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Regarding service information other than these sections, refer to the GR-SXM67ED,SXM87ED service manual (No. 86655). Also, be sure to note important safety precautions provided in the service manual.
SPECIFICATIONS(The specifications shown pertain specifically to the model GR-SXM78EA/SXM48EA/ SXM780A/SXM480A/SXM280A/SXM180A/SX140A)
VHSPAL
625
Camcorder
General
Format : S-VHS/VHS PAL standardPower source : DC 11 V (Using AC Adapter)
DC 6 V (Using battery pack)Power consumption
Viewfinder on : 4.0 W (GR-SXM78EA/SXM48EA/SXM780A/SXM480A/SXM280A/SXM180A only)3.7 W (GR-SX140A only)
LCD monitor* on : 4.5 W (GR-SXM78EA/SXM48EA/SXM780A/SXM480A/SXM280A/SXM180A only)
Video light** : 3.0 W* Applicable models only.** GR-SXM78EA/SXM48EA/SXM780A/SXM480A/SXM280A only.Signal system : PAL-typeVideo recording system
Luminance : FM recordingColour : Converted sub-carrier direct recording Conforms to VHS
standardCassette : / cassetteTape speed
SP : 23.39 mm/sec.LP : 11.70 mm/sec.
Recording time (max.)SP : 60 minutesLP : 120 minutes
(with EC-60 cassette)Operating
temperature : 0°C to 40°COperating humidity : 35% to 80%Storage temperature : –20°C to 50°CWeight : Approx. 910 g (GR-SXM78EA/SXM48EA/SXM780A/SXM480A/
SXM280A only)Approx. 900 g(GR-SXM180A only)Approx. 850 g (GR-SX140A only)
Dimensions : 200 mm x 112 mm x 118 mm(W x H x D) (GR-SXM78EA/SXM48EA/SXM780A/SXM480A/SXM280A/
SXM180A only)200 mm x 112 mm x 115 mm(GR-SX140A only)(with the LCD monitor* closed and with the viewfinder fullytilted downward)
* Applicable models only.
Pickup : 1/6" format CCDLens : F1.6, f = 3.9 mm to 62.4 mm,
16:1 power zoom lens with auto iris and macro control, filterdiameter 40.5 mm
The following table indicate main different points between models GR-SXM87ED, GR-SXM280A, GR-SXM280A-S, GR-SXM480Aand GR-SXM480A-S.
The following table indicate main different points between models GR-SXM67ED, GR-SXM180A and GR-SXM180A-S.MODEL GR-SXM67ED GR-SXM180A GR-SXM180A-S ITEM
AC ADAPTER AP-V12ED AP-V12EGBATTERY PACK BN-V20BU BN-V11U-E
TABLE OF CONTENTSDIFFERENT TABLE ........................................................................................................................................................... 1 to 2
5. PARTS LIST (5-1 to 5-3)5.1 PACKING AND ACCESSORY ASSEMBLY <M1> ........................................................................................................ 5-15.2 MONITOR ASSEMBLY <M5> [GR-SXM480A/A-S] ...................................................................................................... 5-3
PACKING AND ACCESSORY ASSEMBLY <M1> Note: As for IB (INSTRUCTIONS), refer to sec.5.The following table indicate different parts number between models GR-SXM87ED, GR-SXM280A, GR-SXM280A-S, GR-SXM480A and GR-SXM480A-S.
Luminance : FM recordingColour : Converted sub-carrier direct recording Conforms to VHS
standardCassette : / cassetteTape speed
SP : 23.39 mm/sec.LP : 11.70 mm/sec.
Recording time (max.)SP : 60 minutesLP : 120 minutes
(with EC-60 cassette)Operating temperature : 0°C to 40°COperating humidity : 35% to 80%Storage temperature : –20°C to 50°CWeight : Approx. 910 g (GR-SXM58/SXM48 only)
Approx. 900 g (GR-FXM38 only) Approx. 860 g (GR-SX24 only)Approx. 850 g (GR-FX14 only)
Dimensions : 200 mm x 112 mm x 118 mm (GR-SXM58/SXM48/FXM38 only)200 mm x 112 mm x 115 mm (GR-SX24/FX14 only)(with the LCD monitor* closed and with the viewfinder fullytilted downward)
* Applicable models only.
Pickup : 1/6” format CCDLens : F1.6, f = 3.9 mm to 62.4 mm,
16:1 power zoom lens with auto iris and macro control, filterdiameter 40.5 mm
(Applicable models only) active matrix systemSpeaker : Monaural
(Applicable models only)
Some accessories are not available in some areas. Please consult your nearest JVCdealer for details on accessories and their availability.
Optional Accessories
• Battery Packs BN-V12U, BN-V20U, BN-V400U
• Compact S-VHS ( ) Cassettes SE-C45/30
• Compact VHS ( ) Cassettes EC-60/45/30
• Active Carrying Bag CB-V7U
• Cassette Adapter C-P7U
Specifications shown are for SP mode unless otherwise indicated. E & O.E. Design andspecifications subject to change without notice.
