Panasonic WV-CW370 Series Service Manual Download Page 21

Page: 21 / 42

4-2-2

SCHEMATIC DIAGRAM OF MAIN BOARD [

]

TO
IR FILTER
MECHANICAL
ASS'Y (M35)

<LOCATION MARK>

BEND

RESET

BUSYF

RS2MI

MI2RS

CLK1

AFIRQ

MI2RS

BW2

OUT4

OUT2

OUT1

BWEN

BW1

OUT3

BWEN

2W/4W

485DET

DOWN

RIGHT

DACLD

BEND

NT/PAL

ALE

NRE

NWE

AD[1]

AD[2]

AD[3]

AD[4]

AD[5]

AD[6]

AD[7]

FVD

BWEN

BW2

BW1

MI2RS

RS2MI

SDOUT

SDIN

SCLK

LLDET2

LLDET1

AD[0]

A[11]

A[12]

A[13]

A[14]

ROMCS

FHG

TGV1

TSUB

TGV2

TCH1

TGV3

TCH2

TGV4

*H1

*H2

FLKA

BW_LVL

BWSW

ALARM/AP

UPSIDEDOWN

INT/LL

DSP/CS

FLTP1

RS2MI

AFIRQ

DSP/CS

DSPNRE

DSPNWE

NRE

DSP/CS

NWE

RS2MI

RESET

CLK1

BUSYF

FLTP1

CLK1

OUT2

OUT3

OUT4

FCK2

OUT1

TD11

TD4

R24

TD218

C39

0.1

CN2

GND

HOLD

VCC

CNVSS

NMI

CLK

TXD

RXD

BUSY

RESET

TD59

11k

R184

47k

TD46

C13

OPEN

GND

TD52

TD215

TD50

CN1

GND

*H2

GND

*H1

GND

TGV4

TCH2

TGV3

TCH1

TGV2

TSUB

TGV1

FHG

GND

R25

TD1

GND

MA3.3V

OPEN

TD206

CN3

A+

A-

B+

B-

Attachment1

Attachment2

GND

IC3

VCC

ENA1

OUT1

VS1

OUT2

IN1

GND_1

VCONT

IN2

OUT4

VS2

OUT3

ENA2

GND_2

C12

OPEN

R157

TD7

TD216

MA3.3V

2.7

1/4W

IC2

OUT

VDD

VSS

R186

47k

GND

TD222

R160

TD44

MA3.3V

TD56

10k

IC4

P94/DA1/TB4IN

P93/DA0/TB3IN

P92/TB2IN/SOUT3

P91/TB1IN/SIN3

P90/TB0IN/CLK3

BYTE

CNVss

P87/XCIN

P86/XCOUT

RESET

XOUT

VSS_1

XIN

VCC1

P85/NMI

P84/INT2

P83/INT1

P82/INT0

P81/TA4IN/U

P80/TA4OUT/U

P77/TA3IN

P76/TA3OUT

P75/TA2IN/W

P74/TA2OUT/W

P73/CTS2/RTS2/TA1IN/V

P72/CLK2/TA1OUT/V

P71/RxD2/SCL2/TA0IN/TB5IN

P70/TXD2/SDA2/TA0OUT

P67/TXD1/SDA1

P66/RxD1/SCL1

P65/CLK1

P64/CTS1/RTS1/CTS0/CLKS1

P63/TXD0/SDA0

P62/RxD0/SCL0

P61/CLK0

P60/CTS0/RTS0

P57/RDY/CLKOUT

P56/ALE

P55/HOLD

P54/HLDA

P53/BCLK

P52/RD

P51/WRH/BHE

P50/WRL/WR

P47/CS3

P46/CS2

P45/CS1

P44/CS0

P43/A19

P42/A18

P41/A17

P40/A16

P37/A15

P36/A14

P35/A13

P34/A12

P33/A11

P32/A10

P31/A9

VCC2

P30/A8[/-/D7]

VSS_2

P27/AN27/A7[/D7/D6]

