Regarding service information other than these sections, refer to the GR-DVL765EG service manual (No. 86670).
Also, be sure to note important safety precautions provided in the service manual.
SPECIFICATIONS
(The specifications shown pertain specifically to the model GR-DVL320, DVL520, DVL820, DVL1020)
Camcorder
General
Power supply: DC 11.0 V (Using AC Adapter)
Power consumption
LCD monitor off, viewfinder on
LCD monitor on, viewfinder off
Video light: Approx. 2.8 W (GR-DVL1020/DVL820)
Dimensions (W x H x D) : 79 mm x 89 mm x 184 mm (GR-DVL1020/DVL820)
Weight: Approx. 580 g (GR-DVL1020)
Operating temperature: 0°C to 40°C
Operating humidity: 35% to 80%
Storage temperature: –20°C to 50°C
Pickup: 1/3.8" CCD (GR-DVL1020/DVL820)
Lens: F 1.8, f = 3.8 mm to 38 mm, 10:1 power zoom lens (GR-DVL1020/DVL820)
Filter diameter: ø37 mm
LCD monitor: 3.5" diagonally measured, LCD panel/TFT active matrix system
Viewfinder:
Speaker: Monaural
Format: DV format (SD mode)
Signal format: PAL standard
Recording/Playback format
Cassette: Mini DV cassette
Tape speed: SP: 18.8 mm/s
Maximum recording time : SP: 80 min.
(using 80 min. cassette)LP: 120 min.
DC 7.2 V (Using battery pack)
: Approx. 4.5 W (GR-DVL1020/DVL820)
Approx. 4.3 W (GR-DVL520/DVL320)
: Approx. 5.7 W (GR-DVL1020/DVL820)
Approx. 5.3 W (GR-DVL520/DVL320)
Approx. 3.5 W (GR-DVL520/DVL320)
79 mm x 89 mm x 167 mm (GR-DVL520/DVL320)
(with the LCD monitor closed and the viewfinder pushed down)
Approx. 570 g (GR-DVL820)
Approx. 560 g (GR-DVL520)
Approx. 550 g (GR-DVL320)
1/4" CCD (GR-DVL520/DVL320)
F 1.8, f = 3.6 mm to 36 mm, 10:1 power zoom lens(GR-DVL520/DVL320)
(GR-DVL1020)
2.5" diagonally measured, LCD panel/TFT active matrix system
(GR-DVL820/DVL520/DVL320)
Electronic viewfinder with 0.44" colour LCD (GR-DVL1020)
Electronic viewfinder with 0.24" black/white LCD (GR-DVL820/DVL520/DVL320)
DIFFERENT TABLE................................................................................................................................................................................................... 1 to 2
4. CHARTS AND DIAGRAMS (4-1 to 4-6)
4.1 MAIN CIRCUIT BOARD [GR-DVL1020EA/SH] ....................................................................................................................................................... 4-1
5. PARTS LIST (5-1 to 5-17)
5.1 PACKING AND ACCESSORY ASSEMBLY <M1> ................................................................................................................................................... 5-1
5.2 FINAL ASSEMBLY <M2> ........................................................................................................................................................................................ 5-3
5.5 ELECTRICAL PARTS LIST ..................................................................................................................................................................................... 5-9
MAIN BOARD ASSEMBLY <01> ............................................................................................................................................................................ 5-9
The following table indicate main different points between models GR-DVL765EG-X, GR-DVL820A, GR-DVL820A-S,
GR-DVL820EA, GR-DVL820SH, GR-DVL1020A, GR-DVL1020EA and GR-DVL1020SH.
ITEM
LCD MONITOR2.5”3.5”
VIEW FINDERB/WCOLOR
DV TERMINALOUTPUT ONLYIN/OUT
TOTAL ZOOM RATIO500X700X700X700X
MODEL
The following table indicate different parts number between models GR-DVL765EG-X, GR-DVL820A, GR-DVL820A-S,
GR-DV820EA, GR-DVL820SH, GR-DVL1020A, GR-DVL1020EA and GR-DVL1020SH.
PACKING AND ACCESSORY ASSEMBLY <M1> Note: As for IB (INSTRUCTIONS), refer to sec.5.
Notes : Mark is same as left. Mark — is not used. Mark * reference model was also changed.
———
———
2
Page 4
VICTOR COMPANY OF JAPAN, LIMITED
VIDEO DIVISION
S40894
Printed in Japan
Page 5
SCHEMATIC DIAGRAMS
DIGITAL VIDEO CAMERA
GR-DVL820A/EA/SH,
DVL1020A/EA/SH
CD-ROM No.SML200204
Regarding service information other than these sections, refer to the GR-DVL765EG service manual (No. 86670).
Also, be sure to note important safety precautions provided in the service manual.
SPECIFICATIONS
(The specifications shown pertain specifically to the model GR-DVL320, DVL520, DVL820, DVL1020)
Camcorder
General
Power supply: DC 11.0 V (Using AC Adapter)
Power consumption
LCD monitor off, viewfinder on
LCD monitor on, viewfinder off
Video light: Approx. 2.8 W (GR-DVL1020/DVL820)
Dimensions (W x H x D) : 79 mm x 89 mm x 184 mm (GR-DVL1020/DVL820)
Weight: Approx. 580 g (GR-DVL1020)
Operating temperature: 0°C to 40°C
Operating humidity: 35% to 80%
Storage temperature: –20°C to 50°C
Pickup: 1/3.8" CCD (GR-DVL1020/DVL820)
Lens: F 1.8, f = 3.8 mm to 38 mm, 10:1 power zoom lens (GR-DVL1020/DVL820)
Filter diameter: ø37 mm
LCD monitor: 3.5" diagonally measured, LCD panel/TFT active matrix system
Viewfinder:
Speaker: Monaural
Format: DV format (SD mode)
Signal format: PAL standard
Recording/Playback format
Cassette: Mini DV cassette
Tape speed: SP: 18.8 mm/s
Maximum recording time : SP: 80 min.
(using 80 min. cassette)LP: 120 min.
DC 7.2 V (Using battery pack)
: Approx. 4.5 W (GR-DVL1020/DVL820)
Approx. 4.3 W (GR-DVL520/DVL320)
: Approx. 5.7 W (GR-DVL1020/DVL820)
Approx. 5.3 W (GR-DVL520/DVL320)
Approx. 3.5 W (GR-DVL520/DVL320)
79 mm x 89 mm x 167 mm (GR-DVL520/DVL320)
(with the LCD monitor closed and the viewfinder pushed down)
Approx. 570 g (GR-DVL820)
Approx. 560 g (GR-DVL520)
Approx. 550 g (GR-DVL320)
1/4" CCD (GR-DVL520/DVL320)
F 1.8, f = 3.6 mm to 36 mm, 10:1 power zoom lens(GR-DVL520/DVL320)
(GR-DVL1020)
2.5" diagonally measured, LCD panel/TFT active matrix system
(GR-DVL820/DVL520/DVL320)
Electronic viewfinder with 0.44" colour LCD (GR-DVL1020)
Electronic viewfinder with 0.24" black/white LCD (GR-DVL820/DVL520/DVL320)
C1003B C 3A
C1004B C 3A
C1006A C 5A
C1007B C 5B
C1009B C 4A
C1010B C 3A
C1011B C 4A
C1013B C 4A
C1014B C 4A
C1015B C 4A
C1016B C 4A
C1017B C 4A
C1019B C 4A
C1020B C 3A
C1021B C 4A
C1023B C 3B
C1026B C 4B
C1027B C 4A
C1028B C 3A
C1029B C 4A
C1030B C 4A
C1031B C 5B
C1034B C 4A
C1036B C 4A
C1037B C 4A
C1038B C 4A
C1039B C 4A
C1401B C 4B
C1402B C 4B
C1403B C 4B
C1404B C 4B
C1405B C 4B
C1406B C 4B
C1407B C 4B
C1408B C 4B
C1409B C 4B
C1410B C 4B
C1411B C 4B
C1412B C 4B
C1413B C 4B
C1414B C 4B
C1415B C 4B
C1416B C 4B
C1601B C 2C
C1602B C 2D
C1603B C 2D
C1605B C 2C
C1606B C 2C
C1607B C 3D
C1614B C 3C
C1618B C 3C
C1619B C 3C
C1620B C 3C
C1621B C 3C
C1622B C 3D
C1623B C 3D
C1624B C 3D
C1625B C 2C
C1626B C 2C
C1627B C 2C
C1628B C 2D
C1632B C 3D
C1633B C 2C
C1641B C 2C
C1642B C 3D
C2001B C 2C
C2002B C 1B
C2003B C 1D
C2004B C 1C
C2005B C 1C
C2006B C 2C
C2007B C 2C
C2008B C 2C
C2009B C 2C
C2010B C 2C
C2011B C 2C
C2012B C 1C
C2013B C 1D
C2014B C 1D
C2015B C 1D
C2016B C 2C
C2017B C 2C
C2018B C 1C
C2019B C 1C
C2020B C 2C
C2021B C 2C
C2024B C 1C
C2025B C 1C
C2026B C 2C
C2027B C 2D
C2028B C 1D
C2103B C 1D
C2104B C 1C
C2105B C 1C
C2106B C 1C
C2107B C 1C
C2108B C 1C
C2109B C 1C
C2110B C 1C
C2111B C 1C
C2112B C 1C
C2113B C 1C
C2114B C 1C
C2115B C 1D
C2116B C 1C
C2117B C 1D
C2118B C 1C
C2119B C 1D
C2120B C 1C
C2121B C 1D
C2122B C 1C
C2123B C 1D
C2124B C 1C
C2125B C 1D
C2126B C 1C
C2127B C 1D
C2128B C 1C
C2201A C 1C
C2202A C 1C
C2501B C 2B
C2502B C 2B
C2503B C 2C
C2504B C 1C
C2505B C 1C
C2506B C 1C
C2507B C 1C
C2508B C 1B
C2509B C 1B
C2510B C 1C
C2511B C 1C
C2512B C 1B
C2513B C 1B
C2514B C 2C
C2515B C 2C
C2516B C 2C
C2517B C 2C
C3001B C 3D
C3003B C 5B
C3004B C 4B
C3005B C 4D
C3006B C 3D
C3007B C 5B
C3008B C 4C
C3009B C 4D
C3011B C 5C
C3012B C 4C
C3013B C 4C
C3014B C 3C
C3015B C 4C
C3016B C 4C
C3017B C 4C
C3020B C 4C
C3021B C 5C
C3022B C 4C
C3023B C 4C
C3024B C 4D
C3025B C 4B
C3026B C 5C
C3027B C 5C
C3028B C 5C
C3029B C 5C
C3030B C 4C
C3031B C 4C
C3032B C 4C
C3033B C 4C
C3034B C 4C
C3035B C 4C
C3036B C 4C
C3037B C 4C
C3038B C 5B
C3039B C 4B
C3040B C 4B
C3041B C 5B
C3042B C 5C
C3043B C 5C
C3044B C 5C
C3045B C 5C
C3046B C 5C
C3047B C 5C
C3048B C 5D
C3049B C 5C
C3050B C 5C
C3051B C 3C
C3052B C 3D
C3053B C 3C
C3054B C 3C
C3055B C 5C
C3056B C 3C
C3057B C 4C
C3058B C 4C
C3059B C 3C
C3060B C 3C
C3061B C 3C
C3064B C 4C
C3066B C 3C
C3067B C 4C
C3068B C 3C
C3069B C 3C
C3070B C 3C
C3501A C 3C
C3502A C 3C
C3503A C 2D
C3504A C 2C
C3505A C 2C
C3506A C 2C
C3507A C 2C
C3508A C 2C
C3509A C 2C
C3510A C 2C
C3511A C 3C
C3512A C 3C
C3513A C 3C
C3514A C 3C
C3515A C 3C
C3516A C 3C
C3517A C 3C
C3518A C 3C
C3519A C 3C
C3520A C 3C
C3521A C 2C
C3522A C 2C
C3523A C 2C
C3524A C 2C
C3525A C 2C
C3526A C 2C
C3527A C 3C
C3528A C 3C
C3701A C 3C
C3702B C 2C
C3703B C 2C
C3704B C 2C
C3705B C 2C
C3706A C 3B
C3707A C 3B
C3708A C 3B
C3709A C 3B
C3712A C 3C
C3713A C 3B
C3714A C 3B
C3715A C 2B
C3731A C 2B
C3732A C 2B
C3733A C 2B
C3734A C 2B
C3735A C 2B
C3736A C 2B
C3737A C 2B
C3738A C 2B
C3739A C 2B
C3740B C 3B
C3741B C 3B
C3742B C 3B
C3743B C 3B
C3744B C 3B
C3745B C 3B
C3746B C 3B
C3747B C 3B
C3801B C 2B
C3802B C 2B
C3803B C 2B
C3804B C 2B
C3805B C 2B
C3806B C 2C
C3807B C 2C
C3808B C 2C
C3809B C 2C
C3810B C 2B
C3811B C 2B
C3812B C 2B
C3813B C 2C
C3814B C 2B
C3815B C 2B
C3816B C 2B
C3817B C 2B
C3818B C 2B
C3819B C 2B
C3820B C 3C
C4201B C 2A
C4202B C 2A
C4203B C 2A
C4204B C 2A
C4205B C 2A
C4206B C 2B
C4207B C 2B
C4208B C 2B
C4209B C 2B
C4210B C 2B
C4211B C 2A
C4212B C 2A
C4213B C 2A
C4214B C 2A
C4215B C 2A
C4216B C 2A
C4217B C 2A
C4218B C 2A
C4219B C 2A
C4220B C 2A
C4301B C 3A
C4302B C 3A
C4303B C 3A
C4304B C 3A
C4305B C 2A
C4306B C 3A
C4307B C 2A
C4308B C 2A
C4309B C 2A
C4310B C 3A
C4311B C 3B
C4312B C 3B
C4313B C 3B
C4314B C 3A
C4315B C 3A
C4316B C 2B
C4317B C 3B
C4318B C 3B
C4803A C 1C
C4804A C 1C
C4806A C 1C
C4807A C 1C
C4808A C 1C
C4809A C 1C
C4810A C 1C
C4811A C 1C
C4812A C 1C
C4813A C 1C
C4814A C 2C
C4815A C 1C
C4819A C 2C
C4820A C 1C
C4822A C 1C
C4823A C 2C
C4851A C 2B
C4852A C 2B
C4853A C 2B
C4854A C 2B
C4855A C 2B
C4858A C 1C
C4859A C 1C
C4860A C 1C
C4861A C 1C
C4862A C 1C
C4863A C 1C
C4864A C 1B
C4865A C 1B
C4866A C 1B
C5001A C 2A
C5002A C 2A
C5003A C 2A
C5004A C 2A
C5005A C 2A
C5006A C 2A
C5007A C 2A
C5008A C 2A
C5009A C 2A
C5010A C 2A
C5011A C 2A
C5012A C 3A
C5013A C 3A
C5014A C 3A
C5015A C 2B
C5016A C 2B
C5017A C 2B
C5018A C 2B
C5019A C 2B
C5020A C 2B
C5021A C 2B
C5022A C 2B
C5023A C 2A
C5024A C 2A
C5025A C 2A
C5026A C 2A
C5027A C 2A
C5028A C 2A
C6001A C 3B
C6004A C 4B
C6005A C 4B
C6101A C 4C
C6102A C 5D
C6103A C 4C
C6105A C 4D
C6106A C 4B
C6107A C 4A
C6108A C 4A
C6109A C 4A
C6110A C 3A
C6111A C 3A
C6112A C 3A
C6113A C 3A
C6114A C 3A
C6115A C 3A
C6116A C 3A
C6117A C 3A
C6118A C 3A
C6119A C 3A
C6120A C 3A
C6121A C 3B
C6122A C 3B
C6123A C 3B
C6124A C 3B
C6125A C 3B
C6126A C 3B
C6127A C 3B
C6128A C 3B
C6129A C 3B
C6130A C 4B
C6131A C 5B
C6132A C 5C
C6134A C 4B
C6201A C 5C
C6202A C 4B
C6203A C 4B
C6204A C 4B
C6205A C 4B
C6206A C 4C
C6207A C 4B
C6208A C 4B
C6209A C 4C
C6210A C 3C
C6211A C 3C
C6212A C 3B
C6213A C 4B
C6214A C 5B
C6215A C 5B
C6216A C 5B
C6217A C 4B
C6218A C 4B
C6219A C 4B
C6220A C 5C
C6221A C 5C
C6222A C 5C
C6224A C 4A
C6225A C 4A
C6226A C 4A
C6227A C 5B
C6228A C 4B
C6230A C 4A
C6231A C 1C
C6701A C 4C
C6703A C 3C
C6704A C 3C
CONNECTOR
CN101A C 3D
CN102B C 1C
CN103A C 5B
CN104A C 5C
CN105B C 5B
CN106A C 1C
CN107A C 2B
CN108A C 1B
CN109A C 5C
CN110A C 2D
CN111A C 4A
CN112B C 4D
CN113A C 1C
DIODE
D1001B C 5B
D1002B C 5B
D1602B C 2C
D1603B C 2C
D1604B C 3D
D3001B C 4D
D3002B C 4C
D3003B C 4C
D3004B C 3D
D3701A C 2B
D5001A C 2A
D6002A C 4B
D6201A C 4C
D6202A C 4C
D6203A C 4C
D6204A C 4B
D6205A C 4B
D6206A C 5C
D6207A C 4A
D6208A C 5B
D6701A C 3C
D6702A C 4C
FUSE
F6101A C 5C
IC
IC1001B C 4A
IC1002A C 4A
IC1003B C 5B
IC1004B C 3A
IC1005B C 4A
IC1006B C 3C
IC1007B C 5B
IC1008B C 4B
IC1009B C 4A
IC1401B C 4B
IC1601B C 2C
IC1602B C 3C
IC2001B C 1C
IC2501B C 2C
IC3001B C 4C
IC3002B C 3C
IC3004B C 3C
IC3005B C 4C
IC3007B C 3C
IC3501A C 2C
IC3502A C 3C
IC3701A C 3B
IC3731B C 3B
IC3801B C 2B
IC3802B C 3C
IC4201B C 2A
IC4202B C 2A
IC4301B C 3B
IC4302B C 3A
IC4303B C 2A
IC4802A C 1C
IC4803A C 1C
IC4804A C 2C
IC4807A C 2C
IC4851A C 1C
IC5001A C 2A
IC5002A C 2A
IC5003A C 2A
IC6001A C 3B
IC6101A C 3A
COIL
L1002B C 4A
L1401B C 4B
L2001B C 1B
L2002B C 1D
L2101A C 1C
L2102A C 1C
L2103A C 1C
L2501B C 1B
L3001B C 3D
L3002B C 5B
L3003B C 4B
L3004B C 4D
L3005B C 5B
L3006B C 4C
L3007B C 4D
L3008B C 4C
L3009B C 4C
L3012B C 4D
L3014B C 3C
L3015B C 3C
L3501A C 3C
L3502A C 3C
L3503A C 2B
L3504A C 2C
L3505A C 2C
L3701A C 3C
L3731A C 2B
L3732B C 3B
L3801B C 2B
L3802B C 2B
L3803B C 2B
L3804B C 2B
L4201B C 2A
L4301B C 3A
L4302B C 2A
L4303B C 2A
L4304B C 2B
L4305B C 3A
L4802A C 1C
L4851A C 2B
L4852A C 2B
L4853A C 1C
L5001A C 2A
L5002A C 2A
L5003A C 2A
L5004A C 2B
L5005A C 2B
L5006A C 2B
L5007A C 3B
L6101A C 5C
L6102A C 4C
L6201A C 4C
L6202A C 4C
L6203A C 4C
L6204A C 3C
L6205A C 4B
L6206A C 4B
L6207A C 4B
L6208A C 5B
L6701A C 4C
TRANSISTOR
Q1001B C 5B
Q1002B C 5B
Q1003B C 4A
Q1004B C 5B
Q1005B C 4A
Q1006B C 4A
Q1007B C 4A
Q1008B C 4A
Q1009B C 4A
Q1401B C 4B
Q1402B C 4B
Q1403B C 4B
Q1601B C 2C
Q2001B C 2D
Q2002B C 1C
Q2101B C 1D
Q2102B C 1C
Q2103B C 1C
Q2501B C 2C
Q3001B C 3D
Q3002B C 3C
Q3701B C 2C
Q3702A C 3B
Q3703B C 2C
Q3704B C 3C
Q3705A C 2B
Q3731A C 2B
Q3732A C 2B
4-3
Page 9
COMPONENT PARTS LOCATION GUIDE <MAIN/YB10391-01-01>(2/2)
Q3733A C 2B
Q3734A C 2B
Q3735B C 3B
Q4801A C 1C
Q4802A C 2C
Q4803A C 2C
Q4804A C 2C
Q4805A C 2C
Q4806A C 2C
Q4851A C 2C
Q6001A C 3B
Q6002A C 3B
Q6004A C 4B
Q6201A C 4C
Q6202A C 4B
Q6203A C 4C
Q6204A C 4C
Q6205A C 3C
Q6206A C 3C
Q6207A C 3B
Q6208A C 4B
Q6210A C 4B
Q6211A C 5C
Q6212A C 4A
Q6213A C 4A
Q6214A C 4A
Q6215A C 4A
Q6216A C 4A
Q6217A C 4B
Q6701A C 4C
RESISTOR
R101A C 5B
R102A C 5B
R1001B C 5B
R1002B C 4A
R1003B C 4A
R1004B C 3A
R1005B C 4A
R1006B C 5A
R1007B C 4A
R1008B C 3A
R1009B C 4A
R1010B C 3A
R1011B C 4A
R1012B C 4A
R1014B C 4A
R1015B C 4A
R1016B C 5B
R1017A C 5C
R1018B C 5B
R1019B C 4A
R1020B C 4B
R1021B C 4B
R1022B C 4B
R1023B C 3A
R1024B C 3A
R1026B C 5B
R1027B C 3A
R1028B C 4A
R1029B C 4A
R1030B C 4A
R1031B C 3A
R1032B C 3A
R1036B C 4A
R1037B C 4A
R1038B C 3A
R1039B C 4B
R1044B C 4A
R1045B C 4A
R1046B C 3A
R1047B C 4A
R1048B C 3A
R1049B C 4A
R1050B C 4A
R1051B C 5B
R1052B C 5B
R1053B C 5B
R1054B C 5B
R1055B C 5B
R1056B C 5B
R1057B C 4A
R1058B C 4A
R1060B C 4A
R1061B C 3B
R1066B C 5B
R1071B C 4A
R1072B C 4B
R1076B C 4A
R1077B C 4A
R1078B C 4A
R1079B C 4A
R1080B C 4A
R1081B C 4A
R1082B C 4A
R1083B C 4A
R1401B C 4B
R1402B C 4B
R1403B C 4B
R1404B C 4B
R1405B C 4B
R1406B C 4B
R1407B C 5B
R1408B C 4B
R1409B C 4B
R1410B C 4C
R1411B C 4B
R1412B C 4B
R1413B C 4B
R1414B C 4B
R1415B C 4B
R1416B C 4B
R1417B C 5B
R1421B C 4B
R1422B C 4B
R1423B C 4C
R1425B C 4B
R1426B C 4B
R1601B C 2D
R1602B C 2D
R1603B C 2C
R1604B C 2D
R1605B C 2C
R1609B C 3C
R1610B C 3D
R1611B C 3D
R1612B C 3C
R1613B C 3C
R1614B C 2C
R1615B C 2C
R1616B C 3D
R1617B C 2C
R1618B C 2C
R1619B C 2C
R1620B C 2C
R1621B C 2D
R1622B C 3C
R1624B C 2C
R1625B C 4C
R1626B C 4C
R1628B C 2C
R1629B C 2D
R1630B C 3D
R1631B C 3D
R1635B C 2C
R1636B C 2C
R1637B C 2C
R1643B C 2C
R2001B C 1D
R2004B C 1D
R2005B C 1D
R2006B C 2C
R2007B C 2D
R2008B C 2D
R2009B C 2C
R2010B C 2C
R2011B C 2C
R2012B C 2C
R2013B C 2C
R2014B C 2D
R2015B C 2D
R2016B C 2D
R2017B C 1C
R2018B C 2C
R2019B C 1D
R2020B C 1D
R2023B C 2C
R2024B C 2C
R2025B C 2C
R2028B C 1C
R2029B C 1D
R2103B C 1C
R2104B C 1C
R2105B C 1C
R2106B C 1C
R2107B C 1C
R2108B C 1C
R2109B C 1C
R2110B C 1C
R2111B C 1D
R2112B C 1C
R2113B C 1D
R2114B C 1C
R2115B C 1D
R2116B C 1C
R2117B C 1D
R2118B C 1C
R2119B C 1D
R2120B C 1C
R2121B C 1D
R2122B C 1C
R2123B C 1D
R2124B C 1C
R2125B C 1D
R2126B C 1C
R2127B C 1D
R2128B C 1C
R2129B C 1C
R2201A C 1C
R2202A C 1C
R2203B C 1C
R2501B C 1B
R2502B C 1B
R2503B C 1B
R2504B C 1B
R2505B C 1B
R2506B C 1B
R2507B C 1B
R2508B C 1B
R2509B C 2C
R2510B C 2C
R2511B C 2C
R2512B C 2C
R2513B C 2C
R3002B C 4C
R3003B C 3C
R3004B C 4C
R3005B C 4C
R3006B C 4C
R3007B C 4C
R3008B C 4D
R3009B C 4C
R3010B C 4D
R3011B C 4D
R3013B C 5C
R3014B C 5C
R3015B C 5C
R3016B C 5C
R3017B C 5C
R3018B C 5C
R3019B C 5C
R3020B C 5C
R3025B C 3D
R3026B C 3D
R3027B C 4C
R3029B C 4C
R3030B C 4C
R3031B C 4C
R3032B C 4C
R3033B C 4C
R3034B C 4C
R3036B C 5C
R3037B C 5D
R3040B C 3C
R3041B C 3C
R3042B C 3C
R3043B C 3D
R3044B C 3D
R3045B C 3C
R3046B C 3C
R3047B C 4C
R3048B C 4C
R3049B C 3C
R3050B C 3C
R3051B C 4C
R3057B C 4C
R3059B C 4B
R3066B C 4C
R3067B C 4C
R3068B C 3C
R3069B C 3C
R3070B C 3C
R3071B C 4C
R3072B C 3C
R3073B C 3C
R3074B C 3C
R3075B C 3C
R3501A C 2C
R3502A C 2C
R3503A C 2C
R3504A C 2C
R3505A C 2C
R3506A C 2C
R3507A C 2C
R3508A C 3C
R3509A C 2C
R3510A C 2C
R3511A C 3C
R3512A C 3C
R3521A C 3C
R3522A C 2C
R3701B C 2B
R3702B C 2C
R3703A C 3B
R3704B C 2C
R3705B C 2C
R3706A C 3B
R3707A C 3B
R3708A C 3C
R3709A C 3B
R3710A C 3B
R3711A C 3B
R3712A C 3B
R3713A C 3B
R3714A C 3B
R3715A C 3B
R3721B C 2C
R3722B C 2C
R3723B C 2C
R3724B C 3C
R3725A C 2B
R3726A C 2B
R3727A C 2B
R3728A C 2B
R3730A C 2B
R3731A C 2B
R3732A C 2B
R3733A C 2B
R3734A C 2B
R3735A C 2B
R3736A C 2B
R3737A C 2B
R3738A C 2B
R3739A C 2B
R3740A C 2B
R3741A C 2B
R3742B C 3B
R3743B C 3B
R3744B C 3B
R3745B C 3B
R3746B C 3B
R3747B C 3B
R3748B C 3B
R3801B C 2C
R3802B C 2C
R3803B C 2B
R3804B C 2B
R3805B C 2B
R3806B C 2B
R3807B C 3B
R3808B C 3B
R3809B C 3C
R4201B C 2B
R4203B C 2A
R4204B C 2A
R4205B C 2A
R4301B C 2B
R4302B C 3A
R4303B C 3B
R4304B C 3B
R4305B C 3A
R4306B C 3B
R4307B C 3B
R4308B C 3B
R4309B C 3B
R4310B C 3B
R4311B C 3B
R4312B C 3B
R4313B C 3B
R4314B C 3B
R4315B C 3B
R4316B C 2B
R4317B C 2B
R4320B C 3A
R4321B C 3A
R4322A C 3A
R4323A C 3B
R4804A C 2C
R4805A C 1C
R4806A C 1C
R4807A C 1C
R4808A C 1C
R4809A C 1C
R4810A C 1C
R4811A C 1C
R4812A C 1C
R4813A C 1C
R4814A C 1C
R4815A C 1C
R4816A C 1C
R4817A C 2C
R4818A C 2C
R4819A C 1C
R4820A C 1C
R4821A C 1C
R4822A C 2C
R4823A C 2C
R4824A C 1C
R4825A C 2C
R4826A C 2C
R4827A C 1C
R4828A C 2C
R4829A C 1C
R4830A C 2C
R4831A C 2C
R4833A C 2C
R4836A C 2C
R4837A C 2C
R4839A C 2C
R4840A C 2C
R4841A C 2C
R4842A C 2C
R4843A C 2C
R4844A C 2C
R4845A C 2C
R4846A C 2C
R4847A C 2C
R4849A C 2C
R4850A C 2C
R4852A C 1B
R4854A C 1C
R4855A C 1C
R4856A C 1C
R4857A C 1C
R4858A C 2C
R4859A C 2C
R4860A C 2C
R4862A C 1B
R4863A C 1B
R4864A C 1B
R4865A C 1B
R4866A C 1B
R4867A C 1B
R4868A C 1B
R4870A C 2C
R4871A C 1B
R4872A C 2C
R4874A C 1B
R5001A C 2A
R5002A C 3A
R5003A C 3A
R5004A C 3A
R5005A C 3A
R5006A C 2A
R5009A C 2A
R5010A C 3A
R5017A C 2A
R5020A C 3A
R6001A C 3B
R6002A C 3B
R6003A C 3B
R6004A C 3B
R6005A C 3B
R6009A C 4A
R6010A C 4B
R6011A C 4B
R6012A C 4B
R6013A C 4B
R6101A C 4A
R6102A C 4A
R6103A C 4A
R6106A C 3A
R6107A C 3A
R6108A C 3A
R6113A C 3A
R6114A C 3B
R6115A C 3B
R6116A C 3A
R6117A C 3B
R6118A C 3B
R6124A C 4B
R6201A C 4B
R6202A C 4B
R6203A C 4B
R6204A C 4B
R6205A C 4B
R6206A C 4B
R6207A C 4B
R6208A C 4B
R6209A C 4B
R6210A C 3C
R6211A C 3C
R6212A C 3C
R6213A C 3C
R6214A C 3C
R6215A C 3C
R6216A C 3C
R6217A C 4B
R6218A C 4B
R6219A C 5B
R6220A C 5B
R6221A C 5B
R6222A C 5B
R6223A C 5B
R6224A C 4B
R6225A C 4B
R6226A C 4B
R6227A C 4A
R6228A C 4A
R6229A C 4A
R6230A C 4A
R6231A C 4A
R6232A C 4A
R6233A C 4A
R6234A C 4A
R6235A C 4A
R6236A C 4A
R6237A C 4A
R6238A C 4A
R6239A C 4A
R6240A C 4A
R6241A C 4A
R6242A C 4A
R6243A C 4A
R6244A C 4B
R6245A C 4B
R6246A C 4B
R6247A C 4A
R6701A C 3C
R6702A C 3C
R6703A C 3C
R6704A C 5B
R6705A C 5B
RA1008 B C 4B
RA1009 B C 4A
RA1010 B C 5B
RA1401 B C 4B
RA3001 B C 4C