Important Safety Precautions
INSTRUCTIONS
1. DISASSEMBLY1.1 SERVICE CAUTIONS ........................................................... 1-1
1.1.1 Precautions ..................................................................... 1-11.1.2 How to read the disassembly and assembly .................. 1-11.1.3 Connection of the wires .................................................. 1-1
1.2 TOOLS REQUIRED FOR ADJUSTMENTS .......................... 1-21.3 DISASSEMBLY/ASSEMBLY OF CABINET PARTS .............. 1-3
2.2 DISASSEMBLY/ASSEMBLY OF MECHANISM PARTS ........ 2-22.3 CHECKUP AND ADJUSTMENT OF MECHANISM PHASE 2-62.4 TAPE TRANSPORT ADJUSTMENT ..................................... 2-7
2.4.1 Back tension ................................................................... 2-72.4.2 Tape pattern .................................................................... 2-72.4.3 A/C head height & azimuth ............................................. 2-82.4.4 Phase of control head (X value) ..................................... 2-9
TAPE FORMAT VHS-C VHS-C S-VHS-C S-VHS-C S-VHS-C S-VHS-C S-VHS-CS-VHS ET NOT USED NOT USED USED USED USED USED USEDVIDEO LIGHT NOT USED NOT USED USED USED USED NOT USED USEDIR RECIVER NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED USEDSNAP SHOT NOT USED NOT USED USED USED USED NOT USED USEDNIGHT ALIVE(SCOPE) NOT USED NOT USED USED USED USED NOT USED USED5 SEC REC USED USED NOT USED NOT USED NOT USED USED NOT USEDS OUTPUT NOT USED NOT USED USED USED USED USED USEDEDIT CTL OUTPUT NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED USEDAC ADAPTER AP-V12EG AP-V12EG AP-V12EG AP-V12EG AP-V12EG AP-V12ED AP-V12EDBATTERY PACK BN-V11U-E BN-V11U-E BN-V11U-E BN-V11U-E BN-V20BU BN-V20BU BN-V20BUREMOTE CONTROL UNIT NOT USED NOT USED NOT USED NOT USED NOT USED NOT USED PROVIDES VIDEO CABLE NOT USED NOT USED PROVIDE PROVIDE OPTIONAL OPTIONAL OPTIONALCASSETTE ADAPTER NOT USED NOT USED OPTIONAL OPTIONAL PROVIDE PROVIDE PROVIDECABLE ADAPTER USED(W/S TERMINAL) USED(W/S TERMINAL) USED(W/S TERMINAL) USED(W/S TERMINAL) NOT USED NOT USED NOT USED
The following table lists the differing points between Models GR-FXM38EG, GR-FXM38EK, GR-SXM48EG, GR-SXM48EK,GR-SXM48EA, GR-SXM67ED and GR-SXM87ED in this serise.
Important Safety PrecautionsPrior to shipment from the factory, JVC products are strictly inspected to conform with the recognized product safety and electrical codes of thecountries in which they are to be sold. However, in order to maintain such compliance, it is equally important to implement the following precautionswhen a set is being serviced.
Fig.1
1. Locations requiring special caution are denoted by labels and in-scriptions on the cabinet, chassis and certain parts of the product.When performing service, be sure to read and comply with theseand other cautionary notices appearing in the operation and serv-ice manuals.
2. Parts identified by the ! symbol and shaded ( ) parts arecritical 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 usingcathode ray tubes and those specified for compliancewith various regulations regarding spurious radiationemission.
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 tubing2) Double insulated wires3) High voltage leads
5. Use specified insulating materials for hazardous live parts. Noteespecially:1) Insulation Tape 3) Spacers 5) Barrier2) PVC tubing 4) Insulation sheets for transistors
6. When replacing AC primary side components (transformers, powercords, noise blocking capacitors, etc.) wrap ends of wires securelyabout the terminals before soldering.
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, thehigh voltage circuits, and related circuits are specified for compli-ance with recognized codes pertaining to X-ray emission.Consequently, when servicing these products, replace the cath-ode ray tubes and other parts with only the specified parts. Underno circumstances attempt to modify these circuits.Unauthorized modification can increase the high voltage value andcause X-ray emission from the cathode ray tube.
12. Crimp type wire connectorIn such cases as when replacing the power transformer in setswhere the connections between the power cord and power trans-former primary lead wires are performed using crimp type connec-tors, if replacing the connectors is unavoidable, in order to preventsafety hazards, perform carefully and precisely according to thefollowing steps.
1) Connector part number : E03830-0012) 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 pointclose to the connector.Important : Do not reuse a connector (discard it).
Fig.7
cut close to connector
Fig.3
(2) Strip about 15 mm of the insulation from the ends of thewires. If the wires are stranded, twist the strands to avoidfrayed conductors.
15 mm
Fig.4
(3) Align the lengths of the wires to be connected. Insert thewires fully into the connector.
Connector
Metal sleeve
Fig.5
(4) As shown in Fig.6, use the crimping tool to crimp the metalsleeve at the center position. Be sure to crimp fully to thecomplete closure of the tool.
I
• Precautions during Servicing
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 pointedparts.
9. When a power cord has been replaced, check that 10-15 kg offorce in any direction will not loosen it.
1.252.0
5.5
Crimping tool
Fig.6
(5) Check the four points noted in Fig.7.
Not easily pulled free Crimped at approx. centerof metal sleeve
Conductors extended
Wire insulation recessedmore than 4 mm
S40888-01
• Safety Check after ServicingExamine the area surrounding the repaired location for damage or deterioration. Observe that screws, parts and wires have been returnedto original positions, Afterwards, perform the following tests and confirm the specified values in order to verify compliance with safetystandards.
1. Insulation resistance testConfirm the specified insulation resistance or greater between power cord plug prongs and exter-nally exposed parts of the set (RF terminals, antenna terminals, video and audio input and outputterminals, microphone jacks, earphone jacks, etc.). See table 1 below.
2. Dielectric strength testConfirm specified dielectric strength or greater between power cord plug prongs and exposed acces-sible 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 distanceWhen replacing primary circuit components, confirm specified clearance distance (d), (d’) be-tween soldered terminals, and between terminals and surrounding metallic parts. See table 1below.