P26/AN26/A6[/D6/D5]

P25/AN25/A5[/D5/D4]

P24/AN24/A4[/D4/D3]

P23/AN23/A3[/D3/D2]

P22/AN22/A2[/D2/D1]

P21/AN21/A1[/D1/D0]

P20/AN20/A0[/D0/-]

P17/D15/INT5

P16/D14/INT4

P15/D13/INT3

P14/D12

P13/D11

P12/D10

P11/D9

P10/D8

P07/AN07/D7

P06/AN06/D6

P05/AN05/D5

P04/AN04/D4

P03/AN03/D3

P02/AN02/D2

P01/AN01/D1

P00/AN00/D0

P107/AN7/KI3

P106/AN6/KI2

P105/AN5/KI1

P104/AN4/KI0

P103/AN3

P102/AN2

P101/AN1

AVSS

P100/AN0

VREF

AVCC

P97/ADTRG/SIN4

P96/ANEX1/SOUT4

100

P95/ANEX0/CLK4

C16

0.1

TD217

2.2

TD75

TD45

R28

47k

3.3V

C11

10/10

TD62

TD220

MA3.3V

GND

TD5

GND

TD207

TD53

R23

R181

TD221

TD204

TD211

TD219

MA3.3V

TD48

R19

47k

GND

R185

47k

R22

47k

3.3V

TD49

TD8

R188

R134

47k

R27

47k

TD47

TD74

TD205

C22

0.1

C113

IC18

VCC

TD51

C15

C14

330/6.3

(16.000MHz)

FCK2

MAIN BOARD

Summary of Contents for WV-CW370 Series

Page 1: ...nation 1 0 lx 0 10 footcandle WIDE C L 0 15 lx 0 015 footcandle WIDE B W Gain Control ON HIGH MID LOW OFF selectable White Balance ATW1 ATW2 or AWC SET UP MENU selectable Aperture Set Variable SET UP MENU Super Dynamic2 ON or OFF SET UP MENU selectable Electronic Shutter Speed OFF 1 120 1 250 1 500 1 1 000 1 2 000 1 4 000 1 10 000 s selectable Lens Focal length 5 mm 40 mm Maximum aperture ratio 1 ...

Page 2: ...is 35 C 40 C 95 F 104 F higher Please use a soldering iron with temperature control and adjust it to 360 C 370 C 680 F 698 F In case of using high temperature soldering iron please be careful not to heat too long 8 Lead free solder will tend to splash when heated too high 600 C 1112 F 8 Lead free solder Sn 3 0Ag 0 5Cu or equivalents are recommended on repairing our lead free soldered PCB Y WARNING...

Page 3: ... 2 4 4 4 2 5 SW BOARD 4 3 POWER 1 BOARD FOR WV CW370 4 4 POWER 1 BOARD FOR WV CW374E 4 5 POWER 2 BOARD FOR WV CW370 4 6 POWER 2 BOARD FOR WV CW374E 4 7 CONDUCTOR VIEW SENSOR BOARD 5 1 MAIN BOARD 5 2 SW BOARD 5 3 POWER 1 BOARD FOR WV CW370 5 4 POWER 1 BOARD FOR WV CW374E 5 5 POWER 2 BOARD FOR WV CW370 5 6 POWER 2 BOARD FOR WV CW374E 5 7 EXPLODED VIEW 1 5 6 1 2 5 6 2 3 5 6 3 4 5 FOR WV CW370 6 4 4 5...

Page 4: ...in the CAM SETUP menu y SYNC switch SW1 Switches internal sync INT mode or line lock LL mode The factory default setting is INT u UPSIDE DOWN switch SW2 Turn the picture upside down by selecting ON The factory default setting is OFF i AP GAIN switch SW3 Selects the aperture gain level to SHARP or SOFT The factory setting is SHARP o BW switch SW4 Switches to AUTO between colour and black and white ...