RA3002 B C 4C
RA3003 B C 4C
RA3004 B C 5C
RA3005 B C 5C
RA4201 B C 2A
RA4202 B C 2A
RA4301 B C 3A
RA4302 B C 3A
RA4303 B C 3A
RA4304 B C 3A
RA4305 B C 3B
RA4306 B C 3B
RA4307 B C 2B
RA4308 B C 2B
OTHER
TL1001B C 5A
TL1002B C 4A
TL1003B C 4A
TL1004B C 4A
TL1005B C 4A
TL1007B C 4A
TL1009B C 4A
TL1027B C 4A
TL1029B C 4A
TL1030B C 4A
TL1031B C 4A
TL1032B C 4A
TL1033B C 4A
TL1034B C 4A
TL1035B C 4A
TL1036B C 4A
TL1038B C 4A
TL1401B C 4B
TL1402B C 4B
TL1403B C 4B
TL1404B C 4B
TL1405B C 4B
TL1406B C 4B
TL1407B C 4B
TL1408B C 5B
TL1409B C 4B
TL1410B C 5B
TL1411B C 5B
TL1412A C 3B
TL1413A C 3B
TL1414B C 4B
TL1415A C 4B
TL1416A C 4B
TL1417A C 4B
TL1418A C 4B
TL1419A C 4B
TL1420B C 5B
TL1601B C 3D
TL1602B C 3C
TL1603B C 3C
TL1604B C 2C
TL1605A C 3D
TL1606A C 2D
TL1607A C 3D
TL1608A C 3D
TL1609A C 2D
TL1610A C 2D
TL1611B C 3C
TL1612B C 3D
TL1613B C 3D
TL1614B C 2C
TL1617B C 3D
TL1618A C 3D
TL1619A C 3D
TL1620A C 3D
TL1621A C 3D
TL1622A C 3D
TL3001B C 4C
TL3002B C 4C
TL3004B C 4C
TL3005B C 4D
TL3006B C 5C
TL3501B C 4B
TL3801B C 3B
TL3802B C 3B
TL4201B C 2B
TL4202B C 2A
TL4304B C 2B
TL4305B C 2B
TL4306B C 2B
TL4308B C 2B
TL4309B C 3B
TL4310B C 3B
TL4311B C 3B
TL4312B C 3A
TL4313B C 3A
TL4314B C 3B
TL4315B C 3B
TL4316B C 3B
TL4317B C 2B
TL4318B C 2B
TL4319B C 2B
TL4801A C 1C
TL5001A C 3A
TL5002A C 3A
TL5004A C 3A
X1001B C 4B
X1002A C 4A
X1401B C 4B
X3001B C 4C
X3002B C 4C
X4301B C 2B
4-4
Page 10
1
C
2
3
15
0 1 MAIN PWB
YB10391-01-01
123
CN106
C
TL4801
C4803
L4802
TG2
CN108
C4865
C4864
R4868
R4867
R4866
R4865
R4852
R4871
R4864
R4874
C4866
38
17
L4853
L2103
L2101
C2202
L2102
C2201
1
R2202
C6231
R2201
C4858
4
R4807
R4806
R4812
R4811
R4813
Q4801
C4859
C4812
815
C4808
815
C4809
IC4802
C4804
C4806
C4820
133
R4805
C4807
C4860
IC4803
C4861
R4814
R4808R4809 R4810
C4862
4
C4863
IC4851
R4854
R4815R4816
C4810C4811
CN113
R4855
R4827
R4829
C4822
R4819
R4856 R4857
C4815
14
R4821
R4824
R4820
C4813
COMPONENT SIDE(A)
C5002
C5001
3
1
C5009
IC5003
4
5
L5003
L5002
191
C5008
D5001
C5024
C5025
C5021
C5016
C5010
C5007
C5023
37
48
C5026
A
L5001
C5028
C5003
CN107
B
C3737
R3739
Q3734
S-CASE-L1
R3522
Q3733
C3504
R3735
C3735
R3737
C3738
R3741
R3740
C3505C3507C3508C3509C3510
C3506
R3502
L3504L3505
R3736
C3739
R3501
C3526
116
R3738
C4853
C4854
R4870
C4814
R4843
85
C4852
14
R4804
R4830
R4844
R4836
R4837
L4851
R4825
Q4802
R4841
R4833
R4817
Q4803
C4823
R4818
L4852
L3503
R4846
R4850
R4840
R4826
R4839
IC4807
R4849
Q4806
C4819
85
Q4805
R4847
R4845
Q4804
C4855
R4862R4863
20
C4851
R4858
Q4851
R4872
19
R4859
R4860
R4828
R4822
R4823
R4831
R4842
IC4804
C5027
C3736
C3715
R3503
R5017
C5011
R5001
Q3732
R3728
R3726
R3509
5
IC5002
8
36
IC5001
1
C5006
C5005
C5004
C5017C5020
L3731
R3725
R3727
C3525
R3733
R3734
C3733
R5009
C3734
Q3705
R3510
L5006
C5019
C5022
C5015
C5018
L5004
C3731
R3730
R3732
C3732
Q3731
S-CASE-L3
C3523
R5006
C3522
L5005
R3731
D3701
C3521
6417
IC3501
R3504
R3505
R3506
R3507
18
25
12
R5010
L5007
8
9
C3709
C3519
C3517C3520C3524
TL5004
R5005
R4323
C3707
C3527
24
13
R5004
R3711
Q3702
C3518
C3502
4
1
C5014
TL5002
R5003
R5002
C5013
C5012
TL5001
R5020
R3710
R3712
IC3701
R3707
4932
R4322
C6123 C6124
C3714
R3714
R3715
R3703
R3706
L3502
C3516
50
51
R6115
C3706
4833
C6120
R6114
R3713
C3501
C6118
C6119
R6116
C6121
C6122
C6125C6126
1
16
C3511 C3513 C3514 C3515
R3508
C3512
L3501
4833
4
IC6001
1
R6004
R6005
R6001
Q6001
C3708
R3521
S-CASE-L2
R35
D
12
4-5
TL1606
TL1609
TL1610
C3503
CN110
S-CASE
Page 11
R3521
-C E-L2
451
1
4
1
IC1002
CN111
C6226
D6207
8
C6225
R6232
C6224
R6242
C6207
L6202
R6228
R6231
Q6214
C6205
R6233
R6207
Q6213
R6236
Q6212
C6204
R6235
C6218C6219
Q6202
R6206
R6234
C6217
R6205
R6204
R6224 R6225
L6206L6207
Q6208Q6210
C6228
R6202
R6201
C6203
L6201
X1002
D6204D6205
C6202
R6203
C1006
C6214
D6208
C6215
R6219 R6220
C6221
TG1
R6223
R6221
C6216
R6222
CN103
111
C6227
L6208
16
Q6211
C6220
C6132
R6705
R6704
R101R102
C6131
CN104
100
Q6004
R6010R6011
R6239
R6237
R6247
R6009
D6002
Q6216
R6218
Q6215
TL1417
TL1415
TL1416
R6244
R6209
R6208
C6208
R6241
R6240
R6229
R6230
R6238
R6243
R6227
R6226
TL1418TL1419
C6117
3249
R6113
C6116
C6115
C6114
C6113
IC6101
C6112
C6111
R6108
1764
R6107
4833
3
IC6001
R6117
C6127
R6005
6001
C3708
2
R6004
Q6001
C6001
R6002
R6003
C6128
Q6002
R3709
R3708
C3712C3713
R6118
C6212
TL1412TL1413
R6211
R6212
C6210
L6204
C6230
C6110
R6106
R6101
R6102
R6103
C6109
C6108
C6107
C6106
C6130
C6134
R6124
116
C6004
C6129
Q6207
R6210
C6211
R6013
R6246
R6245
R6217
C6005
R6012
C6213
Q6217
L6205
L6203
R3511
C3528
5
1
TL1608
C3701
R3512
IC3502
TL1605
TL1618
4
3
TL1620
TL1619
TL1621
L3701
TL1607
TL1622
Q6205
Q6206
R6215
R6216
R6701
C6703
R6702
R6703
C6704
140
R6213R6214
D6701
D6203
3
Q6204
C6209
L6701
CN101
E. & O. E. No. 86683
C6206
D6702
Q6701
4
Q6203
C6701
D6202
D6201
C6201
F6101
D6206
R1017
L6101
C6102
Q6201
C6101C6103
L6102
C6105
C6222
(Sanwa)-M2D229/249
GR-DVL820A/A-S/EA/SH, DVL1020A/EA/SH
CN109
115
5
4-6
Page 12
VICTOR COMPANY OF JAPAN, LIMITED
VIDEO DIVISION
S40894
Printed in Japan
Page 13
SECTION 5
PARTS LIST
SAFETY PRECAUTION
Parts identified by the symbol are critical for safety. Replace only with specified part numbers.
5.1PACKING AND ACCESSORY ASSEMBLY <M1>
The instruction manual to be provided with this product will differ according to the destination.
251J7C-112AOPTICAL BLOCK ASSY
251ALY31572-001AZOOM MOTOR
251BLY31571-001AFOCUS MOTOR
251CLY30727-002ASCREW,X5
251DLY30727-001ASCREW,X2
251ELY43384-001AOPTICAL LPF
251FLY43494-001ASHEET
251GLYH30375-003ACCD BASE ASSY
251HQYSPSGU1750ZSCREW,X2
251JLY32721-001AIRIS MOTOR UNIT
300LY20838-003AC.VF ASSY
301PTY20712-001EYE PIECE ASSY
302PTY20712-011TOP CASE SUB ASSY
303PTY20712-021BOTTOM CASE
304PTY20712-022CAP(VF)
305PTY20838-031HINGE ASSY
Q6201MCH3308MOS FET
Q62022SA1577/RS/-XTRANSISTOR
Q6203MCH3308MOS FET
Q6204CPH3314MOS FET
Q6205CPH3101TRANSISTOR
Q62062SC4617/RS/-XTRANSISTOR
Q62072SD2444KTRANSISTOR
Q6208MCH3308MOS FET
Q6210MCH3308MOS FET
Q6211MCH3308MOS FET
Q6212HN1C01FU/G/-XPAIR TRANSISTOR
or PUMX1PAIR TRANSISTOR
or UMX1NPAIR TRANSISTOR
Q62132SA1577/RS/-XTRANSISTOR
Q6214DTC144EEDIGI TRANSISTOR
or PDTC144EEDIGI TRANSISTOR
or RN1104DIGI TRANSISTOR
or UN9213JDIGI TRANSISTOR
Q6215HN1A01FU/G/-XPAIR TRANSISTOR
or PUMT1PAIR TRANSISTOR
or UMT1NPAIR TRANSISTOR
Q62162SC4617/RS/-XTRANSISTOR
Q6217UMZ1NPAIR TRANSISTOR
Q6701CPH3314MOS FET
D1001DA221DIODE
D10021SS376DIODE
D1602DAP222DIODE
D1603DAP222DIODE
D1604DAP222DIODE
D3001EC2C01CVARI CAP DIODE
D3002EC2C01CVARI CAP DIODE
D3003EC2C01CVARI CAP DIODE
D3004MA2Z720SB DIODE
D50011SS355DIODE
DVL367/DVL365 only): 5-pin
PC (GR-DVL167/DVL160 only) : ø2.5 mm, 3-pole
EDIT (GR-DVL867/DVL865/
DVL767/DVL765/DVL567/
DVL367/DVL365 only): ø3.5 mm, 2-pole
JLIP (GR-DVL167/DVL160 only) : ø3.5 mm, 4-pole
AC Adapter
Power requirement: AC 110 V to 240 V`, 50 Hz/60 Hz
Output: DC 11 V , 1 A
Specifications shown are for SP mode unless otherwise indicated.
E & O.E. Design and specifications subject to change without notice.
Camcorder
General
Power supply: DC 11.0 V (Using AC Adapter)
DC 7.2 V
(Using battery pack)
Power consumption
LCD monitor off, viewfinder on
: Approx. 4.5 W (GR-DVL867/DVL865/DVL767/DVL765)
Approx. 4.3 W (GR-DVL567/DVL367/DVL365/DVL167/DVL160)
LCD monitor on, viewfinder off
: Approx. 5.7 W (GR-DVL867/DVL865/DVL767/DVL765)
Approx. 5.3 W (GR-DVL567/DVL367/DVL365/DVL167/DVL160)
Video light: Approx. 2.8 W (GR-DVL867/DVL865/DVL767/DVL765)
Approx. 3.5 W (GR-DVL567/DVL367/DVL365/DVL167/DVL160)
Dimensions (W x H x D) : 79 mm x 89 mm x 184 mm (GR-DVL867/DVL865/DVL767/DVL765)
79 mm x 89 mm x 167 mm
(GR-DVL567/DVL367/DVL365/DVL167/DVL160)
(with the LCD monitor closed and the viewfinder pushed down)
Weight: Approx. 580 g (GR-DVL867/DVL865)
Approx. 570 g (GR-DVL767/DVL765/DVL567)
Approx. 560 g (GR-DVL367/DVL365)
Approx. 550 g (GR-DVL167/DVL160)
Operating temperature : 0°C to 40°C
Operating humidity: 35% to 80%
Storage temperature: –20°C to 50°C
Pickup: 1/3.8" CCD (GR-DVL867/DVL865/DVL767/DVL765)
1/4" CCD (GR-DVL567/DVL367/DVL365/DVL167/DVL160)
Lens: F 1.8, f = 3.8 mm to 38 mm, 10:1 power zoom lens
(GR-DVL867/DVL865/DVL767/DVL765)
F 1.8, f = 3.6 mm to 36 mm, 10:1 power zoom lens
(GR-DVL567/DVL367/DVL365/DVL167/DVL160)
Filter diameter: ø37 mm
LCD monitor: 3.5" diagonally measured, LCD panel/TFT active matrix system
(GR-DVL867/DVL865/DVL567)
2.5" diagonally measured, LCD panel/TFT active matrix system
(GR-DVL767/DVL765/DVL367/DVL365/DVL167/DVL160)
Viewfinder: Electronic viewfinder with 0.24" black/white LCD
Speaker: Monaural
Digital Video Camera
Format: DV format (SD mode)
Signal format: PAL standard
Recording/Playback format : Video: Digital component recording
Prior to shipment from the factory, JVC products are strictly inspected to conform with the recognized product safety and electrical codes of the
countries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement the following precautions
when a set is being serviced.
Precautions during Servicing
•
1. Locations requiring special caution are denoted by labels and inscriptions on the cabinet, chassis and certain parts of the product.
When performing service, be sure to read and comply with these
and other cautionary notices appearing in the operation and service manuals.
2. Parts identified by the ! symbol and shaded ( ) parts are
critical for safety.
Replace only with specified part numbers.
Note: Parts in this category also include those specified to com-
ply with X-ray emission standards for products using
cathode ray tubes and those specified for compliance
with various regulations regarding spurious radiation
emission.
3. Fuse replacement caution notice.
Caution for continued protection against fire hazard.
Replace only with same type and rated fuse(s) as specified.
4. Use specified internal wiring. Note especially:
1) Wires covered with PVC tubing
2) Double insulated wires
3) High voltage leads
5. Use specified insulating materials for hazardous live parts. Note
especially:
1) Insulation Tape3) Spacers5) Barrier
2) PVC tubing4) Insulation sheets for transistors
6. When replacing AC primary side components (transformers, power
cords, noise blocking capacitors, etc.) wrap ends of wires securely
about the terminals before soldering.
12. Crimp type wire connector
In such cases as when replacing the power transformer in sets
where the connections between the power cord and power transformer primary lead wires are performed using crimp type connectors, if replacing the connectors is unavoidable, in order to prevent
safety hazards, perform carefully and precisely according to the
following steps.
1) Connector part number : E03830-001
2) Required tool : Connector crimping tool of the proper type which
will not damage insulated parts.
3) Replacement procedure
(1) Remove the old connector by cutting the wires at a point
close to the connector.
Important : Do not reuse a connector (discard it).
cut close to connector
Fig.3
(2) Strip about 15 mm of the insulation from the ends of the
wires. If the wires are stranded, twist the strands to avoid
frayed conductors.
15 mm
Fig.1
7. Observe that wires do not contact heat producing parts (heatsinks,
oxide metal film resistors, fusible resistors, etc.)
8. Check that replaced wires do not contact sharp edged or pointed
parts.
9. When a power cord has been replaced, check that 10-15 kg of
force in any direction will not loosen it.
Power cord
Fig.2
10. Also check areas surrounding repaired locations.
11. Products using cathode ray tubes (CRTs)
In regard to such products, the cathode ray tubes themselves, the
high voltage circuits, and related circuits are specified for compliance with recognized codes pertaining to X-ray emission.
Consequently, when servicing these products, replace the cathode ray tubes and other parts with only the specified parts. Under
no circumstances attempt to modify these circuits.
Unauthorized modification can increase the high voltage value and
cause X-ray emission from the cathode ray tube.
Fig.4
(3) Align the lengths of the wires to be connected. Insert the
wires fully into the connector.
Metal sleeve
Connector
Fig.5
(4) As shown in Fig.6, use the crimping tool to crimp the metal
sleeve at the center position. Be sure to crimp fully to the
complete closure of the tool.
1
.2
5
2
.0
5
.5
Fig.6
(5) Check the four points noted in Fig.7.
Not easily pulled free
Wire insulation recessed
more than 4 mm
Fig.7
Crimping tool
Crimped at approx. center
of metal sleeve
Conductors extended
I
S40888-01
Page 33
Safety Check after Servicing
•
Examine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts and wires have been returned
to original positions, Afterwards, perform the following tests and confirm the specified values in order to verify compliance with safety
standards.
1. Insulation resistance test
Confirm the specified insulation resistance or greater between power cord plug prongs and externally exposed parts of the set (RF terminals, antenna terminals, video and audio input and output
terminals, microphone jacks, earphone jacks, etc.). See table 1 below.
2. Dielectric strength test
Confirm specified dielectric strength or greater between power cord plug prongs and exposed accessible parts of the set (RF terminals, antenna terminals, video and audio input and output terminals,
microphone jacks, earphone jacks, etc.). See table 1 below.
3. Clearance distance
When replacing primary circuit components, confirm specified clearance distance (d), (d’) between soldered terminals, and between terminals and surrounding metallic parts. See table 1
below.
Fig. 8
4. Leakage current test
Confirm specified or lower leakage current between earth ground/power cord plug prongs and
externally exposed accessible parts (RF terminals, antenna terminals, video and audio input and
output terminals, microphone jacks, earphone jacks, etc.).
Measuring Method : (Power ON)
Insert load Z between earth ground/power cord plug prongs and externally exposed accessible
parts. Use an AC voltmeter to measure across both terminals of load Z. See figure 9 and following
table 2.
Externally
exposed
accessible part
Z
V
Fig. 9
A
ab
c
5. Grounding (Class 1 model only)
Confirm specified or lower grounding impedance between earth pin in AC inlet and externally exposed accessible parts (Video in, Video out,
Audio in, Audio out or Fixing screw etc.).
Measuring Method:
Connect milli ohm meter between earth pin in AC inlet and exposed accessible parts. See figure 10 and grounding specifications.
Fig. 10
Table 1 Specifications for each region
Note: These tables are unofficial and for reference only. Be sure to confirm the precise values for your particular country and locality.
Table 2 Leakage current specifications for each region
II
S40888-01
Page 34
SECTION 1
DISASSEMBLY
1.1 BEFORE ASSEMBLY AND DISASSEMBLY
1.1.1 Precautions
1. Be sure to remove the power supply unit prior to mounting and soldering of parts.
2. When removing a component part that needs to disconnect the connector and to remove the screw for removing itself, first disconnect the connecting wire from the
connector and then remove the screw beforehand.
3. When connecting and disconnecting the connectors, be
careful not to damage the wire.
4. Carefully remove and handle the part to which some
spacer or shield is attached for reinforcement or insulation.
5. When replacing chip parts (especially IC parts), desolder
completely first (to prevent peeling of the pattern).
6. Tighten screws properly during the procedures.
Unless specified otherwise, tighten screws at a torque
of 0.088N
Connector
Pull both ends of the connector in the arrow direction, remove the lock and disconnect the flat wire.
Flat wire
Connector
Fig. 1-1-1 Connector 1
Extend the locks in the direction of the arrow for unlocking
and then pull out the wire. After removing the wire, immediately restore the locks to their original positions because
the locks are apt to come off the connector.
Flat wire
Connector
(1)(2)(3)(4)(5)
(1) Indicate the disassembly steps. When assembling, per-
form in the reverse order of these steps. This number
corresponds to the number in the disassembly diagram.
(2) Indicates the name of disassembly/assembly parts.
(3) Indicates the number in the disassembly diagram.
(4) Indicates parts and points such as screws, washers,
springs which must be removed during disassembly/
assembly.
SymbolName, Point
SScrew
LLock, Pawl, Hook
SDSoldering
(Example)
•2 (S
) : Remove the two screws (S1) for removing the
1
part 1.
•CN
: Disconnect the connector1.
1
•SD1: Unsolder at the point SD1.
(5) Precautions on disassembly/assembly.
1.1.3 Destination of connectors
Note:
Three kinds of double-arrows in connection tables respectively show kinds of connector/wires.
↔ : Wire
⇔ : Flat wire
: Board to Board connector
[Example]
CONN.
No.
CN1MAINCN101⇔ MONITORCN76140
CONNECTOR
Fig. 1-1-2 Connector 2
B-B connector
Pull the board by both the sides in the direction of the arrow for disconnecting the B-B connector.
Connector
Connector
Fig. 1-1-3 Connector 3
Connector
Pin No.
Fig. 1-1-4 Connector 4
1-1
Page 35
1.2 JIGS AND TOOLS REQUIRED FOR DISASSEMBLY,
ASSEMBLY AND ADJUSTMENT
1.2.1 Tools required for adjustments
1
3
5
1. Torque driver
Torque driver
YTU94088
Tweezers
P-895
Cleaning cloth
KSMM-01
Be sure to use to fastening the mechanism and exterior
parts because those parts must strictly be controlled for
tightening torque.
2
4
Table 1-2-1
Chip IC replacement jig
Bit
YTU94088-003
PTS40844-2
1.3 DISASSEMBLY/ASSEMBLY OF CABINET PARTS
AND BOARD ASSEMBLY
1.3.1 Disassembly flow chart
This flowchart indicates the disassembly step for the cabinet parts and board assembly in order to gain access to
item(s) to be serviced. When reassembling, perform the
step(s) in reverse order.
UPPER CASE ASSY
1
(Inc. MONITOR ASSY / E.VF ASSY)
/
DSC BOARD ASSY
2
COVER (HINGE)
3
MONITOR ASSY
4
E.VF ASSY
5
MONITOR BOARD ASSY
6
FRONT ASSY
7
(Inc. DC LIGHT, MIC )
/
DC LIGHT
8
/
MIC
9
2. Bit
This bit is slightly longer than those set in conventional
torque drivers.
3. Tweezers
To be used for removing and installing parts and wires.
4. Chip IC replacement jig
To be used for adjustment of the camera system.
5. Cleaning cloth
Recommended cleaning cloth to wipe down the video
heads, mechanism (tape transport system), optical lens
surface.
Be careful not to lose any parts.
As screw No.31 is hidden behind the COVER
(JACK), open the COVER (JACK) to enable removal of the screw.
NOTE0:
Remove the connector.
–
–
–
–
–
NOTE6
NOTE7
NOTE0
NOTE!
–
NOTE#a
NOTE#b
–
–
Note:
Remove the parts marked in .
CONN.
No.
CN1MAINCN101 ⇔ MONITORCN76140
CN2a DSCCN8002 ⇔ MONITORCN76210
CN2b DSCCN8001MAINCN111100
CN4MONITORCN764 ⇔ LCD BLCN75133/32
CN5MONITORCN763 ⇔
CN6MONITORCN765 ←→ SPEAKER—2
CN7MAINCN106
CN0a MAINCN108 ⇔ OP BLOCK ASSY—24
CN0b MAINCN107 ⇔ CCD—20
CN!a MAINCN103 ⇔ REAR UNITCN55112
CN!b MAINCN104 ←→ REAR UNITCN5526
CN@MAINCN109 ⇔ ZOOM UNIT—15
CN#a JUNCTION CN571 ⇔ MAINCN11333
CN#b JUNCTION CN574 ⇔
CN#c JUNCTION CN573 ⇔ DRUM MOTOR—11
CN#d JUNCTION CN572 ⇔ SENSOR—15
CN$a MAINCN110 ⇔ HEAD—8
CN$b MAINCN112 ⇔ CAPSTAN MOTOR—18
CN$c MAINCN102 ←→ JACKCN50224
CN%JACKCN501 ⇔ ROTARY ENCODER—6
CONNECTOR
E.VF ASSY
←→ MIC3
←→ DC LIGHT2
LOADING MOTOR
CN700120/6
—6
Table 1-3-3
NOTE!:
NOTE#a:
Open the COVER (DC).
As the CN572 is located at the back of the as-
sembly, unplug the three connectors and remove
the screws bofore disconnecting the CN572.
NOTE#b:
Be coreful not to damage any of the switches.
Pin No.