4. Leakage current testConfirm specified or lower leakage current between earth ground/power cord plug prongs andexternally exposed accessible parts (RF terminals, antenna terminals, video and audio input andoutput terminals, microphone jacks, earphone jacks, etc.).Measuring Method : (Power ON)Insert load Z between earth ground/power cord plug prongs and externally exposed accessibleparts. Use an AC voltmeter to measure across both terminals of load Z. See figure 9 and followingtable 2.
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
Fig. 9
Fig. 8
Table 1 Specifications for each region
Table 2 Leakage current 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.
II S40888-01
a b
c
V
AExternallyexposedaccessible part
Z
1-1
(1) (2) (3) (4)
SECTION 1DISASSEMBLY
1.1.3 Connection of the wires1. Pull the connector structure upward to release the clamp
when removing or inserting the flat wire cable.
1.1 SERVICE CAUTIONS
1.1.1 Precautions1. Before disassembling/re-assembling the set as well as
soldering parts, make sure to disconnect the power ca-ble.
2. When disconnecting/connecting connectors, pay enoughattention to wiring not to damage it.
3. In general, chip parts such as resistor, shorting jumpers(0-ohm resistor), ceramic capacitors, diodes, etc. can notbe reused after they were once removed.
4. When installing parts, be careful not to do with other partsas well as not to damage others.
5. When removing ICs, be careful not to damage circuit pat-terns.
6. Tighten screws properly during the procedures. Un-less specified otherwise, tighten screws at torque of0.196 N•m (2.0 kgf•cm).
1.1.2 How to read the disassembly and assembly
(For Cabinet Parts)
(1) Order of steps in ProcedureWhen reassembling, preform the step(s) in the reverseorder. These numbers are also used as the identifica-tion (location) No. of parts Figures.
(2) Part to be removed or installed.(3) Fig. No. showing Procedure or Part Location.
C = CabinetCA = Camera
D = Deck(4) Identification of part to be removed, unhooked, un-
locked, released, unplugged, unclamped or unsoldered.P = SpringW = WasherS = Screw* = Unhook, unlock, release, unplug or unsolder.
2(S3) = 2 Screws (S3)CN = Connector
(5) Adjustment information for installation.
Fig. 1-1-1
Fig. 1-1-2
1 CASETTE COVER C1 2(S1)ASSEMBLY
2 UPPER CASE C2 2(S2), 2(L2)3 LOWER CASE C3 9(S3), (L3a), (L3b)
NOTE: After removing the wire, return the stopper toits original position, because it is apt to comeoff if it is left open.
1-2
1 2
INF adjustment lensYTU92001B
Torque driverYTU940883 4 Bit
YTU94088-003
5 6
Alignment tape(for SP interchangeability)
MHPE-C
Alignment tape(for N. SP PB Y/C level)
MHVE-2C
INF lens holder YTU94087
7 8
9 10
11 12
13 14
Camera standYTU93079
Conn. ringYTU92001-111
Gray Scale ChartYTU94133A
Color Bar ChartYTU94133C
Light box AssemblyYTU93096A
Extension connectorYTU94145B-30
Service support systemYTU94057-56
Cleaning clothKSMM-01
1615
17
PC cableQAM0099-002
Jig connector cableYTU93106A
Communication cableYTU93107A
1.2 TOOLS REQUIRED FOR ADJUSTMENTS
Table 1-2-1
1-3
1,2. Alignment tapeTo be used for check and adjustment of interchange-ability of the mechanism.(Video: Color bar signal, Audio: Non-signal)
3. Torque driverBe sure to use to fastening the mechanism and exte-rior parts because those parts must strictly be control-led for tightening torque.
4. BitThis bit is slightly longer than those set in conventionaltorque drivers.
5. INF adjustment lensTo be used for adjustment of the camera system.
6. Conn. ringThe connector ring to attach the INF. lens to the headof the OP lens.
7. Gray scale chartTo be used for adjustment of the camera system.
8. Color bar chartTo be used for adjustment of the camera system.
9. INF lens holderTo be used together with the camera stand (11) for op-erating the VideoMovie in the stripped-down conditionsuch as the status without the exterior parts or for us-ing commodities that are not yet conformable to the in-terchangeable ring.
10. Light box assemblyTo be used for adjustment of the camera system.
11. Camera standTo be used together with the INF adjustment lensholder.
12. Extention connectorTo be used to JIG connector cable
13. JIG connector cableConnected to CN25 of the main board and used formeasuring error rates, etc.
14. Communication CableConnect the Communication cable between the PC ca-ble and Jig connector cable when performing a PC ad-justment.
15. Service support systemTo be used for adjustment with a personal computer.
16. PC cableTo be used to connect the VideoMovie and a personalcomputer with each other when a personal computerisused for adjustment.
17. Cleaning clothRecommended cleaning cloth to wipe down the videoheads, mechanism (tape transport system), optical lenssurface.
1.3 DISASSEMBLY/ASSEMBLY OF CABINET PARTS
1.3.1 Disassembly flow chart
This flowchart indicates the disassembly step for the cabi-net parts and board assembly in order to gain access toitem(s) to be serviced. When reassembling, perform thestep(s) in reverse order. Bend, route and dress the flat ca-bles as they were originally.
NOTE : For screw management, refer to the table appear-ing in the section “1.9 SERVICE NOTE” (page 1-16).
Cassette cover assembly
Upper case
Lower case assembly
(Incl. E.VF assembly)
E.VF assembly
Top operation unit
Rear unit
Front cover assembly
(Incl. Microphone / DC light assembly)
Microphone
DC light assembly / Cover(light)
Monitor assembly
Front frame assembly
1
2
3
4
5
6
7
8
9
0
!
1-4
1.3.2 Disassembly method
1 CASETTE COVER C1 2(S1)ASSEMBLY
2 UPPER CASE C2 2(S2), 2(L2)3 LOWER CASE C3 9(S3), (L3a), (L3b)
1.4 DISASSEMBLY/ASSEMBLY OF CAMERA SECTIONAND DECK SECTION
1.4.1 Flowchart of disassembly
The following flowchart shows the disassembly of the cam-era section and deck section. When assembly of the cam-era section and deck section, follow this flowchart in the re-verse order.