Page 5: ... 28 V class 2 power supply only Make sure to connect the grounding lead to the GND terminal when the power is supplied from a 24 V AC 50 Hz power source Caution For heater Connect to 24 V AC 50 Hz 19 5 V 28 V class 2 power supply only 4 Video output cable with BNC connector Connects with the video connector of the monitor 5 Power cable WV CW370 Connect AC power cord to a 220 240 V AC 50 Hz Green Y...

Page 6: ...10 000 ON OFF actions 8 Those figures are just for a reference under 35 C environmental temperature and not for a guarantee It changes depending on the actual environment operating condition 8 Part numbers of these consumption parts are described in Replacement Parts List on page 7 1 ...

Page 7: ... Chart or White Paper 8 Remote Electric Variable Resistor E V R Adjustment Kit as shown in Fig 1 1 Part Number YWV0EA1174AN Fig 1 1 ADJUSTMENT PROCEDURE Conversion KENKO KODAK 3 200 K 5 100 K C12 80B 3 200 K 6 500 K C4 and C12 80B and 80C 2 Disassembling Procedure for Adjustment 8 Referring to Fig 2 1 remove one screw that secure the Mounting Bracket and remove the Mounting Bracket from the Camera...

Page 8: ...r Cover and remove the Rear Cover from the Camera Fig 2 3 8 Referring to Fig 2 4 remove four Stads that secure the Right Side Cover and the Left Side Cover 8 Remove three screws that secure the Right Side Cover and the Left Side Cover turn the Right Side Cover and the Left Side Cover in the direction of the arrow and remove the Right Side Cover and the Left Side Cover from the Camera Fig 2 4 2 2 R...

Page 9: ... on the Power 2 Board 8 Reconnect the Wire Ass y of the Raer Esutcheon to CN1 on the Power 1 Board 8 Reconnect the Flexible Flat Cable and the Wire Ass y of the Front Unit to CN1 and CN3 on the Main Board Main Board Main Unit of the Camera Fig 2 8 Fig 3 1 3 Optical Ass y Replacement Procedure 8 Remove the Front Unit from the Camera while referring to the item 2 Disassembling Procedure for Adjustme...

Page 10: ... 3 Fig 4 3 8 Set the VP STD Camera Selection Switch on the Rear Panel to STD CAMERA position 8 Set the Mode Selection Switch on the Front Panel to ALARM OFF position Rear Front Board SW3 ON SW3 SW3 1 2 3 4 Select switch 2 to ON PAL position ON OFF 1 FIX 2 PAL NTSC 3 FIX 4 FIX 4 Connection and Setting Up for Adjustment 4 1 Connection 8 The Fig 4 1 shows the connecting diagram for the Adjustment Pro...

Page 11: ... Flange back Adjusting Lever to obtain best focal point 8 Move the Zoom Ring to approx 3 2 mm from TELE side fully 8 Aim the Camera at the Radiation Chart 1 2 m away 8 Confirm that the focal point should be obtained by moving the Focus Lock Lever 8 Tighten the Flange back Lock Screw that secure the Flange back Adjusting Lever carefully 8 Aim the Camera at the Radiation Chart as far as possible 8 S...

Page 12: ...F3 SAVE F5 2 High Clip Level Adjustment Test Point Video Output Cable 8 Confirm the Colour Temperature at 3 200 K 8 Aim the Camera at the Logarithmic Gray Scale Chart 8 Connect the terminated Oscilloscope with 75 Ω to the Video Output Cable 8 Adjust data with the ARROW keys so that the signal level becomes 805 mV mV as shown in Fig 5 2 805 mV 35 0 Fig 5 2 8 Press the ENTER key for next adjustment ...

Page 13: ...e Colour Temperature at 3 200 K 8 Aim the Camera at the Logarithmic Gray Scale Chart 8 Connect the terminated Oscilloscope with 75 Ω to the Video Output Cable 8 Adjust data with the ARROW keys so that the Burst level becomes 300 mV 10 mV as shown in Fig 5 5 8 Set the Mode Switch of the Vectorscope to NTSC mode 8 Adjust data with the ARROW Keys so that the Burst phase becomes 135 1 as shown in Fig ...