< BOTTOM VIEW >
4
5
12
1
1
(Sa)
CN
2
1
(Sa)
1
CNb
Fig. 1-3-1
(Sb)
2
6
1
8
1
(Sb)
CNa
(Sb)
2
14
(S)
2
1
4
1
(Sa)
7
1
2
(Sc)
10
1
(Sc)
12
1
(Sb)
9
1
13
1
(Sa)
11
1
(Sc)
5
1
(Sa)
3
1
(Sa)
1-3
Page 37
16
3
(S)
15
3
(S)
5
19
5
(S)
CN
5
20
5
(S)
3
4
CN
: 0.147N·m (1.5kgf·cm)
∗
Fig. 1-3-2
4
∗
18
4
(S)
∗
17
4
(S)
21
(Sa)
26
(Sb)
SPEAKER
BRACKET
(MONITOR)
(Sa)
6
(Sa)
6
24
6
25
6
23
6
(Sa)
Fig. 1-3-4
22
6
(Sa)
CN
(Sc)
6
6
NOTE
30
6
6
KNOB
(VIDEO-DSC)
KNOB
(DC LIGHT)
27
(Sc)
(Sc)
29
6
(Sc)
6
28
6
Fig. 1-3-3
1-4
Fig. 1-3-5
Page 38
33
11
(S)
36
11
(S)
38
11
CN
COVER
(DC)
b
11
NOTE
11
CNa
11
(S)
37
11
9
(S)
9
NOTE
7
COVER
(JACK)
7
(La)
7
8
(Lc)
8
31
7
(S)
7
(Lb)
Fig. 1-3-6
32
7
(S)
CN
7
CN
DC LIGHT
7
MIC
7
6
5
4
3
2
1
DC LIGHT
NC
MIC
10
CNb
10
CNa
10
NOTE
TO MAIN
TO CCD
Fig. 1-3-7Fig. 1-3-8
(Sb)
34
10
(Sa)
NOTE
35
10
10
10
1-5
Page 39
12
14
13
CNa
40
12
(Sa)
39
12
(Sa)
43
12
(Sb)
(Sb)
12
CN
41
12
(Sb)
42
12
14
CNc
46
14
(Sa)
Fig. 1-3-9Fig. 1-3-11
16
CNa
14
(L )
14
SHIELD
PLATE
48
14
(Sb)
14
CNb
47
14
(Sb)
13
CNc
13
44
13
(Sa)
13
CNd
13
NOTE
a
45
EJECT SW
13
NOTEb
1-6
13
(Sb)
13
CNb
Fig. 1-3-10
49
15
(S )
15
50
15
(S )
CN
15
Fig. 1-3-12
51
16
(Sa)
53
16
(Sb)
BRACKET
(MECHA)
52
16
(Sa)
Page 40
1.4
MONITOR ASSEMBLY
4
1.4.1 Disassembly/assembly of monitor assembly
(for 2.5”-type LCD)
Be careful not to soil or scratch the monitor screen
Note:
through the disassembly/assembly work.
1. Remove the four screws (1 to 4) in numerical order. While
disengaging the six hooks (L
a to L4f) in alphabetical
4
order, remove the monitor cover assembly.
a:
Note
When removing the monitor cover assembly, be
4
careful not to damage the FPC and connector.
2. Unlock the connector b and then disconnect the FPC
while lifting the hinge assembly upwards to remove it together with the FPC.
Note
b:
For disconnecting the FPC, unlock the connector
4
first and then lift the hinge assembly upwards.
Accordingly, the FPC is disconnected together
with the hinge assembly.
Note4c:
Treat the wires carefully.
: 0.069N·m (0.7kgf·cm)
∗
: 0.098N·m (1.0kgf·cm)
∗∗
: 0.147N·m (1.5kgf·cm)
∗∗∗
3. Unplug the wires and FPCs from the two connectors ( c ,
d ) and then remove the LCD BL board assembly, holder
(PWB) and backlight in that order.
4. Remove the LCD module.
1.4.2 Disassembly/assembly of hinge assembly
(for 2.5”-type LCD)
1. Remove the three screws (5 to 7), and then remove the
hinge covers (1) and (2) by disengaging a total of four
hooks (L
g, L4h) at the two sides.
4
2. Separate the SW board assembly and the FPC from the
hinge assembly.
Note
d:
When connecting the FPC, arrange the FPC wire
4
by winding it around the shaft (hinge pin) of the
hinge assembly by two and a half turns while paying heed to the orientation of the hinge assembly
and FPC.
Note4e:
When disassembling/assembling the hinge assembly, pay careful attention to every part not to damage anything.
4
(L f)
4
(L e)
Monitor cover
assy
4
(L b)
4
(L c)
MONI. FPC ASSY
44
Note d / e
44
Note d / e
FPC
Hinge
6
∗
4
(S d)
5
∗
4
(S c)
(L g)
c
Hinge cover(2)
4
Note c
Hinge cover(1)
c
44
Note d / e
Hinge assy
4
b
7
∗
4
(S d)
4
(L h)
3
∗∗∗
4
(S b)
LCD BL PWB
(S b)
Holder
(PWB)
4
∗∗∗
4
c
a
b
4
Note b
Backlight
LCD module
d
a
4
(L a)
(L d)
1
∗∗
4
(S a)
a
4
Note a
2
∗∗
4
4
(S a)
Fig. 1-4-1
Bracket(Earth)
a
Monitor case assy
1-7
Page 41
1.55 E. VF ASSEMBLY
1.5.1 Disassembly/assembly of E.VF assembly
(for the B/W VF)
1. Remove the EYE CUP.
2. Remove the three screws (1 to 3) and then remove the
CASE B (VF).
3. Remove the screw (4) to remove the LEVER (VF) and pull
out the LENS ASSY.
Note
a:
Be careful not to lose the SPRING (VF).
5
4. Remove the three screws (5 to 7) and then remove the
VF HINGE ASSY.
b:
Note
Be careful not to damage the FPC and not to
5
break any wires during the operation.
5. Remove the screw (8) and the remove the CAP (VF).
6. Remove the FPC from the CASE A (VF) so that the CASE
A (VF) may be unlocked.
7. Remove the HOLDER LCD (VF) while unlocking it by the
both side.
EYE CUP
1
∗
CASE B (VF)
5
(Sa)
VF HINGE ASSY
5
∗
5
(Sc)
6
∗
5
(Sc)
7
∗
5
(Sc)
CASE A (VF)
2
∗
5
(Sa)
(Sd)
HOLDER LCD (VF)
5
(Lc)
3
∗
5
(Sa)
CAP (VF)
8
∗
5
LENS ASSY
(Lb)
FPC
5
Noteb
SPRING (VF)
Notea
5
: 0.078 N•m (0.8 kgf•cm)
∗
5
(La)
LEVER (VF)
4
∗
5
(Sb)
5
1-8
Fig. 1-5-1
Page 42
1.6 DISASSEMBLY/ASSEMBLY OF 0 OP BLOCK
CCD BOARD ASSY
(SD )
CCD BASE ASSY
OPTICAL LPF
ZOOM MOTOR
SPACER RUBBER
∗
9
(S c)
10
∗
8
(S c)
10
∗
7
(S b)
10
∗
1
(S a)
10
∗
6
(S b)
10
∗
3
(S b)
10
∗
4
(S b)
10
∗
5
(S b)
10
∗
2
(S a)
10
BKT(OP) ASSY
SENSOR
SENSOR
Note d
10
Note a
10
OPTICAL LPF
IRIS
MOTOR
UNIT
Note c
10
Note b
10
Note e
10
FOCUS
MOTOR
Note d
10
OP
side
CCD
side
Blue
10
∗
: 0.078 N•m (0.8 kgf•cm)
ASSEMBLY/CCD BOARD ASSEMBLY
1.6.1 Precautions
1. Take care in handling the CCD image sensor, optical LPF
and lens components when performing maintenance
etc., especially with regard to surface contamination, attached dust or scratching. If fingerprints are present on
the surface they should be wiped away using either a
silicon paper, clean chamois or the cleaning cloth.
2. The CCD image sensor may have been shipped with a
protective sheet attached to the transmitting glass. When
replacing the CCD image sensor, do not peel off this
sheet from the new part until immediately before it is
mounted in the OP Block Assembly.
3. The orientation of the optical LPF is an important factor
for installation. If there is some marking on the LPF, be
sure to note it down before removing and to reassemble it very carefully as it was referring to the marking.
1.6.2 How to remove CCD board assembly and CCD
base assembly
1. Unsolder the CCD board assembly by the 14 points
(SD 0) and then remove it.
2. Remove the two screws (1, 2) and remove the CCD base
assembly.
Note
a:
When removing the CCD base assembly, pay
0
heed to the CCD image sensor because the
spacer rubber and optical LPF are occasionally
removed together with the CCD image sensor.
Note 0b:
When replacing the CCD image sensor, don’t replace it individually but replace the CCD base assembly in whole with a new one.
1.6.3 How to assemble CCD base assembly and CCD
board assembly
1. Install the optical LPF with the spacer rubber attached
to its CCD side in the OP block assembly.
Note
c:
Pay careful attention to the orientation of the LPF.
0
2. Set the CCD base assembly with careful attention to the
spacer rubber not to come off the right position, and fasten them together with the two screws (1, 2).
3. Set the CCD board assembly in the CCD base assem-
bly, and then solder it by the 14 points (SD 0).
1.6.4 Replacement of service repair parts
The service repair parts for the OP Block Assembly are as
listed below.
Before replacement of these parts, remove the bracket (OP
assembly) as required.
Take special care not to disconnect any of the FPC wires or
cause any damage due to soldering (excessive heating).
1. Focusing motor
2. Zoom motor
3. Iris motor unit
Note
d:
When replacing the focusing motor or the zoom
0
motor, solder the FPC at a space of about 1 mm
above the terminal pin.
Note0e:
The iris motor unit includes the FPC Assembly and
two sensors.
Fig. 1-6-1
1-9
Page 43
1.7 EMERGENCY DISPLAY
Whenever some abnormal signal is input to the syscon CPU,
an error number (E01, as an example) is displayed on the
LCD monitor or (in the electronic view finder).
In every error status, such the message as shown below
alternately appear over and over.
•In an emergency mode, all operations except turning on/
off the POWER switch are ineffectual.
LCD
display
E01LOADING
E02UNLOADING
E03TU & SUP REEL
Emergency
mode
FG
Details
In the case the encoder position is not shifted
to the next point though the loading motor has
rotated in the loading direction for 4 seconds
or more. This error is defined as [E01].
In the case the encoder position is not shifted
to the next point though the loading motor has
rotated in the unloading direction for 4 seconds
or more. This error is defined as [E02].
In the case no REEL FG is produced for 4 seconds or more in the capstan rotation mode after loading was complete, the mechanism mode
is shifted to STOP with the pinch roller set off.
This error is defined as [E03].
However, no REEL EMG is detected in the
SLOW/STILL mode.
Example (in case of the error number E01):
E01
UNIT IN
SAFEGUARD MODE
E01
REMOVE AND
REATTACH BATTERY
Possible cause
1. The mechanism is locked during mode shift.
2. The mechanism is locked at the mechanism loading
end, because the encoder position is skipped during
mechanism mode shift.
3. No power is supplied to the loading MDA.
1. The mechanism is locked during mode shift.
2. The mechanism is locked at the mechanism loading
end, because the encoder position is skipped during
mechanism mode shift.
1. The idler gear does not engage with the reel disk well.
2. Though the idler gear and reel disk are engaged with
each other, the tape is not wound because of overload to the mechanism.
3. No FG pulse is output from the reel sensor.
4. No power is supplied to the reel sensor.
5. Tape transport operation takes place with a cassette
having no tape inside.
6. The tape slackens and no pulse is produced until the
slack is taken up and the tape comes into the normal
status.
E04DRUM FG
E05 –
E06CAPSTAN FG
In the case there is no DRUM FG input in the
drum rotation mode for 4 seconds or more. This
error is defined as [E04], and the mechanism
mode is shifted to STOP with the pinch roller
set off.
–
In the case no CAPSTAN FG is produced in
the capstan rotation mode for 2 seconds or
more. This error is defined as [E06], and the
mechanism mode is shifted to STOP with the
pinch roller set off.
However, no CAPSTAN EMG is detected in the
STILL/FF/REW mode.
Table 1-7-1
1. The drum cannot be started or drum rotation is stopped
because tape transport load is too high.
1) Tape tension is extremely high.
2) The tape is damaged or soiled with grease, etc.
2. The DRUM FG signal is not received by the syscon
CPU.
1) Disconnection in the middle of the signal line.
2) Failure of the DRUM FG pulse generator (hall ele-
ment).
3. No drum control voltage is supplied to the MDA.
4. No power is supplied to the DRUM MDA.
–
1. The CAPSTAN FG signal is not received by the syscon
CPU.
1) Disconnection in the middle of the signal line.
2) Failure of the CAPSTAN FG pulse generator (MR
element).
2. No capstan control voltage is supplied to the MDA.
3. No power is supplied to the CAPSTAN MDA.
4. The capstan cannot be started or capstan rotation is
stopped because tape transport load is too high.
1) Tape tension is extremely high. (Mechanical lock-
ing)
2) The tape is damaged or soiled with grease, etc.
: Don’t reuse the screw, because screw lock bond was applied to them.
2)Pay careful attention to tightening torque for each screw.
: 0.088N·m (0.9kgf·cm)
: 0.147N·m (1.5kgf·cm)
: 0.098N·m (1.0kgf·cm)
: 0.069N·m (0.7kgf·cm)
: 0.078N·m (0.8kgf·cm)
: 0.118N·m (1.2kgf·cm)
OP BLOCK ASSY
Fig. 1-6-1
1234 56789
∗∗ ∗∗
∗∗∗∗∗∗∗∗
∗∗∗
Table 1-8-1
1-11
Page 45
SECTION 2
MECHANISM ADJUSTMENT
2.1 PRELIMINARY REMARKS ON ADJUSTMENT AND
REPAIR
2.1.1 Precautions
1. When fastening parts, pay careful attention to the tight-
ening torque of each screw. Unless otherwise specified,
tighten a screw with the torque of 0.039 N
2. Be sure to disconnect the set from the power supply be-
fore fastening and soldering parts.
3. When disconnecting/connecting wires, be careful not to
get them and their connectors damaged. (Refer to the
Section 1.)
4. When replacing parts, be very careful neither to dam-
age other parts nor to fit wrong parts by mistake.
2.1.2 Notes on procedure for disassemby/assembly
The disassembling procedure table (Table 2-4-1 on page
2-6, a part of the table is shown below for reference)shows
the procedure to disassemble/reassemble mechanism
parts.
Carefully read the following explanation before starting actual disassembling/reassembling work. The item numbers
(circled numbers)in the following explanation correspond
to those appearing under respective columns of the table.
(1) Circled numbers appearing in this column indicate the
order to remove parts. When reassembling, follow these
numbers in the reverse order. Circled numbers in this
column correspond to those appearing in drawings of
this section.
(2) This column shows part names corresponding to circled
numbers in the left column.
•
m (0.4 kgf•cm).
(3) The symbol (T or B)appearing in this column shows the
side which the objective part is mounted on.
T =the upper side, B =the lower side
(4) Symbols appearing in this column indicate drawing
numbers.
Step Part Name Fig. Point Note Remarks
(5) This column indicates parts and points such as screws,
washers, springs, and others to be removed/fitted for
disassembling/reassembling the mechanism. Besides
such the parts, this column occasionally indicates working points.
P =Spring
W =Washer
S =Screw
∗=Lock (L),soldering (SD),shield,connector (CN),
etc.
Example• Remove (W1)=Washer W1.
• ∗Remove the solder at (SD1)=Point SD1.
• ∗Disconnect
(6) Numbers in this column represent the numbers of notes
in the text. For example, “1” means “Note 1”.
(For parts that need phase adjustment after reassembling, refer to “2.6 MECHANISM ADJUSTMENTS”.)
(7) This column indicates required after disassembling/re-
assembling work such as phase adjustment or mechanism adjustment.
=Connector Å .
Å
NO.PART NAMEFIG.POINTNOTEREMARKS
A Cassette housing assemblyTFig. 2-4-53(S1),(L1a)-(L1d)
4bSlant pole arm assemblyTFig. 2-4-8(W4),(L4b),(P4a),(P4b)4b
4cDrum assemblyTFig. 2-4-83(S4)-
5aGuide roller (S) assemblyTFig. 2-4-9(P5)5a
5bRail assemblyTFig. 2-4-93(W5a), (W5b)5b, 5c
(1)(2)(3)(4)(5)(6)(7)
1a, 1b, 1c, 1d
Adjustment
2-1
Page 46
2.2 JIGS AND TOOLS REQUIRED FOR DISASSEMBLY,
ASSEMBLY AND ADJUSTMENT
2.2.1 Tools required for adjustments
1
3
5
78
910
11
Torque driver
YTU94088
Tweezers
P-895
Guide driver
YTU94148A
Slit washer installation jig
YTU94121A
Communication cable
YTU93107A
Service support system
YTU94057-57
2
4
6
12
Chip IC replacement jig
Bit
YTU94088-003
PTS40844-2
Adjustment driver
YTU94028
Jig connector cable
YTU93082C
PC cable
QAM0099-002
Alignment tape
MC-2
1. Torque driver
Be sure to use to fastening the mechanism and exterior
parts because those parts must strictly be controlled for
tightening torque.
2. Bit
This bit is slightly longer than those set in conventional
torque drivers.
3. Tweezers
To be used for removing and installing parts and wires.
4. Chip IC replacement jig
To be used for adjustment of the camera system.
5. Guide driver
To be used to turn the guide roller to adjustment of the
linarity of playback envelope.
6. Adjustment driver
To be used for adjustment.
7. Slit washer installation jig
To be used to install slit washers.
8. Jig connector cable
Connected to CN105 of the main board and used for
electrical adjustment, etc.
9. Communication cable
Connect the Communication cable between the PC cable and Jig connector cable when performing a PC adjustment.
10. PC cable
To be used to connect the VideoMovie and a personal
computer with each other when a personal computer is
used for adjustment.
11. Service support system
To be used for adjustment with a personal computer.
12. Alignment tape
To be used for check and adjustment of interchangeability of the mechanism.
13. Cleaning cloth
Recommended cleaning cloth to wipe down the video
heads, mechanism (tape transport system), optical lens
surface.
13
Cleaning cloth
KSMM-01
Table 2-2-1
2-2
Page 47
2.3 DISASSEMBLY/ASSEMBLY OF MECHANISM
ASSEMBLY
2.3.1 General statement
The mechanism should generally be disassembled/assembled in the EJECT mode (ASSEMBLY mode). (Refer to Fig.
2-3-1.)
However, when the mechanism is removed from the main
body, it is set in the STOP mode. Therefore, after the
mechanism is removed from the main body, supply 3 V DC
to the electrode on the top of the loading motor to enter
the mechanism mode into the EJECT mode compulsory.
<Mechanism assembly/Cassette housing assembly>
DC3V
<SUB CAM GEAR>
TOP VIEWBOTTOM VIEW
Fig. 2-3-2
<EJECT mode>
Fig. 2-3-3
Motor
<Back side of the mechanism assembly>
EJECT mode
Back side of deck
<C IN mode>
Fig. 2-3-4
<SHORT FF mode>
Fig. 2-3-5
<STOP mode>
Fig. 2-3-6
<REV mode>
Fig. 2-3-1
2.3.2 Explanation of mechanism mode
The mechanism mode of this model is classified into six
modes as shown in Table 2-3-1. Each mechanism mode
can be distinguished from others by the relative position
of “
” mark on the sub cam gear to the inner or outer protrusion on the main deck.
Refer to Fig. 2-3-2 to 2-3-8 below.
The EJECT mode, C IN mode and SHORT FF mode should
be recognized by the relative position of the “
the inner protrusion, while the STOP mode, REV mode and
PLAY mode should be recognized by that to the outer protrusion.
2-3
Fig. 2-3-7
<PLAY mode>
” mark to
Fig. 2-3-8
Page 48
2.3.3 Mechanism timing chart
PARTS
MAIN CAM (ø10.4)
SUB CAM (ø11)
ENCODER (ø10)
ROTARY
ENCODER
CAM SW
<SLIDE DECK>
MODE
1
2
3
C
B
A
EJECT
0
0
0
C IN
31.7
30
33
45.6
43.1
47.4
SHORT FF
49.5
46.8
51.5
74.04
70
77
129.5
122.5
134.7
SLIDE STARTSLIDE END
156.6
148.1
162.9
STOP
169.2
160
176
REV
211.5
200
220
PLAY
280.3
265
291.5
SLIDE
POLE BASE
EJECT LEVER
SUP LOADING
BRAKE
RELEASE GUIDE
SUB BRAKE (T)
PINCH ROLLER
TENSION
PAD ARM
MAIN CAM (ø10.4)
SUB CAM (ø11)
ENCODER (ø10)
47.2
44.6
49.1
52.0
49.2
54.1
Table 2-3-1
155.5
147.0
161.7
265.0
250.5
275.6
2-4
Page 49
2.4 DISASSEMBLY/ASSEMBLY OF MECHANISM ASSEMBLY
2.4.1 Follow chart
1. Configuration
Mechanism assembly
A
Cassette housing assembly
2. Procedures for disassembly
A
B
Fig. 2-4-1
Mechanism assembly
Cassette housing assembly
2a5b
C
Main deck assemblySlide deck assembly
B
2-5
Slide deck assembly
7a8a
7h
Fig. 2-4-2
C
Main deck assembly
11e
Page 50
3. Disassembling procedure table
NO.PART NAMEFIG.POINTNOTEREMARKS
A Cassette housing assemblyTFig. 2-4-53(S1),(L1a)-(L1d)
Shift the mechanism mode
from the STOP mode to the
EJECT mode.
Note 1b:
Reassemble the cassette
housing assembly to the
mechanism as the cancel
lever is moved in the direction of the arrow.
2
(S1)
Note 1b
(L1b)
(L1d)
(L1c)
Note 1c
Fig. 2-4-5
2. 2a Reel disk (SUP) assembly
2b Reel disk (TU) assembly
2c Reel cover assembly
(W2)
Note 2b
(W2)
2a
4
(S2a)
6
(S2b)
5
(S2a)
(L1a)
3
(S1)
(L1a)
Slide deck assembly
/Main deck assembly
2b
Note 2b
(W2)
<EJECT mode>
Note 1c:
When reassembling the
cassette housing to the
mechanism, make sure that
there is no deformation in
the frame or no damage to
the switches, etc.
Note 1d:
After reassembling the com-
<PLAY mode>
ponent parts, check the
mechanism operation in the
PLAY mode.
For details of checking
method, refer to “2.6.1 assembling slide deck assembly and main deck assembly”.
Note 2a:
When removing the reel disk assembly, be careful not to
break the brake pad which applies lateral pressure to the
reel disk.
Note 2b:
Be careful not to make a mistake in installing the reel disk.
The SUP reel disk and TU reel disk can be distinguished
from each other by the appearance as shown below.
2c
Note 2a
Note 2c
Note 2a
Fig. 2-4-6
Note 2c
Slide deck assembly
/Main deck assembly
(SUP)(TU)
Note 2c:
When reassembling the cassette housing to the mechanism,
make sure that there is no deformation in the frame or no
damage to the switches, etc.
Note 2d:
When fitting the reel cover assembly to the set, carefully
tighten the screw with the specified tightening torque of
0.069N
•
m (0.7kgf•cm).
2-8
Page 53
3. 3a
Tension arm assembly/
3c Idler arm assembly/ 3d Guide arm assembly
3e Pinch roller arm assembly
3b
Release guide assembly
(W3a)
3d
3a
3b
Note 3a
Note 3a
3c
(W3b)
(W3a)
3e
Note 3b
Note 3a:
When removing the reel cover assembly, pay heed to release guide assembly and guide arm assembly. For the
guide arm assembly is just inserted into the slide deck assembly from the upside and it is apt to come off after the
reel cover assembly is removed.
Note 3b:
Reassemble the tension arm assembly to the mechanism
as the pad arm assembly is moved to the extent in the direction of the arrow.
4. 4a
Cleaner arm assembly/
4c Drum assembly
4c
9
(S4)
Fig. 2-4-7
4b
7
(S4)
Slant pole arm assembly
8
(S4)
4a
(L4a)
Note 4a
Note 4b
(W4)
4b
(P4b)
(P4a)
(L4b)
Note 4a:
When removing the cleaner arm assembly, it is recommended to remove the slant pole arm assembly together
with it except the case of a single unit replacement, because
the hook (L4a) is hard to disengage.
Note 4b:
How to set the coil spring (P4b).
(P4b)
4a
4b
(P4b)
Fig. 2-4-8
2-9
Page 54
5. 5aGuide roller (S) assembly/
1mm
5a
Note 5a
(W5a)
(W5b)
(W5a)
5b
5b
(P5)
Note 5b
Note 5c
(W5a)
Rail assembly
Note 5d
Note 5a:
When reassembling, insert the tip
of the guide roller with the coil
spring put on it into the hole on
the main deck. Tighten the guide
roller by about 6 turns so that the
height of the guide roller assembly is 19 mm or so as shown in
the figure.
Note 5b:
Pay careful attention to the spring not to lose it.
Note 5c:
Pay careful attention to the engagement of the rail assembly’s arm ends because they easily come off the engagement. Moreover, make sure that there is neither deformation nor damage observed in them.
Note 5d:
When removing the rail assembly, check to see if the collar
is securely set in the arm groove.
Guide roller
(s) assembly
19mm
6. B
Slide deck assembly/
(L6a)
(L6b)
(W6)
Note 6a
Fig. 2-4-9
C
Main deck assembly
BSlide deck assembly
CMain deck
assembly
(L6c)
(L6d)
Note 6b
Note 6a:
When removing the slide deck assembly, pay heed to the
three components of the following because they are apt to
come off after the slide deck assembly is removed.
8a
Tension lever assembly/
8c
Brake control lever assembly
For reassembling those components, refer to Fig. 2-4-12.
Note 6b:
When reassembling the slide deck assembly to the main
deck assembly, combine them with each other by the side
grooves and then slide the slide deck assembly by 1 mm
or so.
8b
Slide lever assembly
Fig. 2-4-10
2-10
Page 55
7. 7a Loading brake assembly/ 7b Guide pin (S)
7c
Pad arm assembly/
7e Collar/ 7f Collar/ 7g Sub brake assembly
7h Control plate assembly
(P7b)
10
(S7a)
7b
(W7)
7d
Slide guide plate assembly
Note 7d
7c
11
Note 7c
(S7b)
7d
(W7)
7g
Note 7a:
Don’t remove these parts unreasonably. If they are removed
for some reason, be very careful not to lose them.
Note 7b:
When reinstalling the sub brake assembly, set the control
plate assembly so that its hook is set in the
sub brake assembly.
Note 7b
part of the
(P7a)
7a
Note 7e
(P7d)
(L7b)
(W7)
(W7)
7e
7f
Note
7a
(W7)
(P7c)
Note 7b
7h
(L7a)
(L7d)
Fig. 2-4-11
8. 8a Tension lever assembly/ 8b Slide lever assembly
8c Brake control lever assembly
Note 8c
8a
(L7c)
8c
8b
Note 8a
Note
8b
Note 7c:
Since the slide guide plate assembly controls the slide deck
assembly so that it exactly slides the main deck assembly, it
must exactly be assembled in the PLAY mode. Therefore,
temporarily fix the slide guide plate assembly in this stage.
For details of reassembling procedure, refer to “2.6.1
Assembling slide deck assembly and main deck assembly” .
Note 7d:
The pad arm assembly controls the tension level of the
tension arm assembly. For adjustment of the tension arm
assembly, refer to “2.6.2 Locating tension pole”.
Note 7e:
When reinstalling the load brake assembly, slightly lift the
slide deck assembly upwards because the lower part of the
load brake assembly sticks out of the slide deck assembly.
Note 8a, 8b, 8c:
For refitting the respective parts, refer to the following figures
8a
Tension lever assembly
8b
Slide lever assembly
Fig. 2-4-12
2-11
8c Brake control lever
assembly
Page 56
9. 9a Loading guide/ 9b Timing belt
9c Center gear assembly/ 9d Motor bracket assembly
9e Worm wheel/ 9f Gear holder
9b
Note 9b
Note 9a
9d
9c
14
(S9)
13
(S9)
15
(S9)
(W9)
9e
9f
12
(S9)
9a
Note 9a:
Carefully handle the DEW sensor. (Don’t touch the sensor
surface in particular.)
Note 9b:
When engaging the timing belt, make sure that it securely
engages with the gears of both the center gear assembly and
reel drive pulley assembly.
Fig. 2-4-13
10. 10a Main cam gear/ 10b Brake control plate
10c Rotary encoder/ 10d Connect gear
10e Reel drive pulley assembly
17
(S10)
(W10a)
10c
16
(W10a)
10d
(S10)
10a
(W10b)
10e
10b
Note
10b
(L10)
Note 10a
Note 10a:
When removing/refitting parts, pay careful attention to the
flexible board and so on not to damage them.
Note 10b:
When reinstalling the main cam gear and the brake control plate,
first fit them together so that the protrusion on the brake control
plate is set in the slot on the main cam gear as shown below,
next install the two together to the main deck assembly.
10a
10b
Fig. 2-4-14
Note 10b
2-12
Page 57
11. 11a Catcher (T) assembly/ 11b Capstan motor
11c Charge arm assembly/ 11d Sub cam gear
11e PWB holder
18
(S11)
19
(S11)
21
(S11)
11c
(W11)
Note 11
20
(S11)
22
(S11)
11d
11b
11a
Note 11:
The following figure shows how to put the charge arm assembly and sub cam gear assembly together.