<Camera section/Deck section>
For details of disassembly manner, refer to page 1-12, “1.5 REPLACEMENT OF CCD IMAGE SENSOR.”
4 Frame assembly
5 Cassette housing assembly
1 Zoom unit assembly
2 Main board assembly
3 OP block assembly (Incl. CCD board assembly)
3 OP block assembly
3 CCD board assembly
7
7
7
7
7
7
1.4.2 Disassembly method
1 ZOOM UNIT D1 4(S1),(L1a),*CN1aASSEMBLY
2 MAIN BOARD D2 2(S2),(L2a)*CN2a,*CN2b,*CN2c,CN2d,CN2e,*CN2f,*CN2g,*CN2h,*CN2j
3 OP BLOCK D3 2(S3),CUSHON (OP)ASSEMBLY(Incl. CCD BOARDASSEMBLY)
4 FRAME ASSEMBLY D4 2(S4a),2(S4b),(S4c)
5 CASSETTE HOUSING D5 4(S5)ASSEMBLY
STEP/LOCNo.
PART Fig.No.
REMOVAL
*UNLOCK/RELEASE/UNPLUG/UNCLAMP/
UNSOLDER
List of Abbreviations:2(S1)=2 screws (S1)4(L1a)=4 Locking Tabs (L1a)CN=Connector
Reference Notes:<NOTE 1>Destination of connectors
Note : Two kinds of double-arrows in connection tablesrespectively show kinds of connector/wires.
⇔ : Flat wire←→ : Wire
Con-nector Connector
CN1a 14 MAIN CN13 ⇔ ZOOM UNIT
CN2a 14 MAIN CN2 ⇔ SENSOR
CN2b 11 MAIN CN5 ⇔ VIDEO/FLY. E HEAD
CN2c 10 MAIN CN1 ⇔ DRUM MOTOR
CN2d 2 MAIN CN4 ←→ LOADING MOTOR
CN2e 2 MAIN CN6 ←→ DC LIGHT
CN2f 22 MAIN CN15 ⇔ OP BLOCK
CN2g 14 MAIN CN22 ⇔ CCD
CN2h 11 MAIN CN7 ⇔ A/C HEAD
CN2i 18 MAIN CN3 ⇔ CAPSTAN MOTOR
No.ofPins
Fig. D1
(L a)1
CN a1
(S )11
(S )12
(S )13
(S )14
1
1-11
Fig. D2 Fig. D4
Fig. D3 Fig. D5
(S )25
(S )26
CN a2
CN b2
CN c2CN e2 CN d2
CN f2 CN g2
CN h2CN j2
(L a)2
2
CUSHION (OP)
(S )38
(S )37
3
(S c)134
∗ : 0.108 N•m (1.1 kgf•cm)
(S b)114
∗(S b)
124
∗(S a)
10SHIELD CASE(MAIN) 4
(S a)94
4
5
(S )17
5
(S )16
5
(S )155
(S )14
5
∗ : 0.216 N•m (2.2 kgf•cm)
∗∗
∗
∗
1-12
1.5 REPLACEMENT OF CCD IMAGE SENSOR
Notes:
• Pay the most careful attention to the transparent glass andoptical LPF of the CCD image sensor so a not the soil anddamage them. If something is soiled with finger-prints, etc.,gently clean it with silicon-processed paper/cloth or cham-ois.
• When the CCD image sensor is shipped from the factory,there are protection seals applied onto the transparentglass. Leave the protector as it is, and take it off just be-fore assembling the CCD image sensor to the OP block.
1.5.1 Removal of CCD image sensor
1. Remove two screws (1, 2) securing the CCD base assy,and disassemble the CCD spacer, the optical LPF,spacer rubber.
1.5.2 Installation of new CCD image sensor
1. Remove the protection seal from a new CCD image sen-sor. Next, put the optical LPF, spacer rubber, CCDspacer on the CCD image sensor as they are piled upin this order. At that time, make sure of orientation of eachitem refering to the following table (see Fig. 1-5-1).
Part Name Orientation
CCD image sensor Mark is on the right viewed as indi-cated by the arrow a .
Spacer rubber IC side is horizontal.Optical LPF Marks are on the left and bottom
viewed as indicated by the arrowa .
2. Fix the CCD base assy to OP block with the two screws(1, 2) . At that time, be careful of the orientation.
3. After completion of all P.C. boards to the camera sec-tion, observe the monitor to confirm no vignetting causedby the bodytube, rings, lens hood, etc. If no vignettingis observed, it can be said that image's parallel,horizontality and centering are correct.
1.5.3 Replacement of CCD board assy
1. Remove one screw (3).2. Unsolder at the fourteen points on the CCD board assy.
Note: 1. Remove the screw (3) only when the CCD boardassy needs replacement.
2. When installing a new CCD board assy, carry outthe above-mentioned procedure in the reverse order.
Fig. 1-5-1
OPTICAL LPF
SPACER RUBBER
CCD SPACER
CCD BASE ASSEMBLY
a
OPSIDE
CCDSIDE
BLUE
CCD BOARDASSEMBLY
(S a)11
(S a)21
(S b)3
1
∗ : 0.147 N•m (1.5 kgf•cm)
∗
1-13
1.6 TAKE OUT CASSETTE TAPE
In the event that the set enters the emergency mode as itis loaded with a cassette tape and the cassette tape can-not be ejected with the EJECT button, manually, take it outof the set according to the following procedure.
Note:
• If the mechanism comes into the unloading mode as thecassette tape is not held by hand, it results in tape dam-age.