Page 14: ... cy g MG YL yl B b G CY dG 10 0 10 dø 100 75 R V U mg r 20 20 dG cy g MG YL yl B b G CY dG 10 0 10 dø 100 75 R V U mg r 20 20 dG 135 1 135 1 90 2 90 2 NTSC mode PAL mode Fig 5 8 7 1 White Balance 3 200 K Manual Offset R Adjustment Test Point Video Output Cable 8 Keep the Colour Temperature at 3 200 K 8 Aim the Camera at the White Chart or White Paper 8 Set the Gain Control of the Vectorscope to ma...

Page 15: ...hown in Fig 5 10 8 Press the ENTER key for next adjustment 8 2 White Balance 6 500 K ATW Limit B Adjustment Test Point Video Output Cable 8 Keep the Colour Temperature at 6 500 K 8 Aim the Camera at the White Chart or White Paper 8 Set the Gain Control of the Vectorscope to maximum 8 Adjust data with the ARROW keys so that the vector shifts 10 Burst 100 to the Cyan side of the Vectorscope as shown...

Page 16: ...cale Chart 8 Connect the CH1 of the terminated Oscilloscope with 75 Ω to the Video Output Cable 8 Connect the CH2 of the Oscilloscope to the Live Brown of the Camera Power Cable 8 Connect the Ground Probe of CH2 to the Neutral Blue of the Camera Power Cable 8 Adjust data with the ARROW keys so that the Decay point of V SYNC signal gains 2H 2H from the zero cross point of the AC Power Line Input Wa...

Page 17: ...0 2 1 CN1 1 50 CN4 50 1 VIDEO OUTPUT CABLE WITH BNC CONNECTOR E12 VIDEO OUTPUT CABLE E11 POWER CABLE Live Brown Neutral Blue GND Green Yellow E13 E15 E14 LENS ASS Y M45 IR FILTER MECHANICAL ASS Y M35 1 CN5 20 19 2 1 CN1 19 20 1 2 CN2 1 2 33 32 SENSOR BOARD MAIN BOARD POWER 1 BOARD POWER 2 BOARD SW BOARD 3 1 WIRING DIAGRAM FOR WV CW370 ...

Page 18: ... 50 1 VIDEO OUTPUT CABLE WITH BNC CONNECTOR E12 VIDEO OUTPUT CABLE E11 POWER CABLE Live Brown Neutral Blue GND Green Yellow FOR CAMERA FOR HEATER Neutral Gray Live Black E13 E15 E14 LENS ASS Y M45 IR FILTER MECHANICAL ASS Y M35 1 CN5 20 19 2 1 CN1 19 20 1 2 CN2 1 2 33 32 SENSOR BOARD MAIN BOARD POWER 1 BOARD POWER 2 BOARD SW BOARD WIRING DIAGRAM FOR WV CW374E ...

Page 19: ...8 AGC5V 9 3 3V 10 5V 11 DAC CH10 12 DAC CH11 13 DAC CH13 14 DAC CH9 15 DAC CH6 16 DAC CH8 17 DUMP 18 REF 19 SERBO 20 DRIVE 21 BUSY 22 ROMCS 23 SCLK 24 LD 25 GND 26 SDIN 27 SDOUT 28 HCLR2 29 CPOB 30 GND 31 DS1 32 GND 33 DS2 34 GND 35 GND 36 FHG 37 TGV1 38 TSUB 39 TGV2 40 TCH1 41 TGV3 42 TCH2 43 TGV4 44 GND 45 R 46 GND 47 H1 48 GND 49 H2 50 GND Attachment1 Attachment2 R349 1k TD16 R366 OPEN 15V 3 3V...