11d
11c
11e
24
(S11)
Fig. 2-4-15
23
(S11)
2-13
Page 58
2.4.3 List of procedures for disassembly
Cassette housing assembly
A
(L1b)
1
(S1)
(W3b)
3c
(W10b)
5b
(W5a)
(W5a)
5a
(P5)
(W5b)
(W5a)
14
(S9)
13
(S9)
9d
(L1d)
(W6)
7d
11
(S7b)
4
(S2a)
2
(S1)
(P7a)
7b
7a
2a
8b
AA
10b
(S7a)
(W2)
(S2b)
(L1c)
10a
10
(W7)
6
(S10)
(P7b)
7c
(P7d)
5
(S2a)
16
(W7)
AA
(S9)
(W7)
15
(W3a)
AA
7h
(W2)
9f
3a
(W7)
2b
3
(S1)
(W10a)
10c
8a
BB
(L1a)
(S10)
AA
(W9)
AA
BB
7e
7f
BSlide deck
assembly
9c
7
9e
(W10a)
AA
3b
BB
9b
(S11)
10d
20
(S11)
CMain deck
assembly
(W7)
7g
10e
(S11)
21
3d
(P7c)
19
BB
18
(S11)
11a
11b
AA
AA
11d
(P4b)
12
(S9)
8c
(S11)
9
(S4)
9a
22
7
(S4)
4a
(P4a)
3e
(W11)
8
(S4)
4c
(W4)
4b
(W3a)
11c
AA
2c
Note)
ClassificationPart No.Symbol in drawing
Grease
KYODO-SH-JB
OilYTU94027BB
(W2)
AA
Fig. 2-4-16
24
(S11)
11e
23
(S11)
2-14
Page 59
2.5 CHECKUP AND ADJUSTMENT OF MECHANISM PHASE
<Connect gear> (Note 2)
<Rotary encoder>
Set the “■” of the rotary
part at the tapped hole
as shown in the figure.
Set the connect gear so
that its locating hole meets
the hole on the main deck
assembly.
<Worm wheel> (Note 2)
Set the worm wheel so
that its locating hole
meets the hole on the
main deck assembly.
<Main cam gear
/Brake control plate>
After fitting the main cam
gear and brake control plate
together,set them together
so that their locating holes
meet the hole on the main
deck assembly.
<Connect gear 2> (Note 2)
Set the connect gear 2 so
that its locating hole meets
the hole on the main deck
assembly.
Note 1
<Sub cam gear>
Set the sub cam gear
so that its locating hole
meets the hole on the
main deck assembly.
This state represents
that the mechanism is
in the EJECT mode,
which is the “mechanism
assembly mode”.
Note 1:
Since the connect gear 2 is tightly fixed to the main deck
by caulking, adjust its phase with the connect gear and
sub cam gear.
2-15
Note 2:
The part that needs phase adjustment by the hole on the main
deck assembly must exactly be set as the specified phase.
There is a fear that some part is installed in a wrong phase
because assembling of the mechanism is automated. If so,
set every part in the correct phase whenever the mechanism
is reassembled.
Fig. 2-5-1
Page 60
2.6 MECHANISM ADJUSTMENTS
2.6.1 Assembling slide deck assembly and main deck assembly
CC
2
3
œ
Œ
D
A
3
3
3
3
BB
1
Assembling procedure
1. Loosen the screw A.
2. Set the mechanism in the PLAY mode.
(Refer to “2.3.2 Explanation of mechanism mode”.)
3. Press the end face B of the slide deck assembly (reel
disk side) and the end face C of the main deck assembly (drum assembly side) with uniform force so that the
two assemblies are tightly pressed to each other. Furthermore, press the part D and tighten the screw A.
Note :
Tightening torque for screw A: 0.069 N·m (0.7 kgf·cm)
Fig. 2-6-1
2-16
Page 61
2.6.2 Locating tension pole
b
a
c
<PLAY mode>
Locating procedure
1. Enter the mechanism assembly into the PLAY mode.
(Refer to “2.3.2 Explanation of mechanism mode”.)
2. When the “ ” part is positioned down, make sure
that the part “a” of the tension arm assembly is located
within the range of “b”.
3. If the part “a” is out of the range, turn the pin “c” to
adjust the position.
Fig. 2-6-2
2-17
Page 62
1
2
3
4
5
ACassette housing assembly
S1×3
W2×1
Reel disk (SUP) assembly
W2×1
W3a×1
P5×1
Reel cover assembly
S2a×2
S2b×1
W2×1
Reel disk (TU) assembly
Tension arm
assembly
Release guide
assembly
W3b×1
Idler arm
assembly
W3a×1
Pinch roller arm
assembly
Guide arm
assembly
Cleaner arm assembly
W4×1 P4a×1 P4b×1
Slant pole arm assembly
S4×3
Drum assembly
Guide roller (S) assembly
W5a×3 W5b×1
Rail assembly
2a
2b
3a3b3c3d3e
2c
4b
5b
4a
5a
4c
2.7 SERVICE NOTE
Use the following chart to manage mechanism parts that are removed for disassembling the mechanism.
Table 2-7-1a
2-18
Page 63
6
BCSlide deck assembly
7
Loading
7a7b
brake
assembly
Guide pin
(S)
7c
Pad arm
assembly
7d
Slide guide
plate
assembly
W7×1 P7a×1
7e
Collar
S7a×1
7f
Collar
W7×1 P7b×1
7g
Sub brake
assembly
W6×1
8
9
Main deck assembly
Loading
9b9a
guide
Timing belt
8a
Tension lever
assembly
Center gear
9c9d9e9f
assembly
Motor bracket
assembly
Slide lever
8b
assembly
W7×1 P7c×1
8c
Worm wheel
S7b×1
Control
7h
plate
assembly
W7×2P7d×1
Brake control
lever assembly
Gear
holder
S9×1
10
Main cam
gear
Brake control
10b10a
plate
S10×1
11
Catcher (T)
Capstan motor
11b11a
assembly
S11×2
2-19
S11×2
S9×2
Rotary encoder
S10×1W10a×1
Charge arm
11c
assembly
W11×1
Table 2-7-1b
W9×1
Connect gear
10d10c
W10a×1
Sub cam gear
11d11e
S11×1
S11×2
Reel drive
10e
pulley
assembly
W10b×1
PWB holder
S9×1
Page 64
2.8 COMPATIBILITY ADJUSTMENT
2.8.1 Jig connector cable connection
Remove one screw (1) first and the cover (JIG) next.
CN105
Jig connector cable
(YTU93082C)
Jig board
1
MAIN CN105
VPPC
REG_3V
SRV_TX
CJIG_RST
IF_TX
I_MTR
FS_PLL
ATFI
MAIN VCO
ENV_OUT
PB_CLK
HID1
GND
JLIP_TX
JLIP_RX
MON_G
CVF_G
SRV_RX
VPPD
Al_3VSYS
DRST
DISCRI
NC
SRV_GND
NC
TRST
TCMK
TMS
TDO
TDA
Cover(JIG)
Fig. 2-8-1 Jig connector cable connection
1
16
2
17
3
18
4
19
5
20
6
21
7
22
8
23
9
24
10
25
11
26
12
27
13
28
14
29
15
30
JIG BOARD
CN1
NC
1
SRV_TX
2
CJIG_RST
3
IF_TX
4
I_MTR
5
FS_PLL
6
AT FI
7
MAIN VCO
8
9
ENV_OUT
PB_CLK
10
11
HID1
GND
12
13
JLIP_TX
VPPD
14
CN2
JLIP_RX
1
MON_G
2
CVF_G
3
SRV_RX
4
Al_3VSYS
5
DRST
6
DISCRI
7
NC
8
SRV_GND
9
NC
10
TRST
11
TCMK
12
TMS
13
TDO
14
15
TDA
Fig. 2-8-2 Jig connector cable schematic diagram
2-20
Page 65
2.8.2 Tape pattern check
(1) Play back the compatibility adjustment tape.
(2) While triggering the MAIN CN105-21PIN (HID1), ob-
serve the waveform of CN105-20PIN (ENV_OUT).
(3) Confirm that the waveform is free from remarkable
level-down, and entirely parallel and straight.
Moreover, perform the following adjustment as required.
(4) In case any level-down is observed on the left hand
side, straighten the level by turning the guide roller of
the pole base assembly (supply).
In case any level-down is observed on the right hand
side, however, straighten the level by turning the guide
roller of the pole base assembly (Take-up).
(5) After adjustment, try the unloading motion once, and
confirm that the waveform is flat (straight) when the
tape has been played back again.
Moreover, perform readjustment as required.
(6) When the recording has been played back again, play
back the self-recording to confirm that the waveform
is flat.
Note:
When an adjustment is performed with the lower case cover
attached, first slide the plate open and then perform the
compatibility adjustment.
Be sure not to damage the cover plate when sliding it open
to make an adjustment because it must be re-positioned after completing the adjustment.
CN105
(ENV_OUT)
CN105
(HID1)
Misalignment of guide
roller height on the
supply side
Fig. 2-8-3
Flatten the waveform.
Misalignment of guide roller
height on the take-up side
Fig. 2-8-4
GUIDE ROLLER (SUP) ASSYGUIDE ROLLER (TU) ASSY
NOTE:
The plate serves as a cover
for the service adjustment
access hole.
PLATE (Adjust)
JIG CONNECTOR CABLE
Refer to page 2-20.
MAIN CN105
20PIN (ENV_OUT)
21PIN (HID1)
JIG BOARD
CN1-9PIN (ENV_OUT)
CN1-11PIN (HID1)
2-21
Fig. 2-8-5
Page 66
SECTION 3
Torque driver
YTU94088
1
Bit
YTU94088-003
2
Service support system
YTU94057-57
10
INF adjustment lens
YTU92001B
11
INF adjustment lens holder
YTU94087
12
Camera stand
YTU93079
13
Light box assembly
YTU93096A
14
Gray scale chart
YTU94133A
15
Color bar chart
YTU94133C
Communication cable
YTU93107A
7
PC cable
QAM0099-002
8
Alignment tape
MC-2
9
3
Chip IC replacement jig
PTS40844-2
4
Tweezers
P-895
Jig connector cable
YTU93082C
5
6
ELECTRICAL ADJUSTMENT
3.1 PRECAUTION
1. Precaution
Both the camera and deck sections of this model needs a
personal computer for adjustment except simple adjustment
with potentiometers. If some of the following parts is replaced
for repair or other reason, the repaired set must be adjusted
with a personal computer.
• OP block
2
• E
PROM (IC1003 of MAIN board)
• MONITOR
2
• E
PROM (IC7603 of MONITOR board)
In the event of malfunction with electrical circuits, troubleshooting with the aid of proper test instruments most be done
first, and then commence necessary repair, replacement and
adjustment, etc.
1. In case of wiring to chip test points for measurement,
use IC clips, etc. to avoid any stress.
2. Since connectors are fragile, carefully handle them in disconnecting and connecting.
3. Shortcircuit between operation and DECK chassis.
2. Required test equipment
1. Color TV monitor.
2. AC adapter
3. Oscilloscope (dual-trace type, observable 100 MHz or
higher frequency)
3. Tools required for adjustments
Note :
It is recommended to use one observable 300 MHz
or higher frequency.
4. Digital voltmeter
5. Frequency counter (with threshold level adjuster)
6. Personal computer
Table 3-1-1
3-1
Page 67
1.Torque driver
Be sure to use to fastening the mechanism and exterior parts because those parts must strictly be controlled for tightening torque.
2.Bit
This bit is slightly longer than those set in conventional
torque drivers.
3.Tweezers
To be used for removing and installing parts and wires.
4.Chip IC replacement jig
To be used for adjustment of the camera system.
5.Jig connector cable
Connected to CN105 of the main board and used for
electrical adjustment, etc.
6.Communication cable
Connect the Communication cable between the PC
cable and Jig connector cable when performing a PC
adjustment.
7.PC cable
To be used to connect the VideoMovie and a personal
computer with each other when a personal computer
is used for adjustment.
8.Service support system
To be used for adjustment with a personal computer.
9.Alignment tape
To be used for check and adjustment of interchangeability of the mechanism.
10. INF adjustment lens
To be used for adjustment of the camera system.
11. INF adjustment lens holder
To be used together with the camera stand for operating the VideoMovie in the stripped-down
condition such as the status without the exterior parts
or for using commodities that are not yet conformable
to the interchangeable ring.
12. Camera stand
To be used together with the INF adjustment lens
holder.
13. Light box assembly
To be used for adjustment of the camera system.
14. Gray scale chart (for Light box assembly)
To be used for adjustment of the camera system.
15. Color bar chart (for Light box assembly)
To be used for adjustment of the camera system.
3.2 SETUP
1. Setup for electrical adjustment with personal computer.
NOTE:
Remove one screw (1) first and the cover (JIG)
next.
COMMUNICATION CABLE JIG CONNECTOR
to CN105-8 pin (CN2-1 pin)
RED
( JLIP_RX )
to CN105-22 pin (CN1-13 pin)
( JLIP_TX )
WHITE
to CN105-7 pin (CN1-12 pin)
BLACK
( GND )
Jig connector cable
CN105
1
Cover(JIG)
COMMUNICATION CABLE
Service Support System
RS232C
COM Port
MENU
PC CABLE
Personal Computer
Fig. 3-2-1 Connection for Service support system
3-2
Page 68
4-1
SECTION 4
CHARTS AND DIAGRAMS
NOTES OF SCHEMATIC DIAGRAM
Safety precautions
The Components identified by the symbol are
critical for safety. For continued safety, replace safety
critical components only with manufacturer's recommended parts.
1. Units of components on the schematic diagram
Unless otherwise specified.
1) All resistance values are in ohm. 1/6 W, 1/8 W (refer to
parts list).
Chip resistors are 1/16 W.
K: KØ (1000Ø), M: MØ (1000KØ)
2) All capacitance values are in µF, (P: PF).
3) All inductance values are in µH, (m: mH).
4) All diodes are 1SS133, MA165 or 1N4148M (refer to parts
list).
2. Indications of control voltage
AUX : Active at high.
AUX or AUX(L) : Active at low.
3. Interpreting Connector indications
Note: If the voltages are not indicated on the schematic
diagram, refer to the voltage charts.
123
2.5
(5.0)
1.8
PB and REC modes
(Voltage of PB and REC modes
are the same)
PB mode
REC mode
4. Voltage measurement
1) Regulator (DC/DC CONV) circuits
REC : Colour bar signal.
PB : Alignment tape (Colour bar).
— : Unmeasurable or unnecessary to measure.
4) Indication on schematic diagram
Voltage Indications for REC and PB mode on the schematic diagram are as shown below.
5. Signal path Symbols
The arrows indicate the signal path as follows.
NOTE : The arrow is DVC unique object.
Playback signal path
Playback and recording signal path
Recording signal path
(including E-E signal path)
Capstan servo path
Drum servo path
(Example)
R-Y
Y
Playback R-Y signal path
Recording Y signal path
6. Indication of the parts for adjustments
The parts for the adjustments are surrounded with the circle as
shown below.
7. Indication of the parts not mounted on the circuit board
“OPEN” is indicated by the parts not mounted on the circuit
board.
R216
OPEN
1
2
3
1
2
3
1
2
3
1
4
2
3
Removable connector
Wire soldered directly on board
Non-removable Board connector
Board to Board
Connected pattern on board
The arrows indicate signal path
S40889-01
4-2
S40889-01
CIRCUIT BOARD NOTES
1. Foil and Component sides
1) Foil side (B side) :
Parts on the foil side seen from foil face (pattern face)
are indicated.
2) Component side (A side) :
Parts on the component side seen from component face
(parts face) indicated.
2. Parts location guides
Parts location are indicated by guide scale on the circuit board.
Note: For general information in service manual, please
refer to the Service Manual of GENERAL INFORMATION Edition 4 No. 82054D (January 1994).
LOCATION
REF No.
IC101 B C 6 A
IC
Category : IC
Horizontal “A” zone
Vertical “6” zone
B : Foil side
(A : Component side)
C : Chip component
D : Discrete component)
Page 69
1
2
3
5
4
ABCDEFGH
BOARD INTERCONNECTIONS4.1
4-44-3
RECH
CN501
CN574
CN571
CN573CN112
REG_3V
CN108
CN572
CN109
RECH
PBH
HID3
DUMP_CTL
HG_U[+]
HG_W[-]
HG_BS[-]
HG_W[+]
HG_BS[+]
HG_U[-]
HG_V[+]
HG_V[-]
C_COIL_U
C_COIL_W
C_FG[+]
C_FG[-]
C_COIL_V
CAP_RVS
MDA_PS
CN113
J7601
PBH
CN761
NOSIG_LV
ATF_GAIN
RECCADJ
Z_VCC
ATFI
LCD_Y
ADCLK
REF_CLK
PBLK
SHP
CN105
REC_DATA
REC_CTL
MONI_CHG
HID3
ROM_CS
MONI_CHG
HID1
REC_CLK
VRB_AGC
VRB_ATF
AGC_OUT
CJIG_RST
EEPROM_CS
EEP_DT_CLK
CLK_OUT
GND
DATA_OUT
CAM_SW_C
CN551
CN103
HDIN
CPOB
REG_4.8V
CN765
DRUM_ERR
CAM_SW_B
CN751
SHD
REG_3V
REG_2.5V
V_OUT
REG_4.8V
VREF_1.1
S_REEL
ENV_OUT
2S
2F
CN110
1S
M_REG4.8
1F
LITHIUM
GND
REG_1.8V
CAM_SW_A
M_REG4.8
DRUM_BRK
HID1
AGC_OUT
VRB_AGC
ATFI
VRB_ATF
REC_DATA
REC_CTL
I_MTR
REF_CLK
VREF_1.1
KEY_C
MON_G
CVF_G
HID1
S_CLK
CN106
DISCRI
EEP_DT_OUT
EEP_IN
REG_1.8V
SRV_CS
S_CLK
SRV_GND
CAP_RVS
IR_RMC
CALE
VF_LCD
TDO
TDB
CAPT_REQ
CCD_CTL
VDIN
TAPE_LED
CN763
FS_PLL
REEL_VCC
MAIN_VCO
S_DT_IN
ZOOM01
PB_CLK
E_SENS
ZOOM04
F_PTR_AD
F_VCC
F_LED
REEL_VCC
ZOOM03
ZOOM02
SREEL_IN
GND
DAMP+
DCO[0-3]
EXT_IN_L
S_DT_OUT
HGout+
DAMP-
OP_THRMO
HGout-
HGVss-
HGVcc+
DRIVE+
REG_2.5V
TREEL_IN
GND
S_SENS
CN764
REC_SAFE
MIC1
MIC2
MIC3
DEW_SENS
Z_PTR_AD
IRIS_PWM
SRV_RDY
MDA_PS
CAM_VD
CCD_3.1V
CAP_BRK
CAP_REF
CAP_FG
DRUM_REF
DRUM_PG
MONI_SW
CN766
DRUM_FG
TREELLED
M_UNREG
CLK9A
LD_ON
DRST
S_IN_L
TBC_RST
DYO[0-3]
TBC_CS
TBC_CLK
TBC_DTO
DCI[0-3]
TBC_DTI
CAM_VD
INV
HID1
SPA
SRV_RST
DSP_72M
HID1
FRP
TSR
OUTV
SRV_TRK
CLK27SEL
DV_RST
LD_FWD
LD_REV
PHOTO_SW
KEY_C
DUMP_CTL
VC[0-3]
SRV_RX
NOSIG_LV
SRV_TX
D_GAIN
ADDT[00-15]
OUTV
REC_CLK
DV_WAIT
EEPROM_CS
TG_36M
EEP_DT_CLK
EEP_DT_OUT
EEP_IN
CN754
REG_4.8V
S_DT_IN
VPPD
ADDT[00-15]
MD_DEM1
CN104
CLK27A
REG_3V
ATFI
GND
CJIG_RST
CLK_OUT
DV_WAIT
ATF_GAIN
DRWSEL
TG_CS
DRE
DWE
DALE
INV
INH
OUTV
OUTH
BLK[A-C]
MENU_P_A
MENU_P_B
A_CSYNCMENU_SET
DIAL_PB
DIAL_OFF
TBCCTL
CN552
OSD_HD
OSD_VD
DOT_CLK
RECCADJ
DIAL_AUTO
DATA_OUT
J551
CN751
DIAL_MANU
CHRG_LED
OUT_Y[0-3]
TRIG_SW
CN752
DYI[0-3]
AIDAT
AODAT
AILRCK
AIBCK
AIMCK
TSR
FRP
CLK_OUT
CLK27A
DV_RST
SPA
TPA+
TPA-
TPB+
TPB-
FOCUS_SW
POW_LED
ZOOM_SW
IF_TX
VPPC
AL_3VSYS
J554
DCO[0-3]
CN101
CN763
CN7001
JLIP_TX
JLIP_RX
T_BATT
ADP_H
JLIP_TX
V_BATT
LAMP_ON
VF_CTL
I_MTR
EM_DET
CLK27SEL
AREG_SO
AREG_CLK
SRV_TRK
DAC_CS
REG_CS
S_DC_IN
ASPECT2
ASPECT1
CN7002
LD_ON
DYO[0-3]
CN111
CLK27B
FOCUS04
FOCUS03
FOCUS02
BATT_+
BATT_CHK
INV
ADP_DC
GND
HDCVF
LAMP_4.5V
P_DET
LAMP_ON
DRUM_PWR
DRUM_ERR
D_GAIN
FOCUS01
REG_3V
HALL_AD
IRIS_O/C
CAP_PWR
F/Z_CS
CAP_ERR
IR_AMP
REG_15V
IR_OUT
DATA_OUT
V_BATT
I_MTR
M_UNREG
INH
OUT_C[0-3]
OUT_VS
AREG_SO
AREG_CLK
OUT_HS
REG_CS
REG_3V
REG_2.5V
GND
REG_1.8V
M_REG4.8
REG_4.8V
VFREG4.8
VF_CTL
REG_12V
REG-CCD
REG_-15V
LIT_3V
AL_3V
CHRG_EVR
F/Z_CS
EXT_IN_L
S_IN_L
TBC_RST
TBC_CS
CLK_OUT
TG_RST
M_REG4.8
OP_THRMO
TBC_CLK
STV1
H_GAIN
CAM_VD
TBC_DTO
TBC_DTI
CLK4M5
H_GAIN
LCD_Y
LCD_G
LCD_B
LCD_R
H_OFFSET
H_OFFSET
ASPECT1
VDCVF
REG_4.8V
REG_3V
REG_1.8V
SD_DATA2
MMC_CS
GND
Dat2MMC
VSS(GND)
ASPECT2
INV
REG-CCD
VDD(DSC_3V)
MMC_CLK
VSS2/CD
Dat2Host
SD_DATA1
STV2
Q2H
CLK1
CPV
CARD_DET
VSS(GND)
SD_WP
CHRG_EVR
M32_MMC_CS
MMC_CMD
DSC_GND
CLK2
REG_15V
DSC_3V
TG_RST
SREELLED
H2
H1
RG
CCD-7V
SUB
CLK3
MMC_CLK
VFREG4.8
LCD_RVS
MMC_CD
MMC_DATA
OEH
CAP_PWR
DRUM_REF
DRUM_PG
CCD_15V
BL_4.8V
LOAD_FWD
LOAD_REV
CAP_BRK
COIL_COM
D_PFG[+]
D_COIL_W
D_COIL_V
D_COIL_U
D_PG[-]
D_FG[-]
CAP_ERR
GND
DRUM_PWR
EM_DET
CAP_REF
CAP_FG
DRUM_FG
CN102
P_MEDIA
LITHIUM
KEY_B
OEV
KEY_A
STH1
GND
STH2
V1V2V3
V4
MON_R
MON_G
MON_B
CHRG_LED
CN107
GND
Z_PTR_AD
F_PTR_AD
TREEL_IN
REG_3V
REG_4.8V
CN8001
GND
MP_MUTE
MP_MUTE
AILRCK
AIMCK
AIBCK
AODAT
AIDAT
TMS
M_CS
S_DT_OUT
SPK-
MXDT_OUT
SPK+
LCD_CTL
EL_CTL
IN_MIC/L
IN_MIC/R
S_SHUT
M_RVS
P_MEDIA
PWAD2
PD_L
PWDA2
AUDIO_CS
DATA_OUT
A_MUTE
BUZZER
AU_SIG/R
AU_SIG/L
PWDA2
PD_L
CLK_OUT
AUDIO_CS
DATA_OUT
A_MUTE
BUZZER
KEY_B
KEY_A
TALLY
MONI_SW
REM_OUT
S_DT_IN
J553
CN502
HRP
SREEL_IN
T_REEL
TCMK
TRST
DATA_OUT
CLK_OUT
DAC_CS
TBCCTL
Z_LED
OUT_Y[0-3]
OUT_C[0-3]
OUT_VS
OUT_HS
HALL_AD
IRIS_O/C
INT_GND
HD_SEL
HDDSC
VDDSC
FLDDSC
HD_SEL
OP_THRMO
F_PTR_AD
VF_COM
CVF_G
CVF_R
CVF_B
VFREG4.8
HCK1
HCK2
HST
VDD
Z_PTR_AD
TG_RST
VCK
VST
EN
VFREG4.8
BW_Y
REG_12V
VDD
VF_CTL
REG_12V
DATA_OUT
REG_3V
CLK_OUT
DSC_STS
FLSH_RST
DSC_RST
DSC_CS
DSC_DT_IN
DSC_DT_OUT
DSC_CLK
DSC_WKUP
USBDOWN
CN752
VGL
MMC_CD
AL_3V
LCD_COM
GND
CN753
VB
LCD_VEE
VGH
VDD
VSS
UD
CN762
C_OUT
CN8002
LD_REV
Y_OUT
LD_FWD
DRUM_BRK
DSP_72M
EX_MIC/R
LIT_3V
GND
REG_3V
EX_MIC/L
EM_GND
PWAD2
MD_DEM1
DOBCK2
DOMCK2
DOLRCK2
DODAT2
DSCIO[0-7]
CLK_OUT
DATA_OUT
CRWSEL
CDSTB
CLKDSC
REG_4.8V
REG_15V
REG_-15V
AIDAT2
CRWSEL
CDSTB
DSP_RST
DSP_RST
ADCLK
CLK9A
HDIN
TG_36M
VDIN
REG_2.5V
CLK27A
IRIS_C
IRIS_C
ADIN[0-9]
CPOB
CLK27A
PBLK
CDS_CS
S_DT_OUT
S_CLK
BUS[0-15]
OMT
DSYO[0-7]
DSCO[0-7]
CCD_3.1V
CPOB
SHP
SHD
CLK27B
TCMK
TMS
BLK[A-C]
INV
TRST
TDA
DSYIO[0-7]
TDB
CCD_CTL
INV
A_CSYNC
VF_LCD
PBLK
ROM_CS
S_DT_IN
M_CS
LCD_B
VDCVF
HDCVF
REG_12V
LCD_R
REG_3V
LCD_G
CCD_OUT
CDS_CS
CLK_OUT
DATA_OUT
ADIN[0-9]REG_4.8V
GND
CPOB
PBLK
HRP
IRIS_PWM
OSD_HD
BUS[0-15]
OSD_VD
DOT_CLK
VC[0-3]
CAM_VD
CLK4M5
MVD
CALE
OMT
MFLD
MFLD
OUTH
OUTV
DYI[0-3]
MVD
DCI[0-3]
INV
DCO[0-3]
INH
DYO[0-3]
S_SHUT
REG_3V
GND
CLK27B
S_DET
S_DC_IN
CCD_CTL
EJT_SW
CAS_SW
CLK_OUT
DATA_OUT
TG_RST
DRWSEL
DRE
DWE
DALE
TG_CS
SRV_RDY
SRV_CS
S_CLK
S_DT_OUT
SRV_RST
CCD
C_FG[+]
Vdd
HG_BS[-]
C_FG[-]
HG_U[-]
HG_W[+]
HG_W[-]
JACK (Page 4-37)
HG_U[+]
HG_V[-]
HG_V[+]
LOAD_REV
GND
C_COIL_U
C_COIL_U
C_COIL_W
C_COIL_W
C_COIL_V
C_COIL_V
DR_GND
D_PFG[+]
COIL_COM
D_COIL_W
D_COIL_W
D_COIL_V
D_COIL_V
D_COIL_U
D_COIL_U
D_PG[-]
D_FG[-]
MAIN
SPEAKER
REG_3V
MENU_SET
2S2F1S1FGND
GND/TAPE_GND
GND
GND
GND
MONITOR
01
TAPE_GND
CN113
GND
D.CPU
CAM_SW_A
0
CAM_SW_B
CAM_SW_C
PDR
GND
TAPE_LED
NC
NC
6
VCKN
AV
0
4
VSUB
BL
C-VF
0
DSC, USB
CN105
CONN.