1. Disconnect the set from the power source.
2. Remove the cassette cover assembly, Upper case,Lower case assembly, Top operation assembly, Moni-tor assembly (See Fig. C1, C2, C3, C5 and C8, Pages1-4 to 1-7).
3. Connect a jumper wire to each pole of the loading mo-tor as shown by the magnified view (Fig. 1-6-1)
4. While holding down the cassette housing by hand, con-nect the jumper wires to a battery to run the mechanismto the EJECT position four unloading. If this unloadingoperation is performed as the cassette housing is notheld down by hand, the front lid of the cassette maydamage the tape when it is ejected.
5. For taking in the slack of the tape, run the mechanismto the EJECT position as the front lid of the cassette isleft open, and turn the take-up gear in the forward di-rection to wind up the tape. After confirming that the tapehas completely been wound up and the supply reel isidling, take the cassette tape out of the cassette hous-ing.
Fig. 1-6-1
MAGNIFIED VIEW b
BATTERY
TAKE-UP GEAR
TOP VIEW
1-14
1.7 EMERGENCY DISPLAY
Whenever some abnormal signal is input to the mechaconCPU, an error number (E01, as an exam-ple) is displayed inthe electronic view finder.In every error status, such the message as shown below al-ternately appear over and over.
• In an emergency mode, all operations except turningon/off the POWER switch are ineffectual.
Example (in case of the error number E01):
E01UNIT IN SAFEGUARD MODE
E01REMOVE AND REATTACH BATTERY
1.8 DEMONSTRATION MODE
This model has the DEMONSTRATION mode.
1) How to set the DEMONSTRATION mode.The camera can be entered into the DEMONSTRA-TIONmode by setting on the DISPLAY screen appearing inthe viewfinder.
When entering the camera into the DEMONSTRATIONmode, pay heed to the following matters.No cassette is set in the camcorder or a cassette is setin the camcorder but it is protected from recording.
RD
NE.
EC
X
Z
TMO
S
OO
Y
DM
S
E
TEM ME
S5
N
P0
U
x
MENU Wheel
Recording Start/Stop Button
A
M
PLAYOF
F
FEM
TOX.
OCPW
UO.
SSSB
CY
U.
AS
R
MT
E
EE
RM
AM
ME
ENAAA
NUUUU
U
TTT
OOO
RITTD
D
TENEIA
E
R
OCTLTT
M
E
.ELE
O
T
CT
E/
U
SAITM
T
M
R
YMMIALI
O
N
SEEMCAM
D
TR
ERNE
E
EA
OG
M
.
MME
ENOOOF
O
NUFFFR
F
U
FFFE
F
NCH
1. 2.
Display 1 Display 2Fig. 1-8-1
See tonext page
Set the POWER switch to turn on the “M”.Press the MENU WHEEL once. The first page of the DISPLAY appears on the LCD monitor (or in the viewfinder).
Turn the MENU WHEEL in the direction of the arrow to set the cursor at “NEXT”.Press the MENU WHEEL once. The second page of the DISPLAY appears on the LCD monitor (or in the viewfinder).
Note: 1) The indications of the DISPLAY page very de-pending on the setting.
2) How to cancel the DEMONSTRATION mode.To cancel the DEMONSTRATION mode, turn thePOWER switch off (“POWER OFF”).
E. VF Symptom Mode when observed Resulting mode
E07 Short circuit of capstan MDA Power ON Power OFF
E06 CAPSTAN FG input absent EDIT Power OFF
E04 DRUM FF input absent DRUM rotation Power OFF
E03 SUPPLY REEL FG input absent REC, PLAY, SEARCH, FF UNLOADING† Power OFF
E02 Mode control motor rotates for more than 10 sec UNLOADING Power OFFwithout shift to next mode
E01 Mode control motor rotates for more than 10 sec LOADING Power OFFwithout shift to next mode.
E00 Overtime the programming transaction REC, PLAY Power OFF
1-15
Note: 2) As the “DEMO MODE” is executed, the camcoderenters the DEMONSTRATION mode after the ti-tle screen of “TITLE CALL” and “FUTURE” appearin this order.
<Flow chart>
1. TITLE CALL and FUTURE
2. EASY PC CONNECTION
3. CREATE IMAGES & E-MAIL
4. NIGHT-SCOPE OFF
5. NIGHT-SCOPE ON
6. VHS
7. S-VHS (For S-VHS MODEL ONLY)
8. SNAP SHOT
9. PROGRAM AE FOG
10. PROGRAM AE ND EFFECT
11. FADE/WIPE BLACK
12. FADE/WIPE MOSAIC
13. FADE/WIPE SHUTTER
14. FADE/WIPE SLIDE
15. FADE/WIPE DOOR
16. FADE/WIPE CORNER
17. FADE/WIPE WINDOW
18. DIGITAL EFFECT NEGA/POSI
19. DIGITAL EFFECT STRETCH
35. P.STABILIZER ON
34. P.STABILIZER OFF
33. P.STABILIZER ON
32. P.STABILIZER OFF
31. WIDE OFF
30. WIDE ON
29. WIDE OFF
28. DIGITAL EFFECT VIDEO ECHO
27. DIGITAL EFFECT CLASSIC
26. DIGITAL EFFECT STROBE
25. DIGITAL EFFECT SOLARI
24. DIGITAL EFFECT R.FILTER
23. DIGITAL EFFECT B.FILTER
22. DIGITAL EFFECT B/W
21. DIGITAL EFFECT SEPIA
20. DIGITAL EFFECT MOSAIC
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
∫
Display 4Display 3
Refer to Fig. 1-8-2. While the DEMONSTRATION
mode is activated, a word of DEMONSTRATION is
appearing on the screen scrolling from right to left.