Page 20: ...on Mark indicated in each Schematic Diagram of Main Board is as follows Example For Schematic Diagram of Main Board 1 The Schematic Diagram of Main Board is described by 4 partitions When connecting all the Schematic diagram refer to this Partition Diagram Location of each Schemaitc diagram is marked in the diagram Location Mark A B C D E F G H MAIN BOARD 1 2 3 4 5 6 7 8 9 10 11 ...

Page 21: ...1 18 P82 INT0 19 P81 TA4IN U 20 P80 TA4OUT U 21 P77 TA3IN 22 P76 TA3OUT 23 P75 TA2IN W 24 P74 TA2OUT W 25 P73 CTS2 RTS2 TA1IN V 26 P72 CLK2 TA1OUT V 27 P71 RxD2 SCL2 TA0IN TB5IN 28 P70 TXD2 SDA2 TA0OUT 29 P67 TXD1 SDA1 30 P66 RxD1 SCL1 31 P65 CLK1 32 P64 CTS1 RTS1 CTS0 CLKS1 33 P63 TXD0 SDA0 34 P62 RxD0 SCL0 35 P61 CLK0 36 P60 CTS0 RTS0 37 P57 RDY CLKOUT 38 P56 ALE 39 P55 HOLD 40 P54 HLDA 41 P53 B...

Page 22: ...2 GND4 13 OP2 14 OP2O 15 OP1 16 OP1O 17 GND3 18 VREF3 19 VCC3 20 DRIVE 21 DUMP 22 GND2 23 VD2OUT 24 DATAOUT 25 TRAP 26 DAVD2 27 VIDEOF 28 VIDEOO 29 VCC2 30 LPFI 31 DCC 32 LPFO 33 VREF1 34 CIN 35 VCC1 36 DATA 37 SYNC 38 SYNCLEV 39 YIN 40 GND1 41 BLK 42 CP2 43 BPF 44 ALCSEL 45 OP 46 OP 47 OPOUT 48 VCC4 R101 OPEN L11 8 2 GND R96 OPEN R86 OPEN R107 OPEN VIDEO5V GND R80 560 R90 OPEN R123 OPEN R94 2k C9...

Page 23: ...V R1 0 R170 OPEN R33 0 L300 R2 0 TD39 TD67 37 ADDT5 38 ADDT4 39 ADDT3 40 ADDT2 41 ADDT1 42 ADDT0 43 VDD331 44 VSS331 45 BEND 46 AFOUT8 47 AFOUT9 48 FCK2I 49 FCK2O 50 VDD18T 51 VSS18T 52 R 53 H1 54 H2 55 DS1 56 DS2 57 VDD33T 58 VSS33T 59 TGCLKI 60 CLKO 61 CXIN 62 COIN 63 VC2 64 VC1 65 VDD182 66 VSS182 67 V1 68 V2 69 V3 70 V4 71 CH1 72 CH2 73 SUB 74 FHG 75 CPOB 76 HCLR2O 77 HCLR2I 78 HCLR1I 79 DCPI ...

Page 24: ...23 ADIN0 24 FCKI 25 FCKO 26 VDD181 27 VSS181 28 ALE 29 NWE 30 NRE 31 ADR15 32 ADR14 33 ADR13 34 ADR12 35 ADDT7 36 ADDT6 37 ADDT5 38 ADDT4 39 ADDT3 40 ADDT2 41 ADDT1 42 ADDT0 43 VDD331 44 VSS331 BEND AFOUT8 AFOUT9 FCK2I FCK2O VDD18T VSS18T R H1 H2 DS1 DS2 VDD33T VSS33T TGCLKI CLKO CXIN COIN VC2 VC1 VDD182 VSS182 V1 V2 V3 V4 CH1 CH2 SUB FHG CPOB HCLR2O HCLR2I HCLR1I DCPI DRVSW INT JSW VDD332 VSS332 ...