IN_MIC/R
INT_GND
DC LIGHT
OP BLOCK
DIAL_PB
Z_LED
Z_PTR_AD
Z_VCC
HGout+
GND
ZOOM01
ZOOM04
ZOOM03
VF_COM
ZOOM02
F_VCC
VIDHI
VPLN
F_LED
FOCUS01
FOCUS04
FOCUS03
FOCUS02
GND
OP_THRMO
PB_CLK
MAIN_VCO
F_PTR_AD
EL_CTL
A_REG_3V
GND
BL_GND
1
DAMP-
SYSCON
HGVcc+
HGout-
HGVss-
DRIVE+
DAMP+
GND
CN101
5
GND
D.CPU
DVMAIN
REG
V1
GND
DEW_SENS
LCD BL (Page 4-33)
0
HG_BS[+]
LOAD_REV3LOAD_FWD
LOAD_FWD
SENSOR
CN110
MultiMediaCard
CN113
IN_MIC/L
MM
GND
MIC
M
HODL
HLTOR
R.E.SW
GND
BW_COM
BW_VEE
CVF_G
CAPSTAN MOTORDRUM MOTORHEAD
GND
CVF_R
MIC
CVF_B
LOADING MOTOR
BW_VDD
V2
LAMP_4.5V
REG_12V
GND
0
ROTARY
ENCODER
SW
B/W VF (Page 4-39)
08
OP DRIVER
LCD(B/W VF) MODULE
0
HCK1
V4
9
TALLY
LCD(C-VF) MODULE
REAR
0
7
DV
TRIG_SW
CN105
HCK2
POW_LED
PRE/REC
SPK+
SPK-
DVMAIN
MDA
CN105
REG
HID1
DVMAIN
JIG
CAMERA DSP
INV
INH
DYO[0-3]
DCO[0-3]
VIDEO I/O
AUDIO
HST
OP DRIVER
AUDIO
D.CPU
CN103
CN105
FS_PLL
GND
CAMERA DSP
GND
EXT
IN/OUT
IN/OUT
IN/OUT
INDEX
CN102
CAS_SW
REC_SAFE
VFREG4.8
PRE/REC
DVMAIN
S_SENS
V3
REG
CN111
DVMAIN
REEL_GND
GND
DVMAIN
JLIP_TX
CN105
DVMAIN
1
JLIP_RX
MONITOR
0
2
USB
T_REEL
CDS
HI
REM_OUT
EM_GND
RG
MMC
SD/
H2
CDS
EX_MIC/L
EX_MIC/R
ZOOM UNIT
EM_DET
GND/AV_GND
S_REEL
CCD-7V
E_SENS
CAMERA DSP
GND
BATT_+
GND
GND/AV_GND
V_OUT
P_DET
AU_SIG/L
AU_SIG/R
EN
VDD
GND
JLIP_TX
IR_RMC
IR_OUT
REG_4.8V
IR_AMP
VDD
VCK
GND
GND
GND
GND
SUB
Vout
VDD
SREELLED
VST
VFREG4.8
VFREG4.8
NCRGNC
GND
GND
VFREG4.8
GND
NC
GND
NC
GND
NC
GND
SRV_TX
GND
NC
NC
TAPE_LED
NC
CAS_SWNCREC_SAFE
REV_SW
BL_GND
VREF
NC
LCD_Y/BW_Y
GND
VDD
VDD
CAM_SW_A
VDD
SLEEP/VF_CTL
REG_12V
HPLN
CDS
HCLKN
RENEN
S_SENS
RENON
VIDLO
TCL
CAM_SW_B
CCD_15V
CCD_OUT
CAM_SW_C
VF_COM
GND
CVF_G
CVF_R
CVF_B
VPPD
SRV_RX
GND
HCK1
HCK2
HST
VDD
V1
VCK2
V2
V3
VST
VDD
EN
STB
GND
REG_12V
SREELLED
TREELLED
V4
NC
NC
GND/REEL_GND
NC
H1
BL_GND
LCD_CTL
GND/DR_GND
DRST
DISCRI
BL_4.8V
NC
BL_4.8V
STH1
OEH
Q2H
CLK1
CLK2
CLK3
GND
D.CPU
MON_B
MON_G
MON_R
VB
LCD_RVS
STH2
LCD_VEE
LCD_COM
VGH
LCD_VDD/VDD
STV1
OEV
CPV
UD
STV2
VSS
VGL
SYSCON
REG
JLIP_RX
STH1
OEH
Q2H
REG
CLK1
SYSCON
SYSCON
CLK2
CLK3
SIG_GND
MON_G
OP DRIVER
TG
B
AUDIO (Page 4-13)
G
R
MDA
VB
PRE/REC
RL
STH2
VEE
VCOM
VGH
VDD
STV1
OEV
CPV
UD
MDA
STV2
VSS
VGL
SRV_GND
BL_GND
NC
TRST
TCMK
HV
LCD(MONITOR) MODULE
ENV_OUT
H2
TMS
TDO
SUB
TDA
USBSENSE
VL
CAMERA DSP
DC JACK
ADP_DC
ADP_DC
DIAL_AUTO
USB_DN_RX
ZOOM_SW
BATT_CHK
MENU_P_B
MENU_P_A
ADP_H
DIAL_OFF
BATT_+
USB_DP_TX
T_BATT
GND
TPB-
PHOTO_SW
FOCUS_SW
DIAL_MANU
GND
TG
+
TPB+
T_REEL
S_REEL
E_SENS
TREELLED
TPA-
MIC3
MIC2
MIC1
TPA+
D_PFG[+]
COIL_COM
D_COIL_W
D_COIL_W
D_COIL_V
D_COIL_V
D_COIL_U
D_COIL_U
D_PG[-]
D_FG[-]
LOAD_REV
GND
DEW_SENS
LOAD_REV
LOAD_FWD
LOAD_FWD
EJT_SW
-
JUNCTION (Page 4-36)
T
BATT_TERM.
MIC3
MIC2
MIC1
2
REG_3V
GND
CJIG_RST
IF_TX
VPPC
AL_3VSYS
CN103
CN104
CN107
CDS
CAMERA DSP
D.CPU
VIDEO I/O
DECK OPE
MONI_SW
CHRG_LED
CHRG_LED
SPK+
CCD_15V
ATFI
CCD_CTL
REG_3V
SPK-
REG_3V
KEY_A
KEY_B
LITHIUM
Y_OUT
M_RVS
CVF_G
BL_GND/GND
BL_GND/GND
LCD_CTL
REG_4.8V
SYSCON
REG_4.8V
KEY_C
REG_-15V
MECHA
REG_15V
S_DT_OUT
TG
S_CLK
M_CS
S_DT_IN
34
56
LITHIUM
ROM_CS
BW_Y/LCD_Y
CN102
HRP
LCD_B
REG
D.CPU
SYSCON
REG
CN105
VF_LCD
LCD_R
CN103
CN109
AUDIO
REG
REG_4.8V
MON_G
CN102
SYSCON
CN106
CN101
CN102
REG_12V
REG
CAMERA DSP
SYSCON
CN108
CN101
CN101
VFREG4.8
LCD_G
S_DET
GND
VIDEO I/O (Page 4-19)
JLIP
CAMERA DSP
DVMAIN
GND
S
HDCVF
VIDEO I/O
VDCVF
SYSCON
REG
CAMERA DSP
CN107
REG
C_OUT
TG
CN111
OP DRIVER
EL_CTL
P_MEDIA
M32_MMC_CS
/SD/MMC_CS
MMC_CMD
/Data2MMC
CN111
DSC_GND
MMC_CLK
DSC_3V
SYSCON
CAMERA DSP
MMC_CD
I_MTR
CVF_G
REG
D.CPU
CN112
CN113
BATT.
MMC_DATA
/Data2Host
SD_WP
GND
GND
GND
CLK27/CLK27B
GND
EL_CTL
GND
GND
GND
GND
REG_4.8V
REG_4.8V
GND
REG_3V
REG_3V
REG_3V
REG_1.8V
REG_1.8V
REG_1.8V
MMC_CD
USBSENSE
USB_DN
USB_DP
GND
GND
GND
GND
GND
P_MEDIA
USBDOWN
FLSH_RST
DSC_RST
DSC_CS
DSC_CLK
DSC_DT_IN
DSC_DT_OUT
MXDT_OUT
CAPT_REQ
DSC_WKUP
DSC_STS
DOLRCK2
DOMCK2
DOBCK2
DODAT2
AIDAT2
DSCIO1
DSCIO2
DSCIO0
DSCIO3
DSCIO4
DSCIO5
DSCIO6
DSCIO7
DSYIO0
DSYIO1
DSYIO2
DSYIO3
DSYIO4
DSYIO5
DSYIO6
DSYIO7
CLKDSC
VDDSC
HDDSC
FLDDSC
DSYO0
DSYO1
DSYO3
DSYO4
DSYO5
DSYO6
DSYO7
DSCO0
DSCO1
DSCO2
DSCO3
DSCO4
DSCO5
DSCO6
DSCO7
DSYO2
SELECT
E-MAIL
INFO
GND
NAVI
EL
EL1
EL1
NC
NC
EL2
EL2
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
y10258001a_rev0
(Page 4-35)
(Page 4-27)
(Page 4-21)
(Page 4-25)
(Page 4-23)
(Page 4-41, 4-43)
(Page 4-31)
2019181716151413121110
987654321
(Page 4-11)
(Page 4-17)
J501J502J503
(Page 4-15)
(Page 4-9)
(Page 4-7)
(Page 4-29)
(Page 4-38)
YTU94074-24
YTU94077-24
∗
YTU94074-20
YTU94077-20
∗
YTU94074-24
YTU94077-24
∗
YTU94074-15
YTU94077-15
∗
YTU94074-12
YTU94077-12
∗
YTU94105-40
YTU94077-40
∗
YTU94074-10
YTU94077-10
∗
YTU94074-20
YTU94077-20
∗
YTU94074-20
YTU94077-20
∗
OPEN
YTU94074-6
YTU94077-6
∗
NOTE )∗ : The number of patch cords
are indicated by interconnected.
Page 70
HGF
EDCBA
4
5
3
2
1
4-64-5
MAIN IF SCHEMATIC DIAGRAM4.2
CN105
USBSENSE
REM_OUT
0 1 MAIN (MAIN IF)
JLIP_RX
DRST
GND
LAMP_4.5V
REG_3V
INT_GND
CAM_SW_C
CJIG_RST
MONI_SW
M_RVS
CVF_G
GND
LCD_CTL
CLK27B
GND
KEY_C
REG_-15V
REG_15V
S_DT_OUT
S_CLK
M_CS
S_DT_IN
ROM_CS
VDCVF
LCD_G
HDCVF
LCD_R
EL_CTL
MON_G
REG_12V
VFREG4.8
VF_LCD
S_DET
GND
REG_3V
KEY_B
KEY_A
SPK-
SPK+
REG_4.8V
LCD_Y
HRP
LCD_B
CHRG_LED
IR_RMC
IR_OUT
IR_AMP
REG_4.8V
LITHIUM
CVF_G
C_OUT
P_DET
AU_SIG/R
AU_SIG/L
V_OUT
Y_OUT
TRIG_SW
JLIP_TX
EM_DET
EX_MIC/R
DIAL_MANU
DIAL_AUTO
DIAL_OFF
DIAL_PB
MENU_SET
MENU_P_B
IN_MIC/R
MENU_P_A
PHOTO_SW
FOCUS_SW
POW_LED
ADP_DC
BATT_CHK
BATT_+
ADP_H
T_BATT
ZOOM_SW
C_COIL_V
GND
IN_MIC/L
TPA+
TPA-
TPB+
TPB-
R101
USB_DN_RX
C_FG[-]
GND
C_FG[+]
REG_3V
C_COIL_W
C_COIL_U
HG_V[-]
HG_V[+]
HG_U[-]
HG_BS[+]
HG_W[+]
HG_BS[-]
HG_W[-]
HG_U[+]
USB_DP_TX
EJT_SW
GND
TAPE_LED
E_SENS
SREELLED
S_REEL
TREELLED
T_REEL
S_SENS
MIC1
MIC2
MIC3
REC_SAFE
CAS_SW
COIL_COM
D_PFG[+]
D_COIL_W
D_COIL_V
D_COIL_U
D_PG[-]
D_FG[-]
DEW_SENS
LOAD_FWD
LOAD_REV
EX_MIC/L
GND
EM_GND
TALLY
CAM_SW_B
CAM_SW_A
DISCRI
SRV_GND
TRST
TCMK
TMS
TDO
TDA
REG_3V
REG_1.8V
USBSENSE
USB_DN_RX
USB_DP_TX
FLSH_RST
DSC_RST
DSC_DT_OUT
CAPT_REQ
DSC_WKUP
AIDAT2
CLKDSC
VDDSC
HDDSC
FLDDSC
DSYO0
DSYO1
DSYO2
DSYO3
DSYO4
DSYO5
DSYO6
DSYO7
DSCO0
DSCO1
DSCO2
REG_3V
VPPC
SRV_TX
DSCO3
IF_TX
I_MTR
FS_PLL
ATFI
ENV_OUT
GND
JLIP_TX
JLIP_RX
PB_CLK
MON_G
HID1
MAIN_VCO
DSCO4
SRV_RX
VPPD
AL_3VSYS
DSCO5
DSCO6
DSCO7
DSYIO7
DSYIO6
DSYIO5
DSYIO4
DSYIO3
DSYIO2
DSYIO1
DSYIO0
DSCIO7
DSCIO6
DSCIO5
DSCIO4
DSCIO3
DSCIO2
DSCIO1
DSCIO0
VDDSC
HDDSC
FLDDSC
DSYO0
DSYO1
DSYO2
DSYO3
DSYO4
DSYO5
DSYO6
DSYO7
DSCO0
DSCO1
DSCO2
DSCO3
DSCO4
DSCO5
DSCO6
DSCO7
DSYIO7
DSYIO6
DSYIO5
DSYIO4
DSYIO3
DSYIO2
DSYIO1
DSYIO0
DSCIO7
DSCIO6
DSCIO5
DSCIO4
DSCIO3
DSCIO2
DSCIO1
DSCIO0
DODAT2
DOBCK2
DOMCK2
DOLRCK2
DSC_STS
MXDT_OUT
DSC_DT_IN
DSC_CLK
DSC_CS
USBDOWN
GND
R102
REG_4.8V
P_MEDIA
MMC_CD
0Ω
0Ω
GND
AIDAT2
GND
GND
GND
GND
GND
GND
GND
MXDT_OUT
CAPT_REQ
DSC_WKUP
DSC_STS
DOLRCK2
DOMCK2
DOBCK2
DODAT2
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
USBDOWN
FLSH_RST
P_MEDIA
MMC_CD
REG_3V
REG_3V
REG_3V
REG_1.8V
REG_1.8V
REG_4.8V
REG_4.8V
CLK27B
EL_CTL
DSC_RST
DSC_CS
DSC_CLK
DSC_DT_IN
DSC_DT_OUT
CLKDSC
CN111
TO REG
TO SYSCON
TO SYSCON
TO
CAMERA DSP
TO REG
TO
MAIN IF
CN103
TO SYSCON
TO AUDIO
REG_1.8V
USBSENSE
USB_DN
USB_DP
GND
TO DSC CN8001
TO CAMERA DSP
CN102
TO D.CPU
TO JACK
CN502
TO SYSCON
TO REG
TO SYSCON
TO SYSCON
TO AUDIO
TO VIDEO I/O
TO AUDIO
TO SYSCON, AUDIO
TO SYSCON
TO MAIN IF CN105,
SYSCON
TO SYSCON
TO REG
TO SYSCON
TO MIC
/DC LIGHT
CN106
TO REG
TO AUDIO
TO JUNCTION CN571
TO REG
TO D.CPU
TO MDA
TO D.CPU
TO SYSCON
TO D.CPU
TO MDA
CN113
CN101
TO MONITOR CN761
TO VIDEO I/O
TO SYSCON
TO VIDEO I/O
TO VIDEO I/O
TO VIDEO I/O
TO VIDEO I/O
TO REG
TO MAIN IF
CN105
TO SYSCON
TO SYSCON
TO SYSCON
TO D.CPU
TO SYSCON
TO SYSCON
TO SYSCON
TO SYSCON
TO SYSCON
TO REG
TO REG
TO REG
TO REG
TO REG
TO AUDIO
TO MAIN IF
CN105
TO CAPSTAN MOTOR
CN112
TO MDA
TO REG
TO REG
TO MDA
TO MDA
y20179001a_rev0
TO REG
CN104
TO REAR
CN552
TO
ZOOM UNIT
CN109
TO SYSCON
TO REG
TO SYSCON
TO SYSCON
TO REG
TO MAIN IF
CN111
TO DVMAIN
CN103
TO REAR
CN551
JIG CONN.
TO SYSCON
TO REG
TO D.CPU
TO SYSCON, REG
TO DVMAIN
TO PRE/REC
TO SYSCON
TO REG
TO DVMAIN
TO PRE/REC
TO DVMAIN
TO D.CPU
TO REG
TO SYSCON
TO MAIN IF CN102
TO MAIN IF
CN101
TO D.CPU
TO SYSCON
TO D.CPU
TO DVMAIN
TO DVMAIN,
CAMERA DSP
TO D.CPU
TO DVMAIN
TO CAMERA DSP
NC
NC
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 71
1
2
3
5
4
ABCDEFGH
SYSCON SCHEMATIC DIAGRAM4.3
4-84-7
TG_RST
S_DT_IN
S_DT_OUT
R1077
IC1004
CHRG_LED
SRV_RST
CALE
CCD_CTL
TL1001
R1058
R1060
IC1007
R1076
GND
P_MEDIA
CRWSEL
GND
V_BATT
R1080
R1079
R1066
MONI_SW
TL1003
TBC_CS
X1001
HD_SEL
TL1004
TL1005
EL_CTL
R1078
IC1001
OP_THRMO
DSC_CLK
REG_3V
TL1036
BLKC
R1023
R1036
R1008
TL1007
CLK_OUT
DATA_O U T
R1001
R1029
TL1002
BUS1
BUS2
BUS3
BUS4
BUS5
BUS6
BUS7
BUS9
C1019
Q1003
BUS11
BUS8
BUS12
BUS10
BUS13
BUS14
BUS15
VF_LCD
F_PTR_AD
CDSTB
DSP_RST
MFLD
CAS_SW
LCD_CTL
IC1005
R1038
Q1007
DSC_DT_OUT
R1022
DSC_STS
R1057
R1020
EEPROM_CS
R1018
SRV_RDY
A_MUTE
RA1009
RA1008
OSD_VD
R1027
EEP_DT_CLK
SRV_CS
Q1006
R1046
R1050
T_BATT
R1049
R1048
DSC_DT_IN
C1028
RA1010
R1010
C1029
C1030
C1039
AL_3V
F/Z_CS
R1071
AL_3VSYS
IRIS_O/C
TG_RST
Z_PTR_AD
HALL_AD
OMT
BUS0
OSD_HD
MVD
TL1009
I_MTR
DAC_CS
R1037
IC1003
IC1006
CJIG_RST
IC1001
L1002
VPPC
DSC_CS
R1030
TG_CS
C1006
TBC_RST
CDS_CS
IF_TX
IC1002
P_DET
S_DC_IN
C1004
R1072
EXT_IN_L
X1002
S_CLK
JLIP_TX
R1016
C1003
C1026
R1026
AREG_SO
AREG_CLK
R1047
IC1009
REM_OUT
TBC_DTO
C1034
C1037
KEY_A
C1023
LIT_3V
C1027
R1044
R1045
IR_OUT
C1017
C1036
C1038
C1007
R1014
R1004
R1005
C1015
TL1029
C1013
POW_LED
C1011
R1017
C1016
ASPECT1
ASPECT2
AUDIO_CS
TL1030
M_CS
M_RVS
IR_RMC
IR_AMP
TALLY
TL1031
TL1032
MP_MUTE
MD_DEM1
TL1033
PWAD2
TL1034
R1021
TL1035
BUZZER
PWDA2
Q1002
Q1001
R1055R1056
R1053R1051
R1052
C1031
D1001
R1054
S_DET
R1015
R1006
R1007
R1003
R1002
EEP_IN
R1039
INV
BLKA
VC3
BLKB
VC2
VC1
VC0
DOT_CLK
EEP_DT_OUT
USBDOWN
DSC_RST
MMC_CD
DSC_WKUP
S_IN_L
A_CSYNC
TBC_DTI
Q1004
JLIP_RX
TL1027
TBC_CLK
R1061
D1002
TL1038
R1083
R1082
PD_L
VF_CTL
ROM_CS
REG_CS
R1081
R1011
EM_DET
R1012
LAMP_ON
R1024
FLSH_RST
CAPT_REQ
MXDT_OUT
DIAL_PB
DIAL_OFF
DIAL_AUTO
DIAL_MANU
ZOOM_SW
TRIG_SW
PHOTO_SW
KEY_C
MENU_SET
MENU_P_A
MENU_P_B
Q1005
Q1009
Q1008
R1009
EJT_SW
R1019
C1020
C1014
C1009
C1010
C1021
R1028
ADP_H
R1032
R1031
KEY_B
IC1008
CHRG_EVR
FOCUS_SW
0R0
2.2k
47K
0R0
1k
1k
47K
1k
10k
1k
1k
100K
47K
0.01
100k
330
47k
330
10K
100k
100k
100k
10k
22k
39k
100k
0.01
100K
560
0.01
0.01
0.01
470K
10K
10µ
100k
13p
0.1
100K
0.1
4.7k
47K
0.01
0.01
0.1
0.01
12k
8.2k
0.01
0.01
0.01
0.01
10K
15K
0.01
0.01
0.01
560
0.01
330
10K
4.7K
150K2.7K
18K
1
47K
470K
10K
330K
4.7K
220K
10k
47k
10k
10k
10k
82k
560
62k
0.01
0.01
0.01
100k
1k
TC75S56FU-X
SN74AHC1G08K-X
NAX0474-001X
DSC_CLK
RXD
EEPROM_CS
S_DT_IN
TXD
S_DT_OUT
S_CLK
DATA_IN
DATA_OUT
CLK_OUT
SRV_CS
SRV_RDY
VDD
VSS
SRV_RST
RTC_CS
JLIP_L
PWR_CTL
TIMER_OUT
HD_SEL
IR_WB
OSD_CS
OSD_TBC_IN
OSD_TBC_OUT
OSD_TBC_CLK
TBC_CS
BZ_FREQ
BZ_ENV
A_CSYNC
TBC_RST
EXT_IN_L
S_IN_L
TGFZ_RST
TG_CS
CDS_CS
CCD_CTL
ROM_CS
M_CS
VDD
VSS
M_RVS
VF_LCD
LCD_CTL
VF_CTL
FLSH_RST
REG_CS
LAMP_ON
DAC_CS
CHRG_WKUP
AVREF_OFFNCNC
DIAL_PB
DIAL_OFF
DIAL_AUTO
DIAL_MANU
A_FADE
CHRG_EVR
PHOTO_SW
FOCUS_SW
P_MEDIANCF/Z_CS
IRIS_O/C
VPP
XT1
RESET
XT2
VDD
OSCO
OSCI
VSS
AUDIO_CS
A_MUTE
EM_DET
PWDA1
PWDA2
PWAD1
PWAD2
MD_DEM1
VDD
VSS
DV_DEM0
DV_DEM1
L_MUTE
INT_L
MP_MUTE
NC
JLIP_INT
PD_L
MXDT_OUT
MONI_SW
CAS_SW
EJCT_SW
VD
OMT
DSC_CS
VDD
VSS
REMOTE
EL_CTL
TBC_INV
FLD
DSP_RST
ASPECT1
ASPECT2
CAPT_REQ
MENU_P_A
MENU_P_B
RTC_INT
MMC_L
NC
NC
TALLY
TRG_OUT
V_BATT
HALL_AD
Z_PTR_AD
F_PTR_AD
NC
OP_THRMO
ZOOM_SW
IR_DET
KEY_A
KEY_B
KEY_C
NC
S_DC_IN
T_BATT
I_MTR
NC
AVREF
AVSS
AVDD
VDD
VSS
WRL
NC
R/W
DSTB
ASTB
BATT_H
ADP_H
BUS0
BUS1
BUS2
BUS3
BUS4
BUS5
BUS6
BUS7
BVDD
BVSS
BUS8
BUS9
BUS10
BUS11
BUS12
BUS13
BUS14
BUS15
CHRG_LED
P_DET
S_DET
MENU_SET
TRIG_SW
KENTO
SYSCLK
WAIT
DSC_STS
DSC_RST
DSC_PCTL
USBDOWN
DSC_DT_IN
DSC_DT_OUT
A_P_CTL
UPD70F3040F1A27
UPD703039F1-A27
DTC143EE-X
TC7S00FU-X
DTC144EE-X
DTA114EE-X
VCC
HOLD
SCK
SI
CS
SO
WP
VSS
X25330S8I-2.5-X
SCLK
CS
DATA
RST
VDD
SDR
XD
EXD
TEST
VSS BLKC
TST0
BLKB
VC3
VD
HD
VC0
VC1
VC2
BLKA
MB90097PFV145-X
VSS
VDD
SIO
CLKCSXin
Xout
INTR
RS5C314-X
NAX0325-001X
TC7W08FU-X
2SC4617/QR/-X
DTC124EE-X
DA221-X
DTC143XE-X
1SS376-X
2SJ347-X
DTC144EE-X
DTA114EE-X
IC-PST3423U-X
D
G
S
VDD
OUT
16MHZ
SHOE_PWM
SHOE_VON
32kHz
VSS
[-]
[+]
MENU_KEY
FOCUS_PA/
FOCUS_PB/
GATEPULS
SHOE_DET
VF_CS
PWR_CTL
MP_CTL
SENSPULS
STRB_CHG
SHOE_AD/STRB_AD
STO_OFF
VF_SW
IRIS_C
JLIP_L
HP_DET
EM_DET
10/6.3
RESET_DET
FADE_CTL
INT_L
DV_DEM1
DV_DEM0
PWDA1
PWAD1
A_P_CTL
L_MUTE
NOTE : The parts with marked ( ) is not used.