DENO MODE
OFFON
EXIT
RITTDJDV
TENEIALEI
R
OCTLTTIMD
E
.ELEPOE
T
CT
E/
O
U
SAITM
TIM
R
YMMIALIDOO
N
SEEMCAM
DU
TR
ERNENET
EA
OG
O
M
.
.
M
ME
ENOOOF
0OS
NUFFFR
6NE
U
FFFEN
A
C
M
H
3. Turn the MENU WHEEL in the direction ofthe arrow to set the cursor at “DEMO MODE”.Then, press the MENU WHEEL once.The third page of the DEMO MODE appearson the LCD monitor (or in the viewfinder).
4. Turn the MENU WHEEL in the direction ofthe arrow to set the cursor at “ON”. Then,press the MENU WHEEL once.The fourth page of the DISPLAY appearson the LCD monitor (or in the viewfinder).(“DEMO MODE” is switched “ON” from“OFF” status.)
5. Press the MENU WHEEL once.The camcorder automatically en-ters the DEMONSTRATION modeand it repeats demonstration op-eration.While the camcorder is perform-ing demonstration, all operationsexcept turning on/off the POWERswitch are ineffectual.
Fig. 1-8-2
1-16
1.9 SERVICE NOTE
Tab
le 1
-9-1
1
2
3
4
5
6 7
8 9
10
11
12 1
3 1
4 1
5
16
1
7
18
1
9
20
2
1
22
2
3
24
25
12
35
46
7( 8
, 9)
Fig
. C6
Fig
. C7
Fig
. C5
Fig
. C4
Fig
. C3
Fig
. C1
Fig
. C2
I
0-
IVI
VII
III
VIII
IV
IIII
VI
IV
Sym
bol N
o.
Rem
ovin
g or
der
of s
crew
Pla
ce to
stic
k sc
rew
Ref
eren
ce d
raw
ing
Scr
ew ti
ghte
ning
torq
ue
Sym
bol N
o.
Rem
ovin
g or
der
of s
crew
Pla
ce to
stic
k sc
rew
Ref
eren
ce d
raw
ing
Scr
ew ti
ghte
ning
torq
ue
Sym
bol N
o.
Rem
ovin
g or
der
of s
crew
Pla
ce to
stic
k sc
rew
Ref
eren
ce d
raw
ing
Scr
ew ti
ghte
ning
torq
ue
Sym
bol N
o.
Rem
ovin
g or
der
of s
crew
Pla
ce to
stic
k sc
rew
Ref
eren
ce d
raw
ing
Scr
ew ti
ghte
ning
torq
ue
26
27
28
2
9
30
3
1 32
33
34
35
36
37
38
39
40
41
42
43
44
Fig
. C13
Fig
. C11
Fig
. C12
Fig
. C10
Fig
. C8
Fig
. C9
1
2
3
4
5
6
7
8
9
10
1
1
12
13 1
4
15
1
6
17
12
34
5
Fig
. D5
Fig
. D2
Fig
. D1
Fig.
D3
Fig
. D4
II
I
1
2
3
Fig
. 1-5
-1
DE
CK
AS
S'Y
OP
B L
OC
K A
SS
'Y
MA
IN A
SS
'Y
→ → →→ → → → →→ → → → →→ → → → →→ →
I
: 0
.196
N·m
(2.
0kgf
·cm
)II
: 0
.098
N·m
(1.
0kgf
·cm
)III
: 0
.118
N·m
(1.
2kgf
·cm
)
IV:
0.1
08N
·m (
1.1k
gf·c
m)
V:
0.1
47N
·m (
1.5k
gf·c
m)
VII
VIII
: 0
.078
N·m
: 0
.216
N·m
(2.
2kgf
·cm
)VI
: 0
.049
N·m
(0.5
kgf·c
m)
(0.8
kgf·c
m)
3
< N
OT
E >
1) :
:D
on’t
reus
e th
e sc
rew
, bec
ause
scr
ew lo
ck b
ond
was
app
lied
to th
em.
2)P
ay c
aref
ul a
ttent
ion
to ti
ghte
ning
torq
ue fo
r ea
ch s
crew
.
2-1
SECTION 2MECHANISM ADJUSTMENT
2.1 SERVICE CAUTIONS
2.1.1 Precautions
1. Before disassembling/re-assembling the set as well assoldering parts, make sure to disconnect the power ca-ble.
2. When disconnecting/connecting connectors, pay enoughattention to wiring not to damage it.
3. When installing parts, be careful not to do with other partsas well as not to damage others. (Pay the most carefulattention to the upper drum assy and tape transportmechanism.)
2.1.2 How to read the disassembly and assembly(For Mechanism Parts)
(1) Order of steps in ProcedureWhen reassembling, perform the step(s) in the reverseorder. These numbers are also used as the identifica-tion (location) No. of parts Figures.
(2) Part to be removed or installed.(3) Location of part.
T = TopB = Bottom
(4) Fig. No. showing Procedure or Part Location.M = Mechanism
(5) Identification of part to be removed, unhooked, un-locked, released, unplugged, unclamped or unsoldered.
P = SpringW = WasherS = Screw* = Unhook, unlock, release, unplug or unsolder.
(6) Adjustment information for installation.(+) = Refer to Exploded Views for Lubrication informa-tion.
1,2. Alignment tapeTo be used for check and adjustment of interchangeabil-ity of the mechanism.(Video: Color bar signal, Audio: Non-signal)
3. JIG connector cableConnected to CN25 of the main board and used formeasuring error rates, etc.
4. Extention connectorTo be used to JIG connector cable
5. Cassette Torque MeterThis is used to cheek the back tension and play torqueduring mechanism adjustment.
6. Roller DriverTo be used to turn the roller driver to adjustment of thelinearity of playback envelope.
Table 2-1-1
2-2
2.2 DISASSEMBLY/ASSEMBLY OF MECHANISM PARTS
This procedure starts with the condition that the cabinet parts and deck parts. Also, all the following procedures for adjust-ment and parts replacement should be performed in STOP mode. When reassembling, perform the step(s) in the reverseorder.