Page 25: ...D R13 1k D6 1 2 3 D1 1 2 3 Q5 R32 1k R27 100k R19 1k R5 200k TD16 C2 10 16 R3 100k GND R11 1k R18 200k GND GND D5 1 2 3 GND TD2 R4 0 TD7 R17 200k R31 1k R9 1k R12 1k 3 3V R33 10k R26 100k SW1 1 2 3 4 7 8 5 9 10 6 11 12 TD9 GND R36 10k D10 1 2 3 R2 1k 3 3V CN1 1 INT LL 2 UPSIDEDOWN 3 SOFT SHARP 4 BWSW 5 BW LVL 6 LEFT 7 RIGHT 8 UP 9 DOWN 10 SET 11 3 3V 12 10 5V 13 AGC5V 14 GND 15 5V GND 16 GND 17 LE...

Page 26: ...GND VS1 AGN D R25 3 3k 1 GND 2 LP LPFO 3 LLDET LPTI 4 5V 5 10 5V 6 24V 7 EXT BW LED 8 GND 24V C2 1500p D6 R9 220k L1 1 2 4 3 D8 R1 82k 1 4W 1 4W R26 10k C18 1 R22 22k C17 560 10 R23 3 3k R8 220k R18 47 R24 220 D10 L4 D5 T1 2 3 4 5 1 6 7 8 9 10 11 Q1 G S D R13 470 TH1 2k D12 C11 4700p Q3 1 2 4 3 Q4 1 2 3 4 D1 1 2 3 4 E1 Important safety notice Components identified by mark have special characterist...

Page 27: ...150 C12 560 10 R13 220 R5 47k D2 Q1 G S D R4 47 D13 C4 470p C14 1 C11 0 01 C16 180 10 R3 680 R6 100 Q2 D3 C10 4700p C15 120 16 AGND AGND L2 C5 470p D9 R1 1 1k 1 4W 1 4W 1 4W 1 4W R9 10k C7 0 22 D14 CN1 1 24V AC L 2 24V AC N 3 4 5 C8 4700p TH1 2k Q3 1 2 4 3 Q4 1 2 3 4 E2 E1 24V AC L 24V AC N 12V DC FOR CAMERA FOR HEATER 24V AC GND Important safety notice Components identified by mark have special c...

Page 28: ...achment1 Attachment2 Q9 TP20 TP12 IC5 OPEN 1 VSS 2 VIN 3 VOUT R11 OPEN 3 31V IC3 1 INPUT 2 GND 3 OUTPUT DGND D9 R45 10k DGND DGND R42 10k IC6 1 NC 2 IN_A 3 GND 4 OUT_Y 5 VCC C24 68 10 TP10 TP9 CN4 1 GND 2 LP LPFO 3 LLDET LPFI 4 5V 5 10 5V 6 24V 7 EXT BW LED 8 GND 24V Attachment1 Attachment2 R23 330k R15 270k TP2 JK1 1 2 4 5 6 10 R41 2 2k C6 56 35 CN6 1 VIDEO OUT 2 VIDEO GND R32 R34 24 1V R25 1k 1W...

Page 29: ...ttachment1 Attachment2 Q9 TP20 TP12 IC5 OPEN 1 VSS 2 VIN 3 VOUT R11 0 OPEN OPEN OPEN OPEN OPEN 3 31V IC3 1 INPUT 2 GND 3 OUTPUT DGND D9 R45 10k DGND DGND R42 10k IC6 1 NC 2 IN_A 3 GND 4 OUT_Y 5 VCC C24 68 10 TP10 TP9 CN4 1 GND 2 LP LPFO 3 LLDET LPFI 4 5V 5 10 5V 6 24V 7 EXT BW LED 8 GND 24V Attachment1 Attachment2 R23 330k R15 270k TP2 JK1 1 2 4 5 6 10 R41 2 2k C6 CN6 1 VIDEO OUT 2 VIDEO GND R32 R...

Page 30: ... 8 9 13 Camera Unit Main Unit Refer to the page 6 2 Numbers show screws and washers i o 1 3 XSB3 8V XSB3 6V XYM26 A6V XYM3 J10V Screws Binding Head Machine Screw Binding Head Machine Screw Binding Head Machine Screw and Washer Ass y Binding Head Machine Screw and Washer Ass y Description No 6 1 EXPLODED VIEW 1 5 ...