∗
0 1 MAIN (SYSCON)
TO REG
TO MAIN IF
CN105
TO REG
TO MAIN IF
CN102
TO MAIN IF
CN101
TO MAIN IF
CN102
TO REG
TO MAIN IF
CN109
TO MAIN IF
CN105
TO MAIN IF CN102
TO MAIN IF CN102, CN105
TO MAIN IF CN105
∗
Vcc
N.C
OUT
GND
∗
TO AUDIO, DVMAIN,
CDS, OP DRIVER,
TG
TO VIDEO I/O,
CAMERA DSP
TO VIDEO I/O
TO TG
TO CDS
TO AUDIO
TO TG
TO MAIN IF
CN101
TO REG
TO OP DRIVER
TO MAIN IF
CN109
TO MAIN IF
CN113
TO D.CPU
TO MAIN IF
CN101
TO MAIN IF
CN111
TO MAIN IF
CN109
TO MAIN IF
CN101
∗
∗
∗
∗
y10259001a_rev0
TO VIDEO I/O
TO MAIN IF
CN102
TO AUDIO
TO REG
TO MAIN IF
CN111
TO AUDIO
TO AUDIO
TO AUDIO
TO AUDIO
TO CAMERA DSP
TO VIDEO I/O
TO MAIN IF
CN101
TO MAIN IF CN102
TO DVMAIN
TO CAMERA DSP
TO MAIN IF
CN111
TO D.CPU
TO D.CPU
TO D.CPU
TO MAIN IF
CN101, D.CPU
TO MAIN IF
CN103
TO REG
IC1007
∗
When ordering parts,be sure to o rder according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 72
HGF
EDCBA
4
5
3
2
1
4-104-9
D.CPU SCHEMATIC DIAGRAM4.4
IC1401
GND
REG_3V
IC1401
TL1418
EEPROM_CS
TL1419
LD_FWD
GND
LD_REV
TL1401
S_DT_IN
S_DT_OUT
S_CLK
R1426R1425
TL1415
D_GAIN
CAS_SW
SRV_CS
SRV_RST
SRV_RDY
TL1405
R1402
SRV_GND
REC_SAFE
MIC1
OUTV
MIC2
MIC3
R1403
R1414 R1413 R1412 R1411
C1414C1415C1413 C1412
E_SENS
S_SENS
TL1420
C1416
R1409
SREEL_IN
R1408
MONI_CHG
CAM_SW_B
CAM_SW_A
CAM_SW_C
DRUM_PWR
CAP_PWR
R1423
TREEL_IN
DEW_SENS
R1422
Q1403
Q1402
R1421
TAPE_LED
REEL_VCC
R1410
R1415
GND
R1416
REG_3V
M_REG4.8
M_UNREG
C1402
R1401
X1401
C1401
DRUM_ERR
TL1410
TL1409
TL1408
ADDT06
ADDT07
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
DRE
TL1407
REG_3V
TSR
M_REG4.8
VPPD
DRST
TL1403 TL1404
TL1411
M_UNREG
TL1406
HID1
SPA
SRV_TRK
L1401
C1403C1408
RA1401
CAS_SW
CAP_ERR
C1404
C1405
DRUM_ERR
CAP_FG
DRUM_PG
DRUM_FG
C1406
DRWSEL
DALE
DWE
CAP_ERR
CAP_PWR
DRUM_PWR
DRUM_REF
CAP_REF
CAP_RVS
DRUM_BRK
MDA_PS
CAP_BRK
LD_ON
R1407
R1406
R1405
Q1401
C1407
EEP_DT_CLK
EEP_DT_OUT
EEP_IN
R1404
FRP
CAM_VD
C1411
C1410
C1409
TL1402
TL1416
CLK27SEL
DV_RST
HID3
RECH
PBH
DV_WAIT
SRV_RX
SRV_TX
TL1417
TL1412
TL1413
R1417
TL1414
#
#
1k
10K
3.3k 3.3k 3.3k 3.3k
0.0220.0220.022 0.022
0.1
330k
75k8215k
10k
4.7K
4.7K
15p1M15p
0.1
47k
0.1
0.1
0.1
3.3k
3.3k
3.3k
0.1
4.7k
0.01
0.01
0.01
100
MDA_PS
DRUM_BRK
CAP_RVS
CAP_BRK
LD_ON
D_GAIN
LD_FWD
LD_REV
CAM0
CAM1
CAM2
REC_SAFE
HID
DIN_L
NC
XI164SEL
VDD
VSS
REEL_ON
MONI_CHG
CLK27SEL
FFREWH
DV_RSTNCNCNCNCNCNCNCNC
CAP_REF
DRUM_REF
KENTO1_REF
KENTO2_REFNCNCNCNC
VPP
XT1
RESET
XT2
VDD
OSCO
OSCI
VSSNCHID
PBH
RECHNCNCNCNC
VDD
VSSNCNCNCNCNCNC
MSELECT
NC
NC
NC
DRUM_FG
DRUM_PG
NC
OUTV
NC
NC
VDD
VSS
T_REEL
S_REEL
TSR
FRP
NC
NC
NC
NC
SPA
SRVTRK
DRUM_FG
CAP_FG
NC
NC
NC
NC
S_SENS
E_SENS
DEW_SENS
BCID1
BCID2
BCID3
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
AVREF
AVSS
AVDD
VDD
VSS
DEW
NC
DRWSEL
DRE
DALE
NC
NC
ADDT00
ADDT01
ADDT02
ADDT03
ADDT04
ADDT05
ADDT06
ADDT07
BVDD
BVSS
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
ADDT15
NCNCNC
NC
SYS_OUT
KENTO1
KENTO2
NC
NC
CLK_OUT
NCNCNC
SYS_IN
READY
MIC_SDA
MIC_CTL
MIC_SCL
EEP_READ
EEP_WRITE
EEP_CLK
EEP_CS
EEP_SEL
Vdd
Vss
CAM_VD
NC
NC
NC
TAPE_LED
NC
NC
NC
HID3
DV_WAIT
SYS_CLK
RXD
TXD
NC
UMC3N-W
UMC3N-W
NAX0204-001X
DTA114EE-X
RN2102-X
PDTA114EE-X
T
UPD703040YF-M09
DRST
SPA
*
FFREWH
UPD70F3040YFM09
XI164SEL
SRV_TRK
VPPD
DRUM_REF
CAP_REF
SRV_TRK
01
TREEL_IN
SREEL_IN
MIC_CTL
SRV_CS
TAPE_LED
REEL_VCC
FRP
SPA
TSR
HID
FRP
TSR
TESTDA0 TESTDA1
NOTE : The parts with marked ( ) is not used.
∗
MAIN (D.CPU)
NQR0006-001X
∗
TO REG
TO
CAMERA DSP
TO MAIN IF
CN101, SYSCON
TO SYSCON
TO
DVMAIN
TO MAIN IF
CN105, DVMAIN,
PRE/REC
TO DVMAIN
TO SYSCON
TO SYSCON
TO MAIN IF
CN105
TO MAIN IF
CN105
TO REG
TO MDA
# : EXCHANGE PARTS LIST
DV INPUT MODEL
NON DV INPUT MODEL
R1425 R1426
47k
∗
∗
47k
y10260001a_rev0
TO REG
TO SYSCON
TO MAIN IF
CN113
TO MDA
TO MAIN IF
CN113
TO MDA
TO MAIN IF
CN113
TO MAIN IF
CN102
TO PRE/REC
TO DVMAIN
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 73
1
2
3
5
4
ABCDEFGH
MDA SCHEMATIC DIAGRAM4.5
4-124-11
IC1601
DRUM_ERR
Q1601
C1627
R1624
LOAD_FWD
C1642
TREELLED
C1626
IC1602
C1624
C1625
R1619
C1628
TL1621
R1605
C1623
C1622
R1612
R1613
C1621
R1602
R1601
D_FG[-]
C1641
TL1622
C1602
R1604
R1603
C1605
LD_FWD
LD_REV
TL1612
D1604
R1643
TL1613
R1616
LOAD_REV
R1609
C1601
CAP_ERR
M_REG4.8
DRUM_PWR
REEL_VCC
CAP_PWR
REG_3V
C1620
C1619
C1618
D_PG[-]
D_PFG[+]SREELLED
TL1608
TL1609
TL1610
GND
C1614
R1611
R1610
COIL_COM
D_COIL_U
TREEL_IN
D_COIL_V
D_COIL_W
R1622
R1621
C_COIL_V
R1620
C_FG[-]
C1603
SREEL_IN
C1606
DRUM_FG
DRUM_PG
CAP_FG
GND
C_FG[+]
DRUM_BRK
MDA_PS
C_COIL_W
C_COIL_U
HG_V[-]
CAP_RVS
CAP_BRK
R1625
HG_V[+]
HG_U[-]
HG_BS[+]
R1626
HG_W[+]
CAP_REF
HG_BS[-]
HG_W[-]
TL1601
HG_U[+]
T_REEL
R1614
R1615
R1618
R1617
LD_ON
M_UNREG
DRUM_REF
S_REEL
R1628
R1629
C1632
R1630
R1631
TL1605
TL1604
TL1603
TL1606
TL1607
TL1614
D1602
R1637
TL1611
R1636
R1635
C1633
D1603
TL1602
C1607
TL1620
TL1617
TL1618
TL1619
0.0082
12K
330P
0.01
0.047
39K
0.22
0.22
0.047
0.022
100K
1K
1
120k
680
0.47
10
100k
4.7K
0.1
390
0.33
0.01
0.0022
0.0022
0.0022
10
470
470
10K
10K
10K
10
0.0015
180
180
1K
1K
68K
68K
270
560K
10
0
0
150K
10K
4.7K
0.47
0.047
FGND1
D.U
D.V
D.W
D.GND
N.C
L.FWD
FGND2
L.GND
L.REV
C.GND
L.UNREG
C.U
C.V
C.W
N.C
C.VM
C.UNREG
C.HW-
C.HW+
C.HV-
C.HV+
C.HU-
C.HU+
C.FGSOUT
C.FGOUT
C.FG-
C.FG+
VCC
C.VS
C.PCV
C.PCI
C.EC
C.RCC
C.BRK
C.FR
P.S
D.BRK
GND2
D.EC
D.PCI
D.PCV
D.OSC
D.DETECT
L.FIN
L.RIN
D.PGSOUT
D.PGOUT
D.PG-
D.FGPG+
D.FG-
D.FGOUT
D.FGSOUT
D.VS
GND1
D.UIN
D.VIN
D.WIN
D.COM
D.SL
D.ISET
L.REF
D.UNREG
D.VM
BD6631KV
UMC3N-W
TC7W14FU-X
/6.3
DAP222-X
/6.3
/6.3
/6.3
DAP222-X
DAP222-X
T
T
T
T
∗
∗
TO D.CPU
NOTE : The parts with marked ( ) is not used.
∗
0 1 MAIN (MDA)
TO MAIN IF
CN113
TO MAIN IF
CN113
TO D.CPU
TO D.CPU
TO
MAIN IF
CN112
TO D.CPU
TO D.CPU
TO MAIN IF CN113
TO
MAIN IF
CN113
y20171001a_rev0
When ordering par ts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 74
HGF
EDCBA
4
5
3
2
1
4-144-13
AUDIO SCHEMATIC DIAGRAM4.6
IC2001
M_REG4.8
L2002
REG_4.8V
C2517
REG_3V
GND
R2017
C2507
R2123
R2120
C2126
R2110
R2109
R2103
R2104
C2005
C2012
C2124
C2128
C2123
C2003
C2115
R2119
C2116
R2018
C2125
C2025
IN_MIC/R
AU_SIG/R
R2122
Q2002
R2024
R2121
R2006
C2516
C2121
C2122
R2508
R2009
C2112
R2023
R2025
C2513
C2113
C2020
C2018
C2512
C2114
C2007
C2006
INT_GND
IN_MIC/L
C2028 C2027 C2026
R2001
C2015
L2001
C2002
C2004
C2008
R2014
R2015
R2016
C2019
C2016
C2001
C2011
C2017
C2010
C2009
C2107
Q2001
R2507
R2007
R2008
C2117
C2118
R2201 R2202
C2109
C2110
AIDAT
C2106
DATA_O U T
AODAT
A_MUTE
C2104
R2124
C2127
C2105
C2103
R2118
R2028
C2021
BUZZER
S_SHUT
R2019
R2020
C2013
C2014
AUDIO_CS
CLK_OUT
AIBCK
AILRCK
AIMCK
PD_L
R2029
R2117 R2115
R2116
R2106R2108
R2105R2107
R2112
R2114
C2120
R2111
R2113
C2119
C2202
C2201
C2111
C2024
IC2501
C2503
C2502
C2501
C2506
C2108
C2505
C2504
R2501
R2502
R2504
R2503
R2506
R2505
C2510
C2511
C2515
C2514
C2509
DOLRCK2
DODAT2
PWDA2
PWAD2
MP_MUTE
MD_DEM1
DOMCK2
DOBCK2
AIDAT2
L2501
C2508
Q2501
R2511 R2512
R2513
R2509
R2510
R2005
R2004
AU_SIG/L
Q2101
Q2102
EM_DET
EX_MIC/R
EX_MIC/L
EM_GND
SPK+
SPK-
R2203
R2126
R2125
Q2103
R2129
L2101
L2102
L2103
R2127
R2128
22µ
1k
100k
1.5k
0.022
1.8k
1.8k
15k
15k
1
10
0.0047
0.1
0.0047
0.022
1.5k
0.022
10k
0.022
10
47k
18k
47k
10
0.0047
0.0047
3.3k
0.1
1k
100k
0.1
0.1
0.001
0.001
0
Ω
10
10µ
10
1
1
82
82
82
0.1
0.022
10
10
0.033
1
1
1k
1k
0.022
0.022
1.2k 1.2k
0.001
0.001
1
100k
0.1
1
4.7k
220k
0.1
2.7
2.7
0.1
0.1
0Ω
4.7k 4.7k
4.7k
4.7k15k
4.7k15k
15k
2.2k
0.022
15k
2.2k
0.022
0.01
0.01
0.1
1
AK4560AVQ
NQL38DK-220X
/6.3
/6.3
2SC4617/RS/-X
/6.3
/6.3
/6.3
/6.3
UMX1N-W
#
#
T
T
#
#
##
T
T
T
T
#
#
#
#
#
#
#
#
#
#
#
#
#
#
##
T
#
#
T
#
#
##
#
#
#
#
#
#
###
#
#
#
#
#
∗
Lch
Rch
ALC AMP
ALC AMP
Lch
Rch
+
-
MIX
MIX
+
-
MIX
++--
INT
EXT
EXT
INT
+
+
+
+
-
-
-
-
+
-
Control
Register
I/F
Audio I/F
Controller
Clock
Divider
++--
OFF
OFF
HPFA/D Converter
D/A Converter
+
-
++-
-
+-
+-
HPF
HPFONON
VCOM
VREF
MIC
MIC
LINE
LINE
++-
-
VA
VOLVOL
BEEP
BEEP
SIG
SIG
AVR OUT
LINE IN
Lch
LINE OUT
Lch
SP IN
LINE IN
Rch
Rch
LINE OUT
HP OUT
HP OUT
Lch
Rch
A_MUTE
MIC SEL
GND
GND
GND
GND
SPK+
SPK-
EXT MIC
EXT MIC
INT MIC
INT MIC
Lch
Lch
Rch
Rch
HVDD
4.8V
HVCM
2.4V
VD
3V
1.5V
1.5V
(VA)
3V
(VD)
SVDD
4.0V
(SVDD)
MPWR
3.3V
MRF
MVCM
2V
MVDD
4V
(MVDD)
MA
BIAS
2V
CS
DATA
CCLK
BCLK
LRCK
MCLK
PD
ND
LINEOUT2
Rch
LINEOUT2
Lch
SDTI
SDTO
MCLK
LRCK
BCLK
PD
CCLK
AU_SIG/R
AU_SIG/L
∗
SPK+
SPK-
∗
CS
DATA
SDTI
SDTO
∗
∗
∗
∗
∗
∗
∗∗∗
NOTE : The parts with marked ( ) is not used.
∗
0 1 MAIN (AUDIO)
TO
MAIN IF
CN102
TO
MAIN IF
CN106
TO
MAIN IF
CN101
TO
DVMAIN
TO SYSCON
TO REG
TO
MAIN IF
CN102
TO SYSCON
TO SYSCON
TO CAMERA DSP
TO MAIN IF
CN111
y10252001a_rev0
AOUTR
AOUTL
PWDA
PWAD
SCLK
MCLK
LRCK
SDTI
VCOM
AINR
AINL
VSS
VDD
DEMO
DEM1
SDTO
# EXCHANGE PARTS LIST
∗
0
∗
Ω
Q2101
Q2102
Q2103
R2125
R2126
R2127
∗
∗
∗
∗
∗
C2107
∗
2SC4617/RS/-X
2SC4617/RS/-X
C2108
EXT_MIC IN
YESNO
∗
100k
0
Ω
R2128
R2129
R2004
R2005
R2203
100k
∗
1
1
IC2501
∗
∗
0
∗
DTC144EE-X
∗
0Ω
0Ω
0Ω
Ω
∗
∗
∗
∗
∗
L2501
Q2501
E-Mail/WEB_Camwith
YESNO
∗
R2501
R2502
AK4550VT-X
R2504
R2505
R2506
R2507
R2508
R2509
∗
R2510
∗
∗
R2511
R2512
NQL38DK-220X
R2513
C2504
C2505
C2506
C2507
C2508
C2509
∗
C2510
∗
C2511
C2512
C2513
C2514
C2515
C2516
C2517
∗
∗
∗
∗
UMX18N-W
0
0
0
YESNO
∗
27k
27k
22k
22k
560k
560k
10k
10k
3.3k
∗
0.1
∗
∗
0.0022
0.0022
∗
10
4.7
1
1
1
1
1
∗
1
0.1
0.1
0.1
∗
∗
∗
∗
∗
Ω
Ω
Ω
∗
∗
When ordering par ts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 75
1
2
3
5
4
ABCDEFGH
DVMAIN SCHEMATIC DIAGRAM4.7
4-164-15
PHYFIL
IC3001
GND
REG_2.5V
CLK27SEL
REG_3V
ADDT15
ADDT07
L3002
L3004
L3006
ADDT06
R3003
RA3001
TL3005
C3005
ADDT05
ADDT04
ADDT03
ADDT02
ADDT01
ADDT00
ADDT08
ADDT09
ADDT10
ADDT11
ADDT12
ADDT13
ADDT14
C3037
R3020
IC3002
DV_WAIT
R3026
RA3002
DRWSEL
DRE
DWE
DALE
INV
INH
OUTV
OUTH
DCO3
DCO2
DCO1
DCO0
DYO3
DYO2
DYO1
DYO0
DCI3
DCI2
DCI1
DCI0
DYI3
DYI2
DYI1
DYI0
AIDAT
AODAT
AILRCK
AIBCK
AIMCK
C3059
C3030
C3060
R3040L3014
PB_CLK
C3031
C3028
RECCADJ
R3010
FS_PLL
MAIN_VCO
ATF_GAIN
TSR
FRP
R3015
C3027
R3013
R3014
R3018
NOSIG_LV
R3019
R3016
R3017
C3026
R3036
C3014
C3017
DUMP_CTL
TPA+
R3032
TL3001
HID1
CLK27A
DV_RST
C3035
C3049
C3024
C3023
IC3004
R3009
X3002
C3025
AGC_OUT
SPA
VRB_AGC
ATFI
VRB_ATF
REC_DATA
C3015
REC_CTL
RA3003
L3005
L3003
C3004
C3008
C3007
C3011
H_GAIN
C3013
H_OFFSET
C3043
C3016
C3029
C3048
C3020
C3038
C3045
C3003
TL3004
C3036
Q3001
RA3004
REF_CLK
TL3002
L3009
RA3005
C3061
R3057
L3001
C3001
R3002
VREF_1.1TPA-
TPB+
TPB-
R3033
R3049
TL3006
DAC_CS
CLK_OUT
DATA_OUT
X3001
R3070
R3072
R3047
C3057
C3058
R3025
Q3002
R3007
R3008
C3006
C3050
DISCRI
R3034
R3029
R3071
C3047
R3030
D3002
R3048
TDB
REG_1.8V
C3040C3041
C3042
C3039
TRST
TCMK
C3034
R3059
TMS
TDO
R3037
L3012
R3074
R3073
C3044
R3075
C3070
D3004
IC3007
R3042
R3041
R3043
R3044
C3053
C3052
C3051
L3015
C3054
C3009
D3001
R3011
R3051
R3027
C3021
C3012
R3004
C3064
R3005
R3006
SRV_TRK
R3050
C3033
C3055
R3045
R3046
C3046
REC_CLK
C3056
C3022
L3007
L3008
D3003
C3032
R3031
C3067
C3066
R3067
R3066
IC3005
R3068
C3068
C3069
R3069
∗
1M
10
10
8P
5.1k
∗
10
22/4
0.1
0.01
2.2k
10µ
0.1
270p
10k
3.9k
0.0047
2.4k
3.9k
565656
56
1
10K
∗
0.1
1M
∗
2200P
0.001
33p
10k
0.1
0.01
10
∗
∗
10
1
0.1
0.01
0.01
0.1
0.01
0.047
0.1
0.1
0.1
1
8P
10k
∗
0Ω
0.01
10
10
10k
∗
10
∗
∗
∗
∗
∗
∗
∗
5.6k
2.2k
∗
0.01
2.2k
15K
0
∗
220k
∗
∗∗
0.01
0.1
∗
100
680
10K
∗
0.1
∗
∗
560
560
1.2k
1.5k
∗
0.047
0.001
1
∗
220k
0
10k
0.1
0.1
10k
1000P
10
10
∗
12P
0.01
12k
82k
0.01
∗
0.1
2.2µ
12µ
0.001
220k
∗
∗
∗
∗
∗
∗
∗
∗
LPFIN
LPFOUT
ADVIN0
ADAVD0
ADAVS0
ADVRH0
ADVRL0
EXDATAI7
EXDATAI6
EXDATAI5
EXDATAI4
EXDATAI3
EXDATAI2
EXDATAI1
EXDATAI0
PBCLKO
PBCLKI
VSSP
VCI4185
VDDP
DAAOUT0
DAVRO0
DAVREF0
DAAVS0
DAAVD0
DAAOUT1
DAVRO1
DAVREF1
DAAVS1
DAAVD1
SBE
HID
HSP
RECDATA
RECCLK
RECCTL
SPA
VSS
VDDE
VSS
OSC4185I
OSC4185O
DISCRI
REFCLK
ADVIN1
ADAVD1
ADAVS1
ADVRH1
ADVRL1
VSS
PWM27O
VDDE
OSC27I
OSC27O
CLK27I
CLK27O
CLK27SEL
VSS
CLK135O
VDDI
FRRES
FRREF
TRKREF
SERVOFRREF
SERVOTRKREF
PHYTPA
PHYTPB
PHYTPBIAS
PHYXTPA
PHYXTPB
PHYRO
PHYRF
PHYFIL
XRESET
PHYVDA
PHYVDR
PHYVSA
PHYVSR
PHYAVS3
VDDE
N.C
VDDE
VSS
PWMAUDIO
VDDE
VSSP
VCIAUD
VDDP
VCXO11I
VCXO11O
VCXO12I
VCXO12O
OSC24I
OSC24O
OSC11I
OSC11O
DILRCK
DIBCK
DIMCK
DIDAT
AILRCK
AIBCK
AIMCK
AIDAT1
AIDAT0
DOLRCK
DOBCK
VDDI
DODAT
AOLRCK
AOBCK
VSS
AODAT1
AODAT0
YSO0
YSO1
YSO2
YSO3
BRSO0
BRSO1
BRSO2
BRSO3
YSI0
YSI1
YSI2
YSI3
BRSI0
BRSI1
BRSI2
BRSI3
OUTH
OUTV
INH
INV
CPUALE
XCPUDSTB0
XCPUDSTB1
XCPURW
XCPUCS
XINT
CPUWAIT
CPUWAITLOGIC
CPUDSLOGIC
CPUBUSTYPE
AD0
AD1
AD2
AD3
AD4
AD5
AD6
AD7
AD8
AD9
AD10
AD11
AD12
AD13
AD14
AD15
VSS
VDDE
VDDI
VSS
ADRS0
ADRS1
ADRS2
ADRS3
ADRS4
VDDE
VDDI
BUSCLK
VSS
ADRS5
ADRS6
ADRS7
ADRS10
ADRS8
ADRS9
VSS
VDDI
VSS
EXTFRP
EXTREQ
EXTACCESS
EXTDATA0
EXTDATA2
VDDE
EXTDATA5
VSS
EXTDATA6
N.C
N.C
EXTDATA1
VSS
EXTDATA3
EXTDATA4
EXTDATA7
N.C
N.C
TTST
VPD
N.C
N.C
N.C
PBI
TBST
N.C
DCTEST0
VSS
TDI
DCTEST1
TRST
TCK
TMS
TDO
VDDI
MON2
MON5
N.C
VDDE
MON3
N.C
MON0
MON1
MON4
VSS
MON6
MON9
MON11
VDDE
MON14
MON16
MON7
MON8
MON12
VDDI
MON13
MON17
MON10
MON15
MON27
N.C
MON18
MON19
MON21
VDDE
VSS
MON20
MON22
MON23
VDDE
MON24
MON25
MON26
VDDE
VSS
N.C
VSS
VDDE
VDDP
VSSP
VDDA
N.C
VDDE
VSS
VSS
VDDI
VDDE
VDDI
VSS
VSS
MTEST
PHYAVD2
BUSRST
PMODE
VDDI
PHYAVD3
PWR3
PHYAVS2
PWR1
PWR2
PHYAVS1
PHYAVD1
VSS
VSS
VDDE
VDDI
JCY0152
NQR0129-002X
NQR0006-001X
/6.3
CH
AO1
AO2
GNDDICLKLDDO
AO12
AO11
VCC VREFU
AO10
AO9
AO8
AO7
AO6
AO5
AO4
AO3
VREFL
BU2501FV-X
CH
CH
CH
[NAX0480-001X]
NQR0006-001X
/6.3
NCB10JK-106X
CH
∗
NRZ0040-0R0X
NQR0129-002X
/6.3
NAX0169-001X
CHCH
EC2C01C-X
NQR0129-002X
MA2Z720-X
JCY0174
NQR0006-001X
EC2C01C-X
CH
EC2C01C-X
∗
T
T
T
T
T
SBE
[12ch_EVR_DAC]
[41.85M]
MC74VHC1G04DF-X
MAIN (DVMAIN)
[DVMAIN]
0.5
0.5
0
ANALOG_2.5V
DIGITAL_2.5V
ANALOG_1.8V
DIGITAL_1.8V
DIGITAL_3V
1
VCO
PHY_2.85V
VCO D/AA/DA/DD/A
VCO
AMP+
AMP-
AMPO
GND
VCC
NORI1
NORI2
TRICSW
0.5
0.5
0.5
y10261001a_rev0
TO MAIN IF
CN105
TO CAMERA DSP,
REG
TO CAMERA DSP
TO REG
TO REG
TO REG
TO PRE/REC
TO VIDEO I/O,
CAMERA DSP
TO D.CPU, CAMERA DSP
TO CAMERA DSP
TO VIDEO I/O,
CAMERA DSP
TO CAMERA DSP
TO AUDIO
TO D.CPU
TO MAIN IF
CN105
TO MAIN IF
CN103
TO PRE/REC
TO SYSCON
TO OP DRIVER
NOTE : The parts with marked ( ) is not used.
∗
∗
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 76
HGF
EDCBA
4
5
3
2
1
4-184-17
PRE/REC SCHEMATIC DIAGRAM4.8
IC3501
C3516
C3515
C3514
R3501 C3504
R3509
R3507
R3506
R3505
R3504
C3526
R3503
C3508
C3527
C3505
MONI_CHG
C3503
C3510
C3502
C3509
TL3501
C3506
GND
L3505
L3504
L3503
REG_2.5V
REG_3V
REG_4.8V
ATFI
R3510
REF_CLK
REC_DATA
R3522 R3521
IC3502
IC3502
ENV_OUT
R3512R3511
REC_CTL
RECH
PBH
HID1
HID3
R3508
DUMP_CTL
ATFI
C3511
C3512
L3501
REC_CLK
C3507
C3517
C3518
C3519
C3501
C3513
C3520
L3502
C3521
C3523
C3524
C3522
C3525
NOSIG_LV
C3528
ATF_GAIN
RECCADJ
VRB_AGC
VRB_ATF
VREF_1.1
AGC_OUT
R3502
TO HEAD
CN110
0.047
0.047
0.047
470 0.047
240
240
240
240
0.01
1k
0.01
220p
0.022
10
0.1
10
0.01
1
0Ω 0Ω
100
22k
0.01
0.1
0.01
0.01
0.01
0.001
10
0.1
0.01
10µ
0.1
0.01
0.01
4.7
4.7
0.01
100k
JCY0132
CH
/6.3/6.3
NQR0006-001X
NQR0006-001X
NQR0006-001X
SN74AHC1G04K-X
NQR0129-002X
/6.3
GND[P/R_GND]
GND[P/R_GND]
GND[P/R_GND]
GND[P/R_GND]
2S
2F
1S
1F
TTT
PB_MONI
DCS_C3
DCS_C2
DCS_C1
R_CTL
VCC5
REC_H
PB_H
HID1
HID2
HID3
VDD2.8
DUMP
PBIN_R
HEAD_GND
HEAD_GND
HEAD_GND
DX3
X3
Y3
DY3
HEAD_GND
DX2
X2
Y2
DY2
HEAD_GND
DX1
X1
Y1
DY1
HEAD_GND
PB_OUT
AGC_IN
AGC_CTL
AGC_DET
PB_GND
AGC_OUT
AGC_BUFF_IN
REG_1.1V
AGC_BUFF_OUT
VRB_AGC
MAIN_GND
ATF_GAIN
VCA_OUT
ATF_IN
VRB_ATF
ATF_OUT
ATF_GNDTCPB_GND
REF_CLK
ADREF
REC_DATA
REC_GND
REC_CLK
REC_GAIN
VCC3
MONI_CHG
REC_R
HEAD_VCC
F0_EVR
HEAD_GND
HEAD_GND
∗
F0 Auto
∗
10dB
MAIN01(PRE/REC)
30dB
30dB
30dB
10dB
∗
DC Servo
LOGIC
Dumping
6dB
AGCLPF
VCA
REC
10dB
F.F.
REC_MONI
BIASREG
10.3dB
Typ:-1.3dB
Typ:7.8dB
Typ:24dB
BPF
BIAS
REG
12dB
REG
NOTE : The parts with marked ( ) is not used.
