 ECEV1CA220SR Electrolytic, 22µF 16WV
C306 YECUS1A105KX Ceramic, 1µF 10WV
C307 YECUZ1C104KX Ceramic, 0.1µF 16WV
C308 YECUS1A105KX Ceramic, 1µF 10WV
C310 YECUS1A105KX Ceramic, 1µF 10WV
C314 ECEV1CA100SR Electrolytic, 10µF 16WV
C316 ECEV1CA220SR Electrolytic, 22µF 16WV
C317 YECUZ1C104KX Ceramic, 0.1µF 16WV
C318 YECUS1A105KX Ceramic, 1µF 10WV
C319 YECUZ1C104KX Ceramic, 0.1µF 16WV
C320 YECUZ1C104KX Ceramic, 0.1µF 16WV
C321 YECUS1A105KX Ceramic, 1µF 10WV
C324 ECEV1CA100SR Electrolytic, 10µF 16WV
C325 YECUZ1C104KX Ceramic, 0.1µF 16WV
C326 YECUZ1C104KX Ceramic, 0.1µF 16WV
C327 YECUZ1C104KX Ceramic, 0.1µF 16WV
C328 YECUZ1C104KX Ceramic, 0.1µF 16WV
C329 ECEV1CA100SR Electrolytic, 10µF 16WV
C330 YECUZ1C104KX Ceramic, 0.1µF 16WV
C331 ECEV1CA100SR Electrolytic, 10µF 16WV
C332 YECUZ1C104KX Ceramic, 0.1µF 16WV
C333 YECUZ1C104KX Ceramic, 0.1µF 16WV
C334 F1J1H200A025 Ceramic, 20PF 50WV
C335 F1J1H200A025 Ceramic, 20PF 50WV
C336 YECUZ1C104KX Ceramic, 0.1µF 16WV
C337 F1H0J1050010 Ceramic, 1µF 6.3WV
C338 ECEV1CA100SR Electrolytic, 10µF 16WV
C339 YECUZ1C104KX Ceramic, 0.1µF 16WV
C340 F1H1H180A231 Ceramic, 18PF 50WV
C341 F1H1H180A231 Ceramic, 18PF 50WV
C342 YECUZ1H103KX Ceramic, 0.01µF 50WV
C343 ECEV1CA100SR Electrolytic, 10µF 16WV
C344 YECUZ1C104KX Ceramic, 0.1µF 16WV
Part No. Part Name & Description Remarks
45678!9:;;(
.X
45678!9:;;(
Ref.
No.
C345 YECUZ1C104KX Ceramic, 0.1µF 16WV
C346 ECEV1CA100SR Electrolytic, 10µF 16WV
C347 ECEV1CA100SR Electrolytic, 10µF 16WV
C348 YECUZ1C104KX Ceramic, 0.1µF 16WV
C349 YECUZ1C104KX Ceramic, 0.1µF 16WV
C350 YECUZ1C104KX Ceramic, 0.1µF 16WV
C351 YECUZ1C104KX Ceramic, 0.1µF 16WV
C352 F1H0J1050010 Ceramic, 1µF 6.3WV
C353 YECUZ1C104KX Ceramic, 0.1µF 16WV
C354 YECUZ1C104KX Ceramic, 0.1µF 16WV
C355 YECUZ1H471KX Ceramic, 470PF 50WV
C356 YECUZ1C104KX Ceramic, 0.1µF 16WV
C401 YECUS1H103KX Ceramic, 0.01µF 50WV
C402 YECUU1C475KX Tantalum, 4.7µF 16WV
C404 YECUU1C475KX Tantalum, 4.7µF 16WV
C405 EEVFC1C331P Electrolytic, 330µF 16WV
C406 YECUU1C475KX Tantalum, 4.7µF 16WV
C407 YECUS1C104KX Ceramic, 0.1µF 16WV
C408 YECUV1C105KX Ceramic, 1µF 16WV
C409 YECUB1H681JC Ceramic, 680PF 50WV