Page 31: ... 6 4 for WV CW370 Refer to the page 6 5 for WV CW374E Rear Unit Refer to the page 6 4 for WV CW370 Refer to the page 6 5 for WV CW374E Numbers show screws and washers q u 0 2 XSB2 5FN XYM3 A8V XSB26 8V XSB2 4V Screws Binding Head Machine Screw Binding Head Machine Screw and Washer Ass y Binding Head Machine Screw Binding Head Machine Screw Description No 6 2 EXPLODED VIEW 2 5 ...

Page 32: ...14 M37 M46 M39 IC20 M40 M41 M38 M36 M35 M43 PCB2 M44 M42 PCB1 1 2 1 2 Front Unit Numbers show screws and washers q w XSB2 5FN XYM2 J6FN Screws Binding Head Machine Screw Binding Head Machine Screw and Washer Ass y Description No ...

Page 33: ...r WV CW370 Power Unit for WV CW370 Numbers show screws and washers q w e r t y i XSB2 5FN XYM2 J6FN XSN26 14FN XTB2 6GFX XSB4 6FX XWC4BFX XSB3 8V Screws Binding Head Machine Screw Binding Head Machine Screw and Washer Ass y Pan Head Machine Screw Binding Head Tapping Screw Binding Head Machine Screw External Toothed Lock Washer Binding Head Machine Screw Description No ...

Page 34: ...1 3 Rear Unit for WV CW374E Power Unit for WV CW374E Numbers show screws and washers q w e r i o XSB2 5FN XYM2 J6FN XSN26 14FN XTB2 6GFX XSB3 8V XSB3 6V Screws Binding Head Machine Screw Binding Head Machine Screw and Washer Ass y Pan Head Machine Screw Binding Head Tapping Screw Binding Head Machine Screw Binding Head Machine Screw Description No ...

Page 35: ... M90 M90 M89 M90 Bar Code Label M90 M86 M74 M87 M75 M86 M71 M87 M78 M86 M77 M89 M78 M86 M84 M85 M89 M88 M76 M86 M83 M81 M82 M73 M72 M87 M79 o M80 M87 M90 PACKAGING WV CW370 WV CW374E 6 6 EXPLODED VIEW 5 5 ...

Page 36: ...01916AAA Left Side LED Cover M24 Y 3CX001328AAA Main Sealing Packing M25 Y 3CX001329AAA Rear Sealing Packing M26 Y 3CX001331AAA Switch Sealing Packing M27 3DA001919AAA Switch Cover M28 V9AA3282AN Front Cover Ass y M35 Y V0EA1364AN IR Filter Machanical Ass y M36 Y V2FA1411A4 CCD Cushion M37 3CG001045AAA Front Escutcheon M38 Y 3FH001005AAA Flange back Adjusting Cam M39 3AB001144AAA Flange back Lock ...

Page 37: ...EF NO PART NO DESCRIPTION C1 F1H1H103A219 Ceramic 0 01 µF C2 F1H0J105A001 Ceramic 1 µF C3 MCUV1E104ZFV Ceramic 0 1 µF C5 F1H0J105A001 Ceramic 1 µF C6 MCUV1E104ZFV Ceramic 0 1 µF C8 F1H1H103A013 Ceramic 0 01 µF C9 86 MCUV1E104ZFV Ceramic 0 1 µF C301 F1H1E4730002 Ceramic 0 047 µF C304 306 F1G1H2R0A403 Ceramic 2 pF C311 313 F1G1H2R0A403 Ceramic 2 pF C316 MCUV1E104ZFV Ceramic 0 1 µF C319 YW426225FZT C...