∗
y20172001a_rev0
TO D.CPU
TO
MAIN IF
CN105
TO
DVMAIN
TO
DVMAIN
TO REG
TO REG
TO CAMERA DSP,
REG
When ordering par ts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 77
1
2
3
5
4
ABCDEFGH
VIDEO I/O SCHEMATIC DIAGRAM4.9
4-204-19
Q3701
IC3701
Q3701
R3712
Q3705
C3713
R3704
R3701
C3712
C3714
C3740
D3701
R3702
R3705
C3702
C3704
C3703
C3705
C3707
R3706
R3703
C3741
R3726
R3742
R3743
R3809
R3728R3725
C3706
R3711
Q3702
R3710
L3701
C3701
R3709
R3708
R3707
Q3731
R3732
R3713
R3714
R3715
C3709
R3731
R3730C3731
C_OUT
BLKC
HRP
C3715
C3708
IC3801
L3803
L3804
C3803C3804
L3801
L3802
C3801C3802
R3806
R3807
CLK27A
R3741
R3739
R3740
R3738
R3736
R3737
R3735
R3734
R3733
R3744
R3745
R3746
R3747
R3748
REG_3V
GND
REG_4.8V
REG_1.8V
TBCCTL
DYO3
DYO2
DYO1
DYO0
DCO3
DCO2
DCO1
DCO0
INV
INH
OUT_HS
OUT_VS
OUT_C0
OUT_C1
OUT_C2
OUT_C3
OUT_Y0
OUT_Y1
OUT_Y2
OUT_Y3
TBC_DTI
TBC_DTO
TBC_CLK
TBC_CS
CLK27B
R3727
ASPECT1
S_IN_L
EXT_IN_L
TBC_RST
VC3
VC2
VC1
VC0
BLKB
OSD_HD
OSD_VD
DOT_CLK
BLKA
ASPECT2
S_DC_IN
Q3703
R3721
R3722
R3724R3723
Q3704
A_CSYNC
IC3731
LCD_R
LCD_B
LCD_G
LCD_Y
Y_OUT
V_OUT
VDCVF
HDCVF
TL3801
TL3802
R3801
IC3802
C3820
R3808
R3802
C3807
C3819
C3805
C3806
R3805
C3808
C3809
C3812
C3810
C3811
C3813
C3814
C3815
C3816
C3817
C3818
R3803R3804
L3732
C3746
C3742
Q3735
C3744
C3747
C3743C3745
C3732L3731
C3738
Q3732
C3733C3735
Q3734
Q3733
C3736
C3737
C3734
C3739
1M
330
300
270
330
1
270
300
56p
68p
27p
27p
0.01
3.3k
3.3k
1
4.7k
100k
100k
120120
1
10k10k
10µ
10
68
68
68
100
100k
82k
10k
0.01
4.7k
4.7k0.01
0.01
0.1
10µ
1047
11
1k
820
820
680
18k
18k
1.8k
8.2k
560
560
1.5k
2.2k
1k
470k
4.7k
150
120
4.7k3.3k
100
0Ω
820
0.01
0.01
0.01
0.01
820
0.01
0.1
0.1
0.01
0.1
0.1
0.01
0.1
0.1
0.1
0.1
27k15k
6.8µ
4.7
0.1
5p
0.01
3p33p
0.001
6.8µ
0.01
3p33p
0.001
5p
0.01
UMT1N-W
BA7665FS-X
UMT1N-W
/4
/4
CH
UMZ1N-W
/6.3
2SC4617/RS/-X
CSO0
CSO1
CSO2
CSO3
YSO0
YSO1
YSO2
YSO3
OUTH
VDD(C)
VSS
OUTV
ZCNT
RESVD
RESHD
MONI1
MONI2
SDOUT
SDIN
SCLK
CS
VDD(I)
VSS
RST
CLK
VC0
VC1
VC2
VC3
BLK1
BLK2
BLK3
HDCVF
VDCVF
CSYNC
HDOUT
VDOUT
VSS
VDD(I)
CLKOSD
SCANMODE
SCANEN
ADDATEST
RAMTEST
AVSS
AVDD[DA]
IREF2
CROUT
ABAR2
COMP2
CBOUT
VREF2
COUT
AVDD[DA]
AVSS
IREF1
YCOUT
ABAR1
COMP1
YSOUT
VREF1
AVSS
AVDD[DA]
CLPY
VYIN
AVSS
AVDD[AD]
VRM
VRL
VRH
CIN
AVDD[AD]
AVSS
AMUTE
HRP1
HRP2
CSI0
CSI1
CSI2
CSI3
CSI4
CSI5
CSI6
CSI7
VDD(C)
VSS
YSI0
YSI1
YSI2
YSI3
YSI4
YSI5
YSI6
YSI7
INH
INV
JCP8045
NQR0006-001X
/6.3/4
NQR0129-002X
NQR0129-002X
2SA1774/RS/-X
2SA1774/RS/-X
MM1504XN-X
IN2[H]
IN1[L]
GND
VCC
OUT
SW
UMZ1N-W
CH
CHCH
DTC144EE-X
CHCH
2SC4617/RS/-X
UMZ1N-W
CH
CH
#
#
#
#
T
#
#
#
#
TT
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
#
##
#
#
#
#
##
#
#
#
#
#
*
∗
∗
USED
USED
USED
USED
∗
∗
C3731-C3747
NOT USED
WITH ANALOG INPUT
∗
Q3731-Q3735
L3731,L3732
WITHOUT ANALOG INPUT
NOT USED
NOT USED
NOT USED
NOT USED
#: EXCHANGE PARTS LIST
IC3731
R3731-R3748
Ω
Ω
6dB
Ω
6dB
MAIN (VIDEO I/O)01
20k
Mute
Chroma Mute
6dB
TO REG
TO
SYSCON
TO
DVMAIN
∗
∗
NOTE : The parts with marked ( ) is not used.
∗
TO
CAMERA DSP
TO SYSCON,
DVMAIN
TO MAIN IF
CN101
TO MAIN IF
CN102
TO MAIN IF
CN101
TO MAIN IF
CN101
y20176001a_rev0
USED
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 78
HGF
EDCBA
4
5
3
2
1
4-224-21
CDS SCHEMATIC DIAGRAM4.10
CN107
CCD_3.1V
TL4201TL4202
CCD_OUT
R4203
C4219
C4207
ADCLK
C4220
RA4201
RA4202
R4204
R4205
CPOB
PBLK
SHD
IC4201
GND
SHP
C4203
CDS_CS
DATA_OUT
CLK_OUT
IC4202
REG_4.8V
C4201C4202
C4217
L4201
C4205
C4210
C4216
C4211
C4214
C4218
C4204
R4201
C4215
C4209
C4208
C4212
C4213
C4206
ADIN9
ADIN8
ADIN7
ADIN6
ADIN5
ADIN4
ADIN3
ADIN2
ADIN1
ADIN0
15k
0.1
0.1
1
10
10
10
10
0.01
4747
1
10µ
0.1
1
1
1
0.1
0.1
100
0Ω
0.1
0.1
0.1
0.012
0.1
0.1
CCD_OUT GND
NC
D0
D1
D2
D3
NC
D4
D5
D6
D7
D8
D9
SCK
SD ATA
VRM
DVDD
DVSS
SPSIG
CDSIN
CSDVSS
DVDD
DRDVDD
VRB
ADCIN
AVSS
BLKC
VRT
DVSS
NC
AVSS
AVDD
BLKSH
BLKFB
BIAS
AVDD
NC
AVSS
OEB
DVDD
DVDD
DVSS
OBP
PBLK
DVDD
DVDD
ADCLK
SPBLK
HD49334HF
VDD
VOUT
GND
RH5RZ31CA-X
/6.3/6.3
/4
TT
T
0 1 MAIN (CDS)
TO
CAMERA DSP
TO TG
TO CCD
CN5201
TO SYSCON
TO REG
TO TG
[CDS/AGC/AD]
[3.1V_REG]
y30164001a_rev0.1
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 79
1
2
3
5
4
ABCDEFGH
CAMERA DSP SCHEMATIC DIAGRAM4.11
4-244-23
IC4301
TL4319
R4321
R4320
HD_SEL
R4323
R4322
TL4317
TL4318
R4304
ADIN9
ADIN8
ADIN7
ADIN6
ADIN5
ADIN4
ADIN3
ADIN2
ADIN1
ADIN0
BUS15
BUS14
BUS13
BUS12
BUS11
BUS10
BUS9
BUS8
BUS7
BUS6
BUS5
BUS4
BUS3
BUS2
BUS1
BUS0
CDSTB
CRWSEL
CALE
MFLD
MVD
OMT
DSP_RST
CAM_VD
IRIS_PWM
CLK4M5
IRIS_C
C4313
R4303
TL4316
R4307
R4306
RA4307
RA4308
RA4301 RA4302 RA4303 RA4304
RA4305
RA4306
DYO0
DYO1
DYO2
DYO3
DCO0
DCO1
DCO2
DCO3
INH
INV
CLK9A
CLK27A
S_SHUT
OUTV
OUTH
DCI3
DCI2
DCI1
DCI0
DYI3
DYI2
DYI1
DYI0
OUT_VS
OUT_HS
OUT_C3
OUT_C2
OUT_C1
OUT_C0
OUT_Y3
OUT_Y2
OUT_Y1
OUT_Y0
TBCCTL
R4313
R4312
R4311
R4310
R4309
TCMK
TMS
TRST
TDA
TDB
IC4302
REG_3V
C4310
C4302C4301
REG_1.8V
IC4303
GND
C4306
C4309
C4304
C4305
C4318
C4311
C4312
L4301
L4302
L4303C4308
DSYIO7
DSYIO6
C4303
C4307
DSYIO5
DSYIO4
DSYIO3
DSYIO2
DSYIO1
DSYIO0
DSCIO7
DSCIO6
DSCIO5
DSCIO4
DSCIO3
DSCIO2
DSCIO1
DSCIO0
CLKDSC
HDDSC
VDDSC
FLDDSC
DSYO7
DSYO6
DSYO5
DSYO4
DSYO3
DSYO2
DSYO1
DSYO0
DSCO7
DSCO6
DSCO5
DSCO4
DSCO3
DSCO2
DSCO1
DSCO0
R4305
TL4315
TL4314
TL4313
TL4312
TL4311
TL4310
TL4309
TL4308
TL4306
TL4305
TL4304
R4314
R4315
R4317
R4316
C4314
TG_36M
HDIN
VDIN
PBLK
CPOB
L4304
C4316
X4301
R4301
DSP_72M
R4302
L4305
C4315
R4308
CLK27B
REG_2.5V
C4317
0Ω
0Ω
0Ω
0Ω
22
0.01
22
0Ω
0Ω
10
10
180 180180 180
10
10
100
100
100
100
100
0.1
101
10
0.1
0.1
1
0.1
0.1
0.1
10
10
10
100
0Ω
0Ω
1
22
10
2.2k
0.1
VSS
VSS
VDDS
CLK45
PWM
VDMDA
MDRV
SDRV
VSS
VSS
VDDS
CLR
OMT
FRP
FLDCPU
VDCPU
HDCPU
CS
AS
RE
WE
BUS0
BUS1
BUS2
BUS3
BUS4
BUS5
BUS6
BUS7
BUS8
BUS9
BUS10
BUS11
BUS12
BUS13
BUS14
BUS15
VSS
VSS
VDDS
ADIN0
ADIN1
ADIN2
ADIN4
ADIN3
ADIN5
ADIN6
ADIN7
ADIN8
ADIN9
CLK36I
HDTG
VDTG
PBLK
OBCP
VGND[0]
VEXT1[0]
VGND[6]
VEXT2[0]
VSS
VDDC
FLDDSC
VDDSC
HDDSC
CLKDSC
DSCIO7
DSCIO6
DSCIO5
DSCIO4
DSCIO3
DSCIO2
DSCIO1
DSCIO0
DSYIO7
DSYIO6
DSYIO5
DSYIO4
DSYIO3
DSYIO2
DSYIO1
DSYIO0
VGND[1]
VEXT1[1]
VGND[7]
VEXT2[1]
VSS
VDDC
DSCO7
DSCO6
DSCO5
DSCO4
DSCO3
DSCO2
DSCO1
DSCO0
DSYO7
DSYO6
DSYO5
DSYO4
DSYO3
DSYO2
DSYO1
DSYO0
VGND[2]
VEXT1[2]
VSS
VDDC
VSS
VDDC
VEXT1[3]
VGND[3]
NC
NC
CLK27AO
CLK27BO
INVA
INHA
ACO3
ACO2
ACO1
ACO0
AYO3
AYO2
AYO1
AYO0
VSS
VDDC
VGND[8]
VEXT2[2]
VGND[4]
VEXT1[4]
NC
OUTV
OUTH
DCI3
DCI2
DCI1
DCI0
DYI3
DYI2
DYI1
DYI0
INV
INH
DCO3
DCO2
DCO1
DCO0
DYO3
DYO2
DYO1
DYO0
VSS
VDDC
VGND[9]
VEXT2[3]
VGND[5]
VEXT1[5]
KO
VSS
VSS
VSS
VDDC
VDDS
TDO
TDI
TRST
TMS
TCK
VSS
VSS
VSS
VDDC
VDDS
DSVPL
DSVBB
DSVBL
DSVPP
DVBGR
DVBB
DVBL
DVPL
DVPP
DMEB
DVM
SMODE
TCLK
TSEL2
TSEL1
TSEL0
JTEST7
JTEST6
JTETS5
JTEST4
JTEST3
JTEST2
JTEST1
JTEST0
VSS
VSS
VSS
VDDC
VDDS
CKSEL
USEL
TVSEL
VSS
VSS
VSS
VDDS
LP
AGS
AVSSP
AVDDP
BP
NDRST
CLK72O
CLK54I
NC
NC
NC
NC
NC
NC
NC
NCNCNC
NC
NCNCNC
NC
NC
NC
NCNCNCNCNC
CLK9AO
CLK9BO
NC
NC
NC
NC
NC
NC
NC
NC
NCNC
NC
NC
NC
NC
NC
NC
NC
NC
ANACTL
NC
NC
NC
NC
JCY0160-2
VDD
GND
EC CE
Vout
R1160N151B-X
/6.3
NOISE
GND
CONTVin
Vout
MM1385NN-X
/6.3
NQR0129-002X
NQR0129-002X
NQR0129-002X
/6.3
/6.3
/6.3
NQR0129-002X
NC
GND OUT
VDD
NAX0319-001X
NQR0129-002X
/6.3
T
T
T
T
T
T
∗
[CAMERA DSP]
∗
∗
[1.5V]
[2.5V]
[108MHz_CXO]
[54MHz_CXO]
∗
TO
OP DRIVER
TO SYSCON
TO CDS
TO TG
[L:NT,H:PAL]
[L:NEC,H:Pana]
[L:54,H:108]
[1.5V_REG]
[2.5V_REG]
NOTE : The parts with marked ( ) is not used.
∗
TO D.CPU
CAM_VD
TBC_CTL
TO
MAIN IF CN105
TO DVMAIN
TO AUDIO
TO DVMAIN, VIDEO I/O
TO MAIN IF CN111,
VIDEO I/O
TO VIDEO I/O
TO DVMAIN
TO DVMAIN
TO SYSCON, DVMAIN
TO REG
TO PRE/REC,
DVMAIN
TO MAIN IF
CN111
y10262001a_rev0.1
0 1 MAIN (CAMERA DSP)
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and fur ther line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
When ordering par ts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
When ordering par ts,be sure to order according to the Part Number indicated in the Parts List.
IC5201 is incorporated in the CCD base assembly. When IC5201 needs replacement, replace
the CCD base assembly in whole because it cannot be replaced alone.
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
Page 86
JACK SCHEMATIC DIAGRAM
4.19
NOTES :
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
R501
10k
T
C502
0.1
BA10358F-XE
R508
68k
OUT
C511C510
TL501
D505
MA8068-X
JACK
C501
3.3
/10
IC501
IC502
VccGND
D502
MA8068-X
L504
L505
L506
RPM7138-V4
IR SENSOR
C508
∗
NQR0251-004X
D503
∗
#
#
#
C516
R515
0Ω
Vcc
VEE
C507
∗
T
NQR0251-004X
L502
∗∗
∗
D506
R506
820k
R507
C503
0.015
R509
8.2k
C506
/10
10
R512
47
W/B SENSOR
L503
NQR0251-004X
C514C512
0.010.01
C517
∗
EMZ6.8N-X
R502R503
680k1.8k
R504
2.2k
R505
10k
100k
C504
0.015
C505
∗
T
Q501
RPM-22PB
R513
100
R516
220
R517
330
C515C513
R514
100
MA8068-X
R511
D504
R510
0Ω
22
C509
/6.3
TO
ROTARY ENCODER
CN501
NC
NC
CAM_SW_A
CAM_SW_B
CAM_SW_C
GND
TO MAIN IF
CN102
3k
T
R519
0Ω
∗
R520
CN502
CAM_SW_C
CAM_SW_B
CAM_SW_A
GND
IR_AMP
REG_4.8V
IR_OUT
IR_RMC
GND
AU_SIG/R
AU_SIG/L
P_DET
V_OUT
AV_GND
AV_GND
EM_DET
EX_MIC/R
EX_MIC/L
EM_GND
REM_OUT
JLIP_RX
JLIP_TX
GND
TALLY
06
5
4
AV
J501L501
QNS0078-001
3
∗∗
MIC
J502
#
L
R
2
JLIP
PEMC1203
J503
1
NOTE : The parts with marked ( ) is not used.
# EXCHANGE PARTS LIST
Without MIC JACK
With MIC JACK
J502
∗
QNS0005-001
D501
SML-010LT-X
TALLY LAMP
∗
L504 ~ L506
∗
NQR0251-004X
R518
0Ω
y40092001a_rev0
DCBA
4-37
Page 87
4.20 REAR SCHEMATIC DIAGRAM
NOTES :
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
When ordering parts,be sure to order according to the Part Number indicated in the Parts List.
D551
#
#
REAR
R551
0Ω
R552
0Ω
D552
#
#
L551
∗
R555
#
#
R556
#
#
R553
R554
0Ω
0Ω
R562
∗
L552
∗
TO MAIN IF
CN103
CN551
QGF0507F3-12X
07
5
4
DV
QNZ0557-001
PC
#
#
J551
J552
TL554
TPA+
USB
#
#
3
J553
L553
R557
#
#
TPA-
TPB+
∗
R558
#
#
R559
R560
#
#
R561
0Ω
0Ω
TPB-
GND
USB_DP_TX
USB_DN_RX
USBSENSE
GND
BATT_CHK
T_BATT
BATT_TERM.
TL551
+
ADP_H
TL552
2
DC JACK
J554
QNA0027-001
TL553
-
T
1
NOTE : The parts with marked ( ) is not used.
# EXCHANGE PARTS LIST
Without DSC MODEL
With DSC MODEL
4-38
J552
QNS0152-001
∗
QNZ0497-001
D553
MA8068-X
J553
∗
C551
0.1
∗
R555, R556
330
∗
∗
R557~R559
∗
0
D551, D552
EMZ6.8N-X
∗
R564R563
∗
y40094001a_rev0
TO MAIN IF
CN104
CN552
QGA1002F1-06X
BATT_+
BATT_+
ADP_DC
ADP_DC
GND
GND
DCBA
Page 88
HGF
EDCBA
4
5
3
2
1
4-404-39
B/W VF SCHEMATIC DIAGRAM4.21
PLL_FILTER
IC7001
C7013
R7009
C7003
R7001
R7007
CN7002
R7005
R7010
D7001
Q7001
R7011
R7013R7012
CN7001
L7002
L7001
C7005
D7002
C7011
C7006
C7015
C7004
R7008
R7002
C7002
C7001
C7014
R7004
R7003
R7006
C7017
C7016
C7010
C7009
C7008
C7007
C7012
0.1
6.8k
1
10k
15k
1k
3.3k
47560
10µ
10µ
0.01
0.001
1
0.01
0.022
47k
1.8k
0.1
0.1
0.1
18k
33k
10
4.7
0.1
0.1
0.1
0.1
0.01
CLAMP
OSD_IN
SLEEP
HOLD_SEL
A_GND
VIDEO_IN
PLL_FILTER
GAIN
SYFLTR
525/625
D_GND
A_GND
PDR
VIDH
VCK
VPL
HODL
V_COM
VEE
VDD
VSS
V_REF
HPL
HCK
RENE
RENO
VIDL
VIDLC
VIDCH
BLACK_LEVEL
NC
VDD_CAP
NC
OK
GAMMA
HOLD_INV_F
NC
NC
VDDH
TEST
SEL_PDR
VBAT
A_VBAT
H_SYNC
V_SYNC
VHIO_SEL
REF_GND
VBG
MCVVQ111FB
GND
VIDLO
RENON
RENEN
HCLKN
HPLN
VREF
BW_VDD
BW_VEE
BW_COM
HLTOR
HODL
VPLN
VIDHI
VCKN
PDR
TCL
THL
TV
THH
QGF0517F2-20X
NSCW100A0/ST/-X
PUMX1-W
VFREG4.8V
REG_12V
REG_4.8V
LCD_Y
SLEEP
GND
QGF0517F1-06X
MA111-X
/6.3
/16
0Ω
GAIN
VF
∗
y30149001a_rev0
NOTE : The parts with marked ( ) is not used.
∗
TO MONITOR
CN763
TO LCD MODULE
0 8 B/W VF
VR7001
22k
GAIN
When ordering par ts,be sure to order according to the Part Number indicated in the Parts List.
For the destination of each signal and further line connections that are cut off from
this diagram,refer to "4.1 BOARD INTERCONNECTIONS".