Table 2-2-1
1 ROLLER BASE ASSEMBLY T M1 (S1) –
2 TENSION ARM ASSEMBLY T M1 (P1), (W1a) –
34
REEL DISC (SUP) T M1 (W1a), (W1b) –
SLANT ARM ASSEMBLY T M1 (W1a) –
5 CANCEL LEVER ASSEMBLY T M2 (W2) –
6 EJECT LEVER ASSEMBLY T M2 (W2) –
7 CASSETTE GUIDE (L) ASSEMBLY T M2 (S2) –
8 SUPPLY CLUTCH ASSEMBLY T M2 (W2) –
9 WHEEL GEAR T M2 (W2) See, Adjustment procedure forSection 2.3
0 ROTARY ENCODER B M3 4(S3a)
! TIMING BELT B M3 – –
@ CENTER PULLEY UNIT T/B M3 2(S3a) –
# CASSETTE GUIDE (R) ASSEMBLY T M3 (S3b), (P3) (Only use S-VHS model)
$ TU GEAR T M3 (W3a) –
% BRAKE SUB GEAR T M3 (W3a) –
^ P.R ARM ASSEMBLY T M3 (W3b) –
& TU GUIDE ARM ASSEMBLY T M3 (W3a) –
* LINK ARM ASSEMBLY T M4 (W4) –
( LED GUIDE T M4 (S4a) –
) A/C HEAD UNIT T M4 2(S4b) –
q SLANT POLE BASE ASSEMBLY T M5 (S5a) –
w CAP MOTOR ASSEMBLY T M5 3(S5a) –
e MOTOR BASE T M5 2(S5b), (S5c) –
r BRUSH B M6 (S6a) –
t DRUM FINAL T/B M6 2(S6b), 2(S6c) *CATCHER –
y GUIDE RAIL T M6 8(S6d) –
u POLE BASE (SUP) T M6 – –
i POLE BASE (TU) T M6 – –
o COVER PLATE T M7 – –
p DRIVE LEVER ASSEMBLY T M7 – –
Q MOTOR BRACKET ASSEMBLY T M7 3(S7) –
W CONTROL CAM T M8 (W8a) See, Adjustment procedure forSection 2.3
E LINK LEVER T M8 – –
R MIDDLE GEAR T M8 – –
T LOADING GEAR(T) ASSEMBLY T M8 (W8b) See, Adjustment procedure forSection 2.3
Y LOADING GEAR(S) ASSEMBLY T M8 (W8b) –
U LOADING RING ASSEMBLY T M8 4(S8) See, Adjustment procedure forSection 2.3
The function of this part varies according to the assembly (VHS/S-VHS) which this part is rporated in.
2-3
<TOP VIEW>
<BOTTOM VIEW>
12
33326830357
34
3
9
5
2
36
4
27
28
29
1
18
15
14
16
17
22
19
21
20
37
3126
23
13
25
24
11
10
Note:When reinstalling the cassette housing tothe set, pay careful attention to the switchnot to damage it.
Fig. 2-2-1 TOP VIEW
Fig. 2-2-2 BOTTOM VIEW
2-4
Fig. M1 Fig. M3
Fig. M2 Fig. M4
(W1a)
(W1a)
(W1b)
(S1)
(W1a)
(P1)
34
1
2
(W2)(S2)
(W2)
(W2)5
6
7
8
9
16
12 17
14
11
(W3a)
15
(W3a)
(W3a)
(W3b)(S3a)
(S3b) (P3)
(S3a)
(S3a)(S3a)
(S3a) 10
13
(W4)
(S4a)
(S4b)(S4b)
18
19
20
2-5
Fig. M5 Fig. M7
Fig. M6 Fig. M8
(S5a)
(S5a)
(S5b)
(S5a)
(S5c)
21
22
23
Catcher
(S6c)
(S6c)
(S6a)
(S6d)
(S6d)
(S6d)
(S6d)
(S6b)
24
25
26
27
28
(S7)31
29 30
(S8)(S8)
(W8a)
(W8b)
(W8b)
32
33
34
35
36
37
2-6
2.3 CHECKUP AND ADJUSTMENT OF MECHANISM PHASE
Note: Pay careful attention to the installing order and phase ofmechanism parts of the loading system.
Fig. 2-3-1 Top of main deck
Fig. 2-3-2 Rotary encoder
Align the hole of the Loading gear(T) assembly to that of the deck.
Align one of the three holes ofwheel gear to the deck hole.
Align the two holes of the Loadingring assembly to those of the deck.
Align the hole of thelink lever assembly tothe deck hole.
Align each one link leverassembly hole and deckhole to the hole at thecontrol cam position.
Align this part to each“Triangle” mark.
Align this part to each“Triangle” mark.
2-7
2.4 TAPE TRANSPORT ADJUSTMENT
In most cases the deck section is in need electrical ad-justment, it results from replacement of worm mechanicalparts or video heads. In the event of malfunction with elec-trical circuits, troubleshouting with the aid of proper test in-struments most be done first, and then commence neces-sary repair, replacement and adjustment, etc.
2.4.1 Back tension
1. Set a cassette torque meter onto the deck and measurethe back tension in standard REC mode to confirm thatthe back tension is 0.7x10-3 – 1.37x10-3 N•m.