Page 38: ...l 1K ohms 1 16W R53 ERJ2GEJ201X Metal 200 ohms 1 16W R54 ERJ2GE0R00X Metal 0 ohm 1 16W R56 ERJ2GEJ752 Metal 7 5K ohms 1 16W R57 ERJ2GEJ241 Metal 240 ohms 1 16W R58 ERJ2GE0R00X Metal 0 ohm 1 16W R59 ERJ2GEJ102X Metal 1K ohms 1 16W R60 ERJ2GE0R00X Metal 0 ohm 1 16W R63 ERJ2GEJ121X Metal 120 ohms 1 16W R64 ERJ2GEJ681X Metal 680 ohms 1 16W R65 66 ERJ2GE0R00X Metal 0 ohm 1 16W R67 ERJ2GEJ302X Metal 3K ...

Page 39: ...V1C104ZFQ Ceramic 0 1 µF C87 91 ECST1CY475R Tantalum 4 7 µF 16V C93 F1H1A105A004 Ceramic 1 µF C97 99 F1H1C104A001 Ceramic 0 1 µF C100 YW36B222K5T Ceramic 2200 pF C101 F1H1A105A002 Ceramic 1 µF C102 MCUV1C473ZFQ Ceramic 0 047 µF REF NO PART NO DESCRIPTION C103 YW36B102K5T Ceramic 1000 pF C104 F1G1H561A401 Ceramic 560 pF C106 F1G1C1040004 Ceramic 0 1 µF C109 YW36B103K1T Ceramic 0 01 µF C110 F1G1A104...

Page 40: ... 01 µF C10 F1J1E1040007 Ceramic 0 1 µF C11 ECHU1C472GX5 Plastic 4700 pF C12 YF400681CHJT Ceramic 680 µF REF NO PART NO DESCRIPTION C13 F1J1H472A400 Ceramic 4700 pF C14 Y F1B2E1520002 Ceramic 1500 pF C15 EEUFC1C271 Electrolytic 270 µF 16V C16 EEUFC1V221 Electrolytic 220 µF 35V C17 EEUFC1A561 Electrolytic 560 µF 10V C18 MCUV1A105KBN Ceramic 1 µF C19 F1J1E1040007 Ceramic 0 1 µF C20 EEUFC1A181 Electro...

Page 41: ...RIPTION 7 6 D3 B3AEA0000048 LED D5 8 YW1SR154400T Diode D9 B0BC5R600001 Diode VS1 2 YWDSSAP030ST Varistor TH4 K5J5MB000009 Bleaker R8 ERJ6GEYJ104V Metal 100K ohms 1 10W R9 ERJ6GEY0R00V Metal 0 ohm 1 10W R10 ERJ6GEYJ104V Metal 100K ohms 1 10W R12 ERJ6GEYJ513V Metal 51K ohms 1 10W R13 14 R1220P621D Metal 620 ohms 1 10W R15 YF2116274JT Carbon 270K ohms 1 10W R23 ERJ3GEYJ334V Metal 330K ohms 1 16W R24...

Page 42: ...1H474ZFM Ceramic 0 47 µF C14 EEEFK1V220R Electrolytic 22 µF 35V REF NO PART NO DESCRIPTION C17 19 ECST1CY475R Tantalum 4 7 µF 16V C20 22 F1H1E104A030 Ceramic 0 1 µF C24 ECST1AV686R Tantalum 68 µF 10V C25 F1J1H104A428 Ceramic 0 1 µF F1 K5C130BB0001 Thermal Fuse CN1 YWB2BZRSM3TF 2 pin Connector CN2 K1MN33A00006 33 pin Connector CN4 YWB8BZRSM3TF 8 pin Connector CN5 K1KA20B00071 20 pin Connector CN6 Y...

Search results

Summary of Contents for WV-CW370 Series

Reviews:

Related manuals for WV-CW370 Series

Brands by name

Popular brands

Panasonic WV-CW370 Series, Service Manual

Search results

Summary of Contents for WV-CW370 Series

Reviews:

Related manuals for WV-CW370 Series

Brands by name

Popular brands