C410 YECUS1C104KX Ceramic, 0.1µF 16WV
C411 EEVFC1C101P Electrolytic, 100µF 16WV
C413 ECEV1CA100R Electrolytic, 10µF 16WV
C414 YECUS1A105KX Ceramic, 1µF 10WV
C415 YECUS1C104KX Ceramic, 0.1µF 16WV
C416 YECUV1A225KX Ceramic, 2.2µF 10WV
C417 YECUV1C105KX Ceramic, 1µF 16WV
C418 YECUS1H103KX Ceramic, 0.01µF 50WV
C419 YECUS1C104KX Ceramic, 0.1µF 16WV
C420 YECUS1H222KX Ceramic, 0.0022µF 50WV
C421 YECUU1C475KX Tantalum, 0.47µF 16WV
C423 YECUU1C475KX Tantalum, 0.47µF 16WV
C431 EEVFC0J101P Electrolytic, 100µF 6.3WV
C432 YECUS1C104KX Ceramic, 0.1µF 16WV
C433 YECUS1C104KX Ceramic, 0.1µF 16WV
C434 EEVFC0J101P Electrolytic, 100µF 6.3WV
C435 EEVFC1E330P Electrolytic, 33µF 25WV
C436 YECUS1C104KX Ceramic, 0.1µF 16WV
C437 YECUS1C104KX Ceramic, 0.1µF 16WV
C438 EEVFC1E330P Electrolytic, 33µF 25WV
C439 EEVFC0J470R Electrolytic, 47µF 6.3WV
C440 YECUS1C104KX Ceramic, 0.1µF 16WV
C441 YECUS1C104KX Ceramic, 0.1µF 16WV
C442 EEVFC0J470R Electrolytic, 47µF 16WV
C443 EEVFC1C470P Electrolytic, 47µF 16WV
C444 YECUS1C104KX Ceramic, 0.1µF 16WV
C445 YECUS1C104KX Ceramic, 0.1µF 16WV
C446 EEVFC1C470P Electrolytic, 47µF 16WV
C447 EEVFC1C470P Electrolytic, 47µF 16WV
C448 YECUZ1C104KX Ceramic, 0.1µF 16WV
C449 YECUU1C106ZF Ceramic, 10µF 16WV
C500 YECUZ1C104KX Ceramic, 0.1µF 16WV
C505 EEFUD0J101R Electrolytic, 100µF 6.3WV
C506 EEFUD0J101R Electrolytic, 100µF 6.3WV
C507 YECUZ1C104KX Ceramic, 0.1µF 16WV
C508 YECUZ1C104KX Ceramic, 0.1µF 16WV
C509 YECUZ1C104KX Ceramic, 0.1µF 16WV
C510 YECUZ1C104KX Ceramic, 0.1µF 16WV
C511 YECUZ1C104KX Ceramic, 0.1µF 16WV
C512 YECUU1A226ZF Tantalum, 22µF 10WV
C513 YECUZ1C104KX Ceramic, 0.1µF 16WV
C514 F1H0J1050010 Ceramic, 1µF 6.3WV
C515 YECUZ1C104KX Ceramic, 0.1µF 16WV
C516 YECUZ1C104KX Ceramic, 0.1µF 16WV
C517 YECUZ1C104KX Ceramic, 0.1µF 16WV
C518 YECUU1C106ZF Ceramic, 10µF 16WV
C519 YECUZ1C104KX Ceramic, 0.1µF 16WV
C520 YECUU1C106ZF Ceramic, 10µF 16WV
C521 YECUZ1C104KX Ceramic, 0.1µF 16WV
C522 YECUZ1C104KX Ceramic, 0.1µF 16WV
C525 YECSW1A226MS Tantalum, 22µF 10WV
C526 YECUZ1C104KX Ceramic, 0.1µF 16WV
C527 YECUZ1C104KX Ceramic, 0.1µF 16WV
Part No. Part Name & Description Remarks
Ref.
No.