C1003B C 3A
C1004B C 3A
C1006A C 5A
C1007B C 5B
C1009B C 4A
C1010B C 3A
C1011B C 4A
C1013B C 4A
C1014B C 4A
C1015B C 4A
C1016B C 4A
C1017B C 4A
C1019B C 4A
C1020B C 3A
C1021B C 4A
C1023B C 3B
C1026B C 4B
C1027B C 4A
C1028B C 3A
C1029B C 4A
C1030B C 4A
C1031B C 5B
C1034B C 4A
C1036B C 4A
C1037B C 4A
C1038B C 4A
C1039B C 4A
C1401B C 4B
C1402B C 4B
C1403B C 4B
C1404B C 4B
C1405B C 4B
C1406B C 4B
C1407B C 4B
C1408B C 4B
C1409B C 4B
C1410B C 4B
C1411B C 4B
C1412B C 4B
C1413B C 4B
C1414B C 4B
C1415B C 4B
C1416B C 4B
C1601B C 2C
C1602B C 2D
C1603B C 2D
C1605B C 2C
C1606B C 2C
C1607B C 3D
C1614B C 3C
C1618B C 3C
C1619B C 3C
C1620B C 3C
C1621B C 3C
C1622B C 3D
C1623B C 3D
C1624B C 3D
C1625B C 2C
C1626B C 2C
C1627B C 2C
C1628B C 2D
C1632B C 3D
C1633B C 2C
C1641B C 2C
C1642B C 3D
C2001B C 2C
C2002B C 1B
C2003B C 1D
C2004B C 1C
C2005B C 1C
C2006B C 2C
C2007B C 2C
C2008B C 2C
C2009B C 2C
C2010B C 2C
C2011B C 2C
C2012B C 1C
C2013B C 1D
C2014B C 1D
C2015B C 1D
C2016B C 2C
C2017B C 2C
C2018B C 1C
C2019B C 1C
C2020B C 2C
C2021B C 2C
C2024B C 1C
C2025B C 1C
C2026B C 2C
C2027B C 2D
C2028B C 1D
C2103B C 1D
C2104B C 1C
C2105B C 1C
C2106B C 1C
C2107B C 1C
C2108B C 1C
C2109B C 1C
C2110B C 1C
C2111B C 1C
C2112B C 1C
C2113B C 1C
C2114B C 1C
C2115B C 1D
C2116B C 1C
C2117B C 1D
C2118B C 1C
C2119B C 1D
C2120B C 1C
C2121B C 1D
C2122B C 1C
C2123B C 1D
C2124B C 1C
C2125B C 1D
C2126B C 1C
C2127B C 1D
C2128B C 1C
C2201A C 1C
C2202A C 1C
C2501B C 2B
C2502B C 2B
C2503B C 2C
C2504B C 1C
C2505B C 1C
C2506B C 1C
C2507B C 1C
C2508B C 1B
C2509B C 1B
C2510B C 1C
C2511B C 1C
C2512B C 1B
C2513B C 1B
C2514B C 2C
C2515B C 2C
C2516B C 2C
C2517B C 2C
C3001B C 3D
C3003B C 5B
C3004B C 4B
C3005B C 4D
C3006B C 3D
C3007B C 5B
C3008B C 4C
C3009B C 4D
C3011B C 5C
C3012B C 4C
C3013B C 4C
C3014B C 3C
C3015B C 4C
C3016B C 4C
C3017B C 4C
C3020B C 4C
C3021B C 5C
C3022B C 4C
C3023B C 4C
C3024B C 4D
C3025B C 4B
C3026B C 5C
C3027B C 5C
C3028B C 5C
C3029B C 5C
C3030B C 4C
C3031B C 4C
C3032B C 4C
C3033B C 4C
C3034B C 4C
C3035B C 4C
C3036B C 4C
C3037B C 4C
C3038B C 5B
C3039B C 4B
C3040B C 4B
C3041B C 5B
C3042B C 5C
C3043B C 5C
C3044B C 5C
C3045B C 5C
C3046B C 5C
C3047B C 5C
C3048B C 5D
C3049B C 5C
C3050B C 5C
C3051B C 3C
C3052B C 3D
C3053B C 3C
C3054B C 3C
C3055B C 5C
C3056B C 3C
C3057B C 4C
C3058B C 4C
C3059B C 3C
C3060B C 3C
C3061B C 3C
C3064B C 4C
C3066B C 3C
C3067B C 4C
C3068B C 3C
C3069B C 3C
C3070B C 3C
C3501A C 3C
C3502A C 3C
C3503A C 2D
C3504A C 2C
C3505A C 2C
C3506A C 2C
C3507A C 2C
C3508A C 2C
C3509A C 2C
C3510A C 2C
C3511A C 3C
C3512A C 3C
C3513A C 3C
C3514A C 3C
C3515A C 3C
C3516A C 3C
C3517A C 3C
C3518A C 3C
C3519A C 3C
C3520A C 3C
C3521A C 2C
C3522A C 2C
C3523A C 2C
C3524A C 2C
C3525A C 2C
C3526A C 2C
C3527A C 3C
C3528A C 3C
C3701A C 3C
C3702B C 2C
C3703B C 2C
C3704B C 2C
C3705B C 2C
C3706A C 3B
C3707A C 3B
C3708A C 3B
C3709A C 3B
C3712A C 3C
C3713A C 3B
C3714A C 3B
C3715A C 2B
C3731A C 2B
C3732A C 2B
C3733A C 2B
C3734A C 2B
C3735A C 2B
C3736A C 2B
C3737A C 2B
C3738A C 2B
C3739A C 2B
C3740B C 3B
C3741B C 3B
C3742B C 3B
C3743B C 3B
C3744B C 3B
C3745B C 3B
C3746B C 3B
C3747B C 3B
C3801B C 2B
C3802B C 2B
C3803B C 2B
C3804B C 2B
C3805B C 2B
C3806B C 2C
C3807B C 2C
C3808B C 2C
C3809B C 2C
C3810B C 2B
C3811B C 2B
C3812B C 2B
C3813B C 2C
C3814B C 2B
C3815B C 2B
C3816B C 2B
C3817B C 2B
C3818B C 2B
C3819B C 2B
C3820B C 3C
C4201B C 2A
C4202B C 2A
C4203B C 2A
C4204B C 2A
C4205B C 2A
C4206B C 2B
C4207B C 2B
C4208B C 2B
C4209B C 2B
C4210B C 2B
C4211B C 2A
C4212B C 2A
C4213B C 2A
C4214B C 2A
C4215B C 2A
C4216B C 2A
C4217B C 2A
C4218B C 2A
C4219B C 2A
C4220B C 2A
C4301B C 3A
C4302B C 3A
C4303B C 3A
C4304B C 3A
C4305B C 2A
C4306B C 3A
C4307B C 2A
C4308B C 2A
C4309B C 2A
C4310B C 3A
C4311B C 3B
C4312B C 3B
C4313B C 3B
C4314B C 3A
C4315B C 3A
C4316B C 2B
C4317B C 3B
C4318B C 3B
C4803A C 1C
C4804A C 1C
C4806A C 1C
C4807A C 1C
C4808A C 1C
C4809A C 1C
C4810A C 1C
C4811A C 1C
C4812A C 1C
C4813A C 1C
C4814A C 2C
C4815A C 1C
C4819A C 2C
C4820A C 1C
C4822A C 1C
C4823A C 2C
C4851A C 2B
C4852A C 2B
C4853A C 2B
C4854A C 2B
C4855A C 2B
C4858A C 1C
C4859A C 1C
C4860A C 1C
C4861A C 1C
C4862A C 1C
C4863A C 1C
C4864A C 1B
C4865A C 1B
C4866A C 1B
C5001A C 2A
C5002A C 2A
C5003A C 2A
C5004A C 2A
C5005A C 2A
C5006A C 2A
C5007A C 2A
C5008A C 2A
C5009A C 2A
C5010A C 2A
C5011A C 2A
C5012A C 3A
C5013A C 3A
C5014A C 3A
C5015A C 2B
C5016A C 2B
C5017A C 2B
C5018A C 2B
C5019A C 2B
C5020A C 2B
C5021A C 2B
C5022A C 2B
C5023A C 2A
C5024A C 2A
C5025A C 2A
C5026A C 2A
C5027A C 2A
C5028A C 2A
C6001A C 3B
C6004A C 4B
C6005A C 4B
C6101A C 4C
C6102A C 5D
C6103A C 4C
C6105A C 4D
C6106A C 4B
C6107A C 4A
C6108A C 4A
C6109A C 4A
C6110A C 3A
C6111A C 3A
C6112A C 3A
C6113A C 3A
C6114A C 3A
C6115A C 3A
C6116A C 3A
C6117A C 3A
C6118A C 3A
C6119A C 3A
C6120A C 3A
C6121A C 3B
C6122A C 3B
C6123A C 3B
C6124A C 3B
C6125A C 3B
C6126A C 3B
C6127A C 3B
C6128A C 3B
C6129A C 3B
C6130A C 4B
C6131A C 5B
C6132A C 5C
C6134A C 4B
C6201A C 5C
C6202A C 4B
C6203A C 4B
C6204A C 4B
C6205A C 4B
C6206A C 4C
C6207A C 4B
C6208A C 4B
C6209A C 4C
C6210A C 3C
C6211A C 3C
C6212A C 3B
C6213A C 4B
C6214A C 5B
C6215A C 5B
C6216A C 5B
C6217A C 4B
C6218A C 4B
C6219A C 4B
C6220A C 5C
C6221A C 5C
C6222A C 5C
C6224A C 4A
C6225A C 4A
C6226A C 4A
C6227A C 5B
C6228A C 4B
C6230A C 4A
C6231A C 1C
C6701A C 4C
C6703A C 3C
C6704A C 3C
CONNECTOR
CN101A C 3D
CN102B C 1C
CN103A C 5B
CN104A C 5C
CN105B C 5B
CN106A C 1C
CN107A C 2B
CN108A C 1B
CN109A C 5C
CN110A C 2D
CN111A C 4A
CN112B C 4D
CN113A C 1C
DIODE
D1001B C 5B
D1002B C 5B
D1602B C 2C
D1603B C 2C
D1604B C 3D
D3001B C 4D
D3002B C 4C
D3003B C 4C
D3004B C 3D
D3701A C 2B
D5001A C 2A
D6002A C 4B
D6201A C 4C
D6202A C 4C
D6203A C 4C
D6204A C 4B
D6205A C 4B
D6206A C 5C
D6207A C 4A
D6208A C 5B
D6701A C 3C
D6702A C 4C
FUSE
F6101A C 5C
IC
IC1001B C 4A
IC1002A C 4A
IC1003B C 5B
IC1004B C 3A
IC1005B C 4A
IC1006B C 3C
IC1007B C 5B
IC1008B C 4B
IC1009B C 4A
IC1401B C 4B
IC1601B C 2C
IC1602B C 3C
IC2001B C 1C
IC2501B C 2C
IC3001B C 4C
IC3002B C 3C
IC3004B C 3C
IC3005B C 4C
IC3007B C 3C
IC3501A C 2C
IC3502A C 3C
IC3701A C 3B
IC3731B C 3B
IC3801B C 2B
IC3802B C 3C
IC4201B C 2A
IC4202B C 2A
IC4301B C 3B
IC4302B C 3A
IC4303B C 2A
IC4802A C 1C
IC4803A C 1C
IC4804A C 2C
IC4807A C 2C
IC4851A C 1C
IC5001A C 2A
IC5002A C 2A
IC5003A C 2A
IC6001A C 3B
IC6101A C 3A
COIL
L1002B C 4A
L1401B C 4B
L2001B C 1B
L2002B C 1D
L2101A C 1C
L2102A C 1C
L2103A C 1C
L2501B C 1B
L3001B C 3D
L3002B C 5B
L3003B C 4B
L3004B C 4D
L3005B C 5B
L3006B C 4C
L3007B C 4D
L3008B C 4C
L3009B C 4C
L3012B C 4D
L3014B C 3C
L3015B C 3C
L3501A C 3C
L3502A C 3C
L3503A C 2B
L3504A C 2C
L3505A C 2C
L3701A C 3C
L3731A C 2B
L3732B C 3B
L3801B C 2B
L3802B C 2B
L3803B C 2B
L3804B C 2B
L4201B C 2A
L4301B C 3A
L4302B C 2A
L4303B C 2A
L4304B C 2B
L4305B C 3A
L4802A C 1C
L4851A C 2B
L4852A C 2B
L4853A C 1C
L5001A C 2A
L5002A C 2A
L5003A C 2A
L5004A C 2B
L5005A C 2B
L5006A C 2B
L5007A C 3B
L6101A C 5C
L6102A C 4C
L6201A C 4C
L6202A C 4C
L6203A C 4C
L6204A C 3C
L6205A C 4B
L6206A C 4B
L6207A C 4B
L6208A C 5B
L6701A C 4C
TRANSISTOR
Q1001B C 5B
Q1002B C 5B
Q1003B C 4A
Q1004B C 5B
Q1005B C 4A
Q1006B C 4A
Q1007B C 4A
Q1008B C 4A
Q1009B C 4A
Q1401B C 4B
Q1402B C 4B
Q1403B C 4B
Q1601B C 2C
Q2001B C 2D
Q2002B C 1C
Q2101B C 1D
Q2102B C 1C
Q2103B C 1C
Q2501B C 2C
Q3001B C 3D
Q3002B C 3C
Q3701B C 2C
Q3702A C 3B
Q3703B C 2C
Q3704B C 3C
Q3705A C 2B
Q3731A C 2B
Q3732A C 2B
Q3733A C 2B
Q3734A C 2B
Q3735B C 3B
Q4801A C 1C
Q4802A C 2C
Q4803A C 2C
Q4804A C 2C
Q4805A C 2C
Q4806A C 2C
Q4851A C 2C
Q6001A C 3B
Q6002A C 3B
Q6004A C 4B
Q6201A C 4C
Q6202A C 4B
Q6203A C 4C
Q6204A C 4C
Q6205A C 3C
Q6206A C 3C
Q6207A C 3B
Q6208A C 4B
Q6210A C 4B
Q6211A C 5C
Q6212A C 4A
Q6213A C 4A
Q6214A C 4A
Q6215A C 4A
Q6216A C 4A
Q6217A C 4B
Q6701A C 4C
RESISTOR
R101A C 5B
R102A C 5B
R1001B C 5B
R1002B C 4A
R1003B C 4A
R1004B C 3A
R1005B C 4A
R1006B C 5A
R1007B C 4A
R1008B C 3A
R1009B C 4A
R1010B C 3A
R1011B C 4A
R1012B C 4A
R1014B C 4A
R1015B C 4A
R1016B C 5B
R1017A C 5C
R1018B C 5B
R1019B C 4A
R1020B C 4B
R1021B C 4B
R1022B C 4B
R1023B C 3A
R1024B C 3A
R1026B C 5B
R1027B C 3A
R1028B C 4A
R1029B C 4A
R1030B C 4A
R1031B C 3A
R1032B C 3A
R1036B C 4A
R1037B C 4A
R1038B C 3A
R1039B C 4B
R1044B C 4A
R1045B C 4A
R1046B C 3A
R1047B C 4A
R1048B C 3A
R1049B C 4A
R1050B C 4A
R1051B C 5B
R1052B C 5B
R1053B C 5B
R1054B C 5B
R1055B C 5B
R1056B C 5B
R1057B C 4A
R1058B C 4A
R1060B C 4A
R1061B C 3B
R1066B C 5B
R1071B C 4A
R1072B C 4B
R1076B C 4A
R1077B C 4A
R1078B C 4A
R1079B C 4A
R1080B C 4A
R1081B C 4A
R1082B C 4A
R1083B C 4A
R1401B C 4B
R1402B C 4B
R1403B C 4B
R1404B C 4B
R1405B C 4B
R1406B C 4B
R1407B C 5B
R1408B C 4B
R1409B C 4B
R1410B C 4C
R1411B C 4B
R1412B C 4B
R1413B C 4B
R1414B C 4B
R1415B C 4B
R1416B C 4B
R1417B C 5B
R1421B C 4B
R1422B C 4B
R1423B C 4C
R1425B C 4B
R1426B C 4B
R1601B C 2D
R1602B C 2D
R1603B C 2C
R1604B C 2D
R1605B C 2C
R1609B C 3C
R1610B C 3D
R1611B C 3D
R1612B C 3C
R1613B C 3C
R1614B C 2C
R1615B C 2C
R1616B C 3D
R1617B C 2C
R1618B C 2C
R1619B C 2C
R1620B C 2C
R1621B C 2D
R1622B C 3C
R1624B C 2C
R1625B C 4C
R1626B C 4C
R1628B C 2C
R1629B C 2D
R1630B C 3D
R1631B C 3D
R1635B C 2C
R1636B C 2C
R1637B C 2C
R1643B C 2C
R2001B C 1D
R2004B C 1D
R2005B C 1D
R2006B C 2C
R2007B C 2D
R2008B C 2D
R2009B C 2C
R2010B C 2C
R2011B C 2C
R2012B C 2C
R2013B C 2C
R2014B C 2D
R2015B C 2D
R2016B C 2D
R2017B C 1C
R2018B C 2C
R2019B C 1D
R2020B C 1D
R2023B C 2C
R2024B C 2C
R2025B C 2C
R2028B C 1C
R2029B C 1D
R2103B C 1C
R2104B C 1C
R2105B C 1C
R2106B C 1C
R2107B C 1C
R2108B C 1C
R2109B C 1C
R2110B C 1C
R2111B C 1D
R2112B C 1C
R2113B C 1D
R2114B C 1C
R2115B C 1D
R2116B C 1C
R2117B C 1D
R2118B C 1C
R2119B C 1D
R2120B C 1C
R2121B C 1D
R2122B C 1C
R2123B C 1D
R2124B C 1C
R2125B C 1D
R2126B C 1C
R2127B C 1D
R2128B C 1C
R2129B C 1C
R2201A C 1C
R2202A C 1C
R2203B C 1C
R2501B C 1B
R2502B C 1B
R2503B C 1B
R2504B C 1B
R2505B C 1B
R2506B C 1B
R2507B C 1B
R2508B C 1B
R2509B C 2C
R2510B C 2C
R2511B C 2C
R2512B C 2C
R2513B C 2C
R3002B C 4C
R3003B C 3C
R3004B C 4C
R3005B C 4C
R3006B C 4C
R3007B C 4C
R3008B C 4D
R3009B C 4C
R3010B C 4D
R3011B C 4D
R3013B C 5C
R3014B C 5C
R3015B C 5C
R3016B C 5C
R3017B C 5C
R3018B C 5C
R3019B C 5C
R3020B C 5C
R3025B C 3D
R3026B C 3D
R3027B C 4C
R3029B C 4C
R3030B C 4C
R3031B C 4C
R3032B C 4C
R3033B C 4C
R3034B C 4C
R3036B C 5C
R3037B C 5D
R3040B C 3C
R3041B C 3C
R3042B C 3C
R3043B C 3D
R3044B C 3D
R3045B C 3C
R3046B C 3C
R3047B C 4C
R3048B C 4C
R3049B C 3C
R3050B C 3C
R3051B C 4C
R3057B C 4C
R3059B C 4B
R3066B C 4C
R3067B C 4C
R3068B C 3C
R3069B C 3C
R3070B C 3C
R3071B C 4C
R3072B C 3C
R3073B C 3C
R3074B C 3C
R3075B C 3C
R3501A C 2C
R3502A C 2C
R3503A C 2C
R3504A C 2C
R3505A C 2C
R3506A C 2C
R3507A C 2C
R3508A C 3C
R3509A C 2C
R3510A C 2C
R3511A C 3C
R3512A C 3C
R3521A C 3C
R3522A C 2C
R3701B C 2B
R3702B C 2C
R3703A C 3B
R3704B C 2C
R3705B C 2C
R3706A C 3B
R3707A C 3B
R3708A C 3C
R3709A C 3B
R3710A C 3B
R3711A C 3B
R3712A C 3B
R3713A C 3B
R3714A C 3B
R3715A C 3B
R3721B C 2C
R3722B C 2C
R3723B C 2C
R3724B C 3C
R3725A C 2B
R3726A C 2B
R3727A C 2B
R3728A C 2B
R3730A C 2B
R3731A C 2B
R3732A C 2B
R3733A C 2B
R3734A C 2B
R3735A C 2B
R3736A C 2B
R3737A C 2B
R3738A C 2B
R3739A C 2B
R3740A C 2B
R3741A C 2B
R3742B C 3B
R3743B C 3B
R3744B C 3B
R3745B C 3B
R3746B C 3B
R3747B C 3B
R3748B C 3B
R3801B C 2C
R3802B C 2C
R3803B C 2B
R3804B C 2B
R3805B C 2B
R3806B C 2B
R3807B C 3B
R3808B C 3B
R3809B C 3C
R4201B C 2B
R4203B C 2A
R4204B C 2A
R4205B C 2A
R4301B C 2B
R4302B C 3A
R4303B C 3B
R4304B C 3B
R4305B C 3A
R4306B C 3B
R4307B C 3B
R4308B C 3B
R4309B C 3B
R4310B C 3B
R4311B C 3B
R4312B C 3B
R4313B C 3B
R4314B C 3B
R4315B C 3B
R4316B C 2B
R4317B C 2B
R4320B C 3A
R4321B C 3A
R4322A C 3A
R4323A C 3B
R4804A C 2C
R4805A C 1C
R4806A C 1C
R4807A C 1C
R4808A C 1C
R4809A C 1C
R4810A C 1C
R4811A C 1C
R4812A C 1C
R4813A C 1C
R4814A C 1C
R4815A C 1C
R4816A C 1C
R4817A C 2C
R4818A C 2C
R4819A C 1C
R4820A C 1C
R4821A C 1C
R4822A C 2C
R4823A C 2C
R4824A C 1C
R4825A C 2C
R4826A C 2C
R4827A C 1C
R4828A C 2C
R4829A C 1C
R4830A C 2C
R4831A C 2C
R4833A C 2C
R4836A C 2C
R4837A C 2C
R4839A C 2C
R4840A C 2C
R4841A C 2C
R4842A C 2C
R4843A C 2C
R4844A C 2C
R4845A C 2C
R4846A C 2C
R4847A C 2C
R4849A C 2C
R4850A C 2C
R4852A C 1B
R4854A C 1C
R4855A C 1C
R4856A C 1C
R4857A C 1C
R4858A C 2C
R4859A C 2C
R4860A C 2C
R4862A C 1B
R4863A C 1B
R4864A C 1B
R4865A C 1B
R4866A C 1B
R4867A C 1B
R4868A C 1B
R4870A C 2C
R4871A C 1B
R4872A C 2C
R4874A C 1B
R5001A C 2A
R5002A C 3A
R5003A C 3A
R5004A C 3A
R5005A C 3A
R5006A C 2A
R5009A C 2A
R5010A C 3A
R5017A C 2A
R5020A C 3A
R6001A C 3B
R6002A C 3B
R6003A C 3B
R6004A C 3B
R6005A C 3B
R6009A C 4A
R6010A C 4B
R6011A C 4B
R6012A C 4B
R6013A C 4B
R6101A C 4A
R6102A C 4A
R6103A C 4A
R6106A C 3A
R6107A C 3A
R6108A C 3A
R6113A C 3A
R6114A C 3B
R6115A C 3B
R6116A C 3A
R6117A C 3B
R6118A C 3B
R6124A C 4B
R6201A C 4B
R6202A C 4B
R6203A C 4B
R6204A C 4B
R6205A C 4B
R6206A C 4B
R6207A C 4B
R6208A C 4B
R6209A C 4B
R6210A C 3C
R6211A C 3C
R6212A C 3C
R6213A C 3C
R6214A C 3C
R6215A C 3C
R6216A C 3C
R6217A C 4B
R6218A C 4B
R6219A C 5B
R6220A C 5B
R6221A C 5B
R6222A C 5B
R6223A C 5B
R6224A C 4B
R6225A C 4B
R6226A C 4B
R6227A C 4A
R6228A C 4A
R6229A C 4A
R6230A C 4A
R6231A C 4A
R6232A C 4A
R6233A C 4A
R6234A C 4A
R6235A C 4A
R6236A C 4A
R6237A C 4A
R6238A C 4A
R6239A C 4A
R6240A C 4A
R6241A C 4A
R6242A C 4A
R6243A C 4A
R6244A C 4B
R6245A C 4B
R6246A C 4B
R6247A C 4A
R6701A C 3C
R6702A C 3C
R6703A C 3C
R6704A C 5B
R6705A C 5B
RA1008 B C 4B
RA1009 B C 4A
RA1010 B C 5B
RA1401 B C 4B
RA3001 B C 4C
RA3002 B C 4C
RA3003 B C 4C
RA3004 B C 5C
RA3005 B C 5C
RA4201 B C 2A
RA4202 B C 2A
RA4301 B C 3A
RA4302 B C 3A
RA4303 B C 3A
RA4304 B C 3A
RA4305 B C 3B
RA4306 B C 3B
RA4307 B C 2B
RA4308 B C 2B
OTHER
TL1001B C 5A
TL1002B C 4A
TL1003B C 4A
TL1004B C 4A
TL1005B C 4A
TL1007B C 4A
TL1009B C 4A
TL1027B C 4A
TL1029B C 4A
TL1030B C 4A
TL1031B C 4A
TL1032B C 4A
TL1033B C 4A
TL1034B C 4A
TL1035B C 4A
TL1036B C 4A
TL1038B C 4A
TL1401B C 4B
TL1402B C 4B
TL1403B C 4B
TL1404B C 4B
TL1405B C 4B
TL1406B C 4B
TL1407B C 4B
TL1408B C 5B
TL1409B C 4B
TL1410B C 5B
TL1411B C 5B
TL1412A C 3B
TL1413A C 3B
TL1414B C 4B
TL1415A C 4B
TL1416A C 4B
TL1417A C 4B
TL1418A C 4B
TL1419A C 4B
TL1420B C 5B
TL1601B C 3D
TL1602B C 3C
TL1603B C 3C
TL1604B C 2C
TL1605A C 3D
TL1606A C 2D
TL1607A C 3D
TL1608A C 3D
TL1609A C 2D
TL1610A C 2D
TL1611B C 3C
TL1612B C 3D
TL1613B C 3D
TL1614B C 2C
TL1617B C 3D
TL1618A C 3D
TL1619A C 3D
TL1620A C 3D
TL1621A C 3D
TL1622A C 3D
TL3001B C 4C
TL3002B C 4C
TL3004B C 4C
TL3005B C 4D
TL3006B C 5C
TL3501B C 4B
TL3801B C 3B
TL3802B C 3B
TL4201B C 2B
TL4202B C 2A
TL4304B C 2B
TL4305B C 2B
TL4306B C 2B
TL4308B C 2B
TL4309B C 3B
TL4310B C 3B
TL4311B C 3B
TL4312B C 3A
TL4313B C 3A
TL4314B C 3B
TL4315B C 3B
TL4316B C 3B
TL4317B C 2B
TL4318B C 2B
TL4319B C 2B
TL4801A C 1C
TL5001A C 3A
TL5002A C 3A
TL5004A C 3A
X1001B C 4B
X1002A C 4A
X1401B C 4B
X3001B C 4C
X3002B C 4C
X4301B C 2B
C1A C 2A
C10 B C 3C
C11 B C 3C
C7101 B C 4B
C7102 A C 4A
C7601 B C 3B
C7602 A C 3A
C7603 B C 2A
C7604 B C 2A
C7605 B C 2A
C7606 B C 2A
C7607 B C 2A
C7608 B C 2A
C7609 B C 2A
C7610 B C 2A
C7611 B C 3A
C7612 B C 3A
C7613 B C 3A
C7614 B C 3A
C7615 B C 3A
C7616 B C 3B
C7617 A C 3A
C7618 A C 3A
C7619 B C 3B
C7620 B C 3A
C7621 B C 3B
C7622 B C 3B
C7623 B C 3B
C7624 B C 4B
C7625 B C 4B
C7626 B C 4B
C7627 B C 3B
C7628 A C 3B
C7629 A C 2B
C7630 B C 2C
C7631 B C 2C
C7632 B C 3C
C7633 B C 3C
C7634 B C 2B
C7635 B C 2C
C7636 A C 2B
C7637 B C 2C
C7638 B C 3B
C7639 B C 4B
C7640 B C 3B
C7641 B C 1C
C7642 A C 4A
C7643 A C 3B
C7644 A C 3B
C7645 A C 2B
CONNECTOR
CN761 B C 4C
CN762 B C 3C
CN763 B C 4A
CN764 B C 2C
CN765 B C 2B
CN766 A C 4D
DIODE
D1A C 4A
D10 B C 3C
D11 B C 3C
D7601 B C 2C
D7602 B C 5C
IC
IC7101 A C 4A
IC7601 B C 3A
IC7602 B C 4B
IC7603 B C 3B
IC7604 A C 3A
COIL
L10 B C 3C
L7601 B C 2A
L7602 B C 3B
L7603 A C 3A
L7604 B C 2C
L7605 B C 3C
L7606 B C 3C
L7607 B C 2B
TRANSISTOR
Q10 B C 4C
Q7101 B C 4B
Q7102 B C 4B
Q7601 A C 3B
Q7602 A C 3B
Q7603 A C 2B
Q7604 A C 2B
Q7605 B C 2C
Q7606 B C 2C
Q7607 B C 4A
Q7608 B C 4A
Q7609 B C 3B
Q7610 B C 3B
RESISTOR
R1A C 3B
R2A C 4B
R3A C 2A
R4A C 2A
R5A C 3A
R6A C 3A
R7A C 3B
R8A C 3B
R9A C 3B
R10 A C 3B
R18 B C 4C
R19 B C 4C
R20 B C 3C
R21 B C 3C
R22 B C 3C
R23 B C 3C
R25 B C 3C
R26 B C 4C
R28 B C 3C
R7110 B C 4B
R7111 B C 4B
R7113 B C 4B
R7114 B C 4B
R7115 B C 4B
R7116 B C 4B
R7601 A C 3A
R7602 B C 3A
R7603 B C 3A
R7604 B C 4B
R7605 B C 4C
R7606 B C 5C
R7608 B C 4B
R7609 B C 4B
R7610 B C 3B
R7611 B C 3B
R7612 A C 3B
R7613 A C 3B
R7614 A C 3B
R7615 A C 3B
R7616 A C 3B
R7617 A C 2B
R7618 A C 3B
R7619 A C 2B
R7621 B C 2C
R7622 B C 2C
R7623 B C 2C
R7624 A C 2B
R7625 B C 2B
R7626 B C 3A
R7627 B C 3B
R7628 B C 4A
R7629 B C 4A
R7630 A C 4A
R7631 A C 2B
R7632 B C 3B
R7633 A C 1C
R7634 B C 4B
R7635 B C 4B
R7636 B C 3A
R7637 A C 3A
R7638 B C 3A
R7640 A C 3A
R7643 A C 4A
R7644 B C 4A
R7645 A C 4A
R7646 A C 3A
R7650 A C 3C
R7651 B C 4C
R7652 B C 4C
OTHER
BT1 A C 2C
J7601 A D 5C
SW1 A C 4B
SW2 A C 2A
SW3 A C 2A
SW4 A C 4A
SW5 A C 3A
SW6 A C 4B
SW7 A C 3A
SW8 A C 3A
SW9 A C 3B
SW10 A C 3B
SW7601 A D 1C
TM04 A C 5D
TM4 A C 5D
ZP1-2 B C 4C
ZP1-3 B C 4C
ZP1-4 B C 4C
ZP1-5 B C 4A
ZP1-7 B C 3B
ZP1-9 B C 4B
ZP3-9 B C 4A
ZP4-9 B C 1A
ZP4-9 B C 2C
ZP1-11 B C 3B
ZP1-12 B C 3B
ZP1-13 B C 3A
ZP1-14 B C 3B
ZP1-15 B C 3B
ZP1-17 B C 3B
ZP1-18 B C 3B
ZP1-19 B C 3B
ZP1-20 B C 3B
ZP1-21 B C 3B
ZP1-22 B C 3C
ZP1-23 B C 2C
ZP1-36 B C 2C
ZP1-39 B C 4A
ZP2-10 B C 2C
ZP3-13 B C 4A
ZP3-17 B C 4A
ZP3-18 B C 4A
ZP3-19 B C 4A
ZP3-20 B C 4B
ZP4-17 B C 2C
ZP4-18 B C 3A
ZP4-22 B C 2B
ZP4-23 B C 3B
ZP4-24 B C 2B
ZP4-25 B C 2B
ZP4-33 B C 3A
COMPONENT PARTS LOCATION GUIDE <MONITOR/YB10360-01-03>
C8001 B C 2C
C8002 B C 2C
C8003 A C 1B
C8004 A C 1B
C8005 A C 1B
C8006 A C 2B
C8007 A C 1B
C8008 A C 2B
C8010 B C 1B
C8011 B C 1A
C8014 B C 2B
C8015 B C 1B
C8016 B C 1B
C8017 B C 1A
C8018 B C 1B
C8019 B C 2B
C8020 B C 1C
C8021 B C 1C
C8022 B C 2A
C8023 B C 2A
C8024 B C 2A
C8025 B C 1A
C8026 B C 2A
C8027 B C 1A
C8028 B C 1A
C8029 B C 1A
C8030 B C 1B
C8301 A C 1A
C8302 A C 1A
C8303 A C 1A
C8304 A C 1A
C8305 A C 1A
C8306 A C 1A
C8307 A C 1A
C8308 A C 1A
C8309 A C 1A
C8310 A C 1A
C8311 A C 1A
CONNECTOR
CN8001 B C 2B
CN8002 A C 2A
DIODE
D8001 B C 1A
IC
IC8001 B C 1B
IC8002 A C 2B
IC8003 A C 1B
IC8004 B C 1A
IC8006 B C 1A
IC8007 B C 1A
IC8301 A C 1A
COIL
L8001 B C 2B
L8002 B C 2B
L8003 A C 1B
L8004 A C 2B
L8005 B C 2C
L8006 B C 2A
L8301 A C 1A
L8302 A C 1A
TRANSISTOR
Q8001 B C 1A
Q8002 B C 2A
RESISTOR
R8001 B C 1B
R8002 B C 1B
R8003 B C 1B
R8005 B C 1A
R8006 B C 1A
R8007 B C 1A
R8008 B C 1A
R8009 B C 1A
R8010 B C 1A
R8016 B C 1A
R8017 B C 2B
R8020 B C 1A
R8022 B C 1A
R8025 B C 1A
R8026 B C 1B
R8027 B C 1A
R8028 B C 1A
R8029 B C 1A
R8030 B C 1A
R8031 B C 1A
R8032 B C 1A
R8034 B C 1A
R8036 B C 1B
R8037 B C 1A
R8038 B C 1B
R8042 B C 1B
R8043 B C 1B
R8046 B C 1A
R8048 B C 1B
R8050 B C 1B
R8051 B C 1B
R8053 B C 1B
R8054 B C 1B
R8055 B C 1B
R8056 B C 1A
R8057 B C 1A
R8058 B C 1B
R8059 B C 1A
R8060 B C 1B
R8061 B C 1A
R8062 B C 1B
R8063 B C 1B
R8064 B C 1A
R8065 A C 1B
R8066 B C 1A
R8067 A C 1B
R8068 B C 2A
R8069 B C 2A
R8070 B C 1A
R8071 B C 1A
R8072 B C 2B
R8073 B C 2A
R8074 B C 1A
R8075 B C 1A
R8076 B C 2A
R8077 B C 2B
R8301 A C 1A
R8302 A C 1A
R8303 A C 1A
R8305 A C 1A
R8306 A C 1A
R8307 A C 1A
R8308 A C 1A
R8309 A C 1A
R8310 A C 1A
R8311 A C 1A
RA8001 B C 1A
RA8002 B C 1A
RA8003 B C 1A
RA8004 B C 1A
OTHER
TL8001 B C 1B
TL8002 B C 1C
TL8003 B C 1A
TL8004 B C 1A
TL8005 B C 2B
TL8006 B C 2B
TL8007 B C 1C
TL8008 B C 1C
TL8009 B C 1C
TL8010 B C 1B
TL8011 B C 1B
TL8012 B C 1C
TL8013 A C 1C
TL8014 B C 1B
TL8016 B C 1B
TL8017 B C 1A
TL8018 B C 2B
TL8019 B C 1B
TL8020 B C 2B
TL8021 B C 2A
TL8301 A C 1A
TL8302 A C 1A
TL8303 A C 1A
TL8304 A C 1A
X8002 B C 1B
X8301 A C 1A
COMPONENT PARTS LOCATION GUIDE <DSC/YB20931>
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