C528 YECUZ1C104KX Ceramic, 0.1µF 16WV
C529 YECUZ1C104KX Ceramic, 0.1µF 16WV
C530 YECUZ1C104KX Ceramic, 0.1µF 16WV
C531 YECUZ1C104KX Ceramic, 0.1µF 16WV
C532 EEFCD0J470R Electrolytic, 47µF 6.3WV
C534 YECUZ1C104KX Ceramic, 0.1µF 16WV
C535 YECUZ1C104KX Ceramic, 0.1µF 16WV
C536 EEFCD0J470R Electrolytic, 47µF 6.3WV
C538 EEFCD0J470R Electrolytic, 47µF 6.3WV
C540 YECUZ1C104KX Ceramic, 0.1µF 16WV
C541 YECUZ1C104KX Ceramic, 0.1µF 16WV
C542 YECUZ1C104KX Ceramic, 0.1µF 16WV
C543 F1H0J1050010 Ceramic, 1µF 6.3WV
C544 YECUZ1C104KX Ceramic, 0.1µF 16WV
C545 YECUZ1C104KX Ceramic, 0.1µF 16WV
C546 YECUZ1C104KX Ceramic, 0.1µF 16WV
C547 YECUZ1C104KX Ceramic, 0.1µF 16WV
C548 YECUZ1C104KX Ceramic, 0.1µF 16WV
C549 F1H0J1050010 Ceramic, 1µF 6.3WV
C550 YECUZ1C104KX Ceramic, 0.1µF 16WV
C551 YECUZ1C104KX Ceramic, 0.1µF 16WV
C552 F1H0J1050010 Ceramic, 1µF 6.3WV
C553 YECUZ1C104KX Ceramic, 0.1µF 16WV
C554 YECUZ1C104KX Ceramic, 0.1µF 16WV
C555 YECUZ1H471KX Ceramic, 470PF 50WV
C556 YECUZ1H471KX Ceramic, 470PF 50WV
C557 YECUZ1C104KX Ceramic, 0.1µF 16WV
C558 YECUZ1H150JC Ceramic, 15PF 50WV
C559 YECUZ1H150JC Ceramic, 15PF 50WV
C560 YECUZ1C104KX Ceramic, 0.1µF 16WV
C561 YECUZ1C104KX Ceramic, 0.1µF 16WV
C562 F1H0J1050010 Ceramic, 1µF 6.3WV
C563 YECUZ1C104KX Ceramic, 0.1µF 16WV
C564 YECUZ1C104KX Ceramic, 0.1µF 16WV
C565 EEFCD0J470R Electrolytic, 47µF 6.3WV
C567 YECUZ1C104KX Ceramic, 0.1µF 16WV
C568 YECUZ1C104KX Ceramic, 0.1µF 16WV
C569 YECUZ1C104KX Ceramic, 0.1µF 16WV
C570 YECUZ1C104KX Ceramic, 0.1µF 16WV
C571 YECUZ1C104KX Ceramic, 0.1µF 16WV
C572 YECUZ1C104KX Ceramic, 0.1µF 16WV
C573 YECUZ1C104KX Ceramic, 0.1µF 16WV
C574 YECUZ1C104KX Ceramic, 0.1µF 16WV
C575 YECUZ1C104KX Ceramic, 0.1µF 16WV
C576 YECUZ1C104KX Ceramic, 0.1µF 16WV
C577 YECUZ1C104KX Ceramic, 0.1µF 16WV
C578 YECUZ1C104KX Ceramic, 0.1µF 16WV
C579 EEFCD0J470R Electrolytic, 47µF 6.3WV
C581 YECUZ1C104KX Ceramic, 0.1µF 16WV
C582 YECUZ1C104KX Ceramic, 0.1µF 16WV
C583 F1H0J1050010 Ceramic, 1µF 6.3WV
C584 YECUZ1C104KX Ceramic, 0.1µF 16WV
C585 YECUZ1C104KX Ceramic, 0.1µF 16WV
C586 YECUZ1C104KX Ceramic, 0.1µF 16WV
C587 YECUZ1H471KX Ceramic, 470PF 50WV
C588 YECUZ1H471KX Ceramic, 470PF 50WV
C589 YECUZ1C104KX Ceramic, 0.1µF 16WV
C590 F1H0J1050010 Ceramic, 1µF 6.3WV
C591 YECUZ1C104KX Ceramic, 0.1µF 16WV
C592 YECUZ1C104KX Ceramic, 0.1µF 16WV
C593 YECUZ1C104KX Ceramic, 0.1µF 16WV
C594 YECUZ1C104KX Ceramic, 0.1µF 16WV
C595 YECUZ1C104KX Ceramic, 0.1µF 16WV
C596 YECUZ1C104KX Ceramic, 0.1µF 16WV
C597 F1H0J1050010 Ceramic, 1µF 6.3WV
C598 YECUZ1C104KX Ceramic, 0.1µF 16WV
C599 YECUZ1C104KX Ceramic, 0.1µF 16WV
C603 YECUS1H101JM Ceramic, 100PF 50WV
C622 ECEV1HA010SR Electrolytic, 1µF 50WV
C623 YECUZ1C104KX Ceramic, 0.1µF 16WV
C624 YECUZ1C104KX Ceramic, 0.1µF 16WV
C625 ECEV1HA010SR Electrolytic, 1µF 50WV
C626 ECEV1HA010SR Electrolytic, 1µF 50WV
Part No. Part Name & Description Remarks
WL
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