2. If not, replace the tension band.When the value widely fluctuates in the measurement,replace the supply reel disk.
3. With the cassette torque meter, confirm that the playtorque is 1.47x10-3 – 2.45x10-3 N•m.If necessary, replace the center pully unit.
Back tension0.7x10-3 - 1.37x10-3 N•m (7-14gf·cm) Play torque
1.47x10-3 - 2.45x10-3 N·m (15-25gf·cm)
Fig. 2-4-1 Cassette torque meter
2.4.2 Tape pattern
1. Remove the Cover (JIG) shwon on Fig. 2-6-1 (Page 2-10).
2. Connect the jig connector cable to CN25 on the MAINboard as shwon on Fig. 2-6-1 (Page 2-10).
3. Observe signal at V. TP FM with external trigger from V.FF on the jig connector cable.
4. Playback the SP stairstep signal of the alignment tapeand maximize the FM waveform by the tracking button.
5. Set the tracking control to the center position by simul-taneously pressing the tracking (-) and (+) buttons andmaximize the FM waveform by the tracking button.
6. If the observed FM waveform is not flat, adjust the heightof the supply of take-up guide roller with the roller driver.
Note: To prevent the tape from damage, turn the guiderollers slowly.
7. By operating the tracking button (both in + and – direc-tions) in the manual tracking mode, vary the output levelof the FM waveform from maximum to minimum and viceversa to confirm that the waveform varies nearly in a flatshape.
8. When the FM waveform breaks in the level varying proc-ess, subtly adjust the height of guide rollers at everybreaking point so that the waveform varies as flat as pos-sible.Repeat the above steps 6. and 7. several times to con-firm that the waveform is flat as a whole.
9. Playback the SP stairstep signal of alighment tape andadjust the tracking control to maximize the FM wave-form, confirm that FM waveform variation is always flat.
10. Record the signal and play it back in both of the SP andLP modes, and confirm that the FM waveform is flat inboth modes.
Note: Among the above-mentioned adjustment steps,the items of No.9 and No.10 are needed for theLP model only.
Fig. 2-4-2 FM waveform-1
Fig. 2-4-3 FM waveform-2
CH-2
Causer by wrong heightof supply guide roller
Caused by wrong heightof take-up guide roller
Flatten waveform.
1 field
Correct variation of waveform
Bad variation of waveform
(P)
2-8
11. Through the above steps, confirm that there occur nowrinkling and damage in the tape around the pinch rollerand TU guide pole whenever the deck is in operation ofLoading/Unloading, Search Rewind and at mode changefrom Search Rewind to play mode. If wrinkling or dam-age in the tape occurs around the TU guide pole, ad-just the angle (slant) of the A/C head to the tape. So thatthe tape normally runs along the lower flange of the guidepole.
Fig. 2-4-4 Tape transport system
Pole base (SUP)(Guide roller)
Pole base (TU)(Guide roller)
Pinchroller
TU guidepole
Tensionpole
2.4.3 A/C head height & azimuth
1. Connect the jig connector cable to CN25 on the MAINboard.
2. Connect the channel-1 scope probe to the audio outputand connect the channel-2 scope probe to PB CTL.
3. Playback the alignment tape.
4. Set the tracking to its center range by pressing the (+)and (–) tracking controls simultaneously.
5. Adjust screws A , B and C approximately 45 degreesin the same direction to obtain maximum audio outputand CTL signal levels.
6. As a final fine adjustment, adjust screw B for minimumsignal level fluctuation and screw C for maximum out-put signal level.
A/C head Screw C
Screw BScrew A
Fig. 2-4-5 A/C head
Fig. 2-4-6 Audio and CTL signal
Audiosignal
Controlpulsesignal
2-9
2.4.4 Phase of control head (X value)
1. Connect the jig connector cable to CN25 on the MAINboard.
2. Playback the SP stairstep signal of the alignment tapeand observe signal at V.TP FM with external trigger fromV.FF on the jig connector cable.
3. Operate the tracking button in the center and manualtracking mode by pressing the tracking (+) and (–) but-tons and confirm that the FM output level is maximum atthe center position as shown in Fig. 2-4-8.
4. If necessary, slightly loosen the setscrews D and E andinsert the Tweezers into the notch and guide hole tomove the A/C head fully in the direction of the capstanto the extent.
5. Gradually move the A/C head toward the drum to findthe position where the FM output level maximum for thefirst time (a’ – b’ in Fig. 2-4-8).
6. Fine adjust the phase of the A/C head and tighten thescrews D and E at the point a.
Fig. 2-4-7 Phase of control head
Fig. 2-4-8 Phase adjustment point of control head
A/C head Insert the Tweezers
Screw EScrew D
A/C head phaseDirection of drum
Zero
Direction of capstan
FM output
a
bAdjustingpoint
Max
Table 2-5-1 Specific oil and grease to be used
2.5 REMARKS
2.5.1 Cleaning
1. For cleaning of the upper drum (particularly videoheads), use fine-woven cotton cloth or Kimwipe with al-cohol soaks through. Do not move the cloth but turn theupper drum counterclockwise.Note: Make sure not to move the cloth in the vertical di-rection to the video head, since it may cause damageof the video heads.
2. For cleaning of parts of the tape transport system ex-cept the upper drum, use fine-woven cotton cloth or cot-ton swab soaked alcohol.
3. After cleaning, confirm that the cleaned parts are com-pletely dry before loading the deck with cassette tape.
2.5.2 Applying oil and grease
1. Periodical oiling and greasing are not required but shouldbe done to new parts when replacing. If oil and greaseon the other parts of the other party are old and dirty,wipe them clean and apply new oil or grease.
2. For parts and points to apply oil and grease, refer to theexploded view of the mechanism assembly (M3).Table 2-5-1pecifies oil and grease to be used.
3. When oiling, clean the objective parts with alcohol firstand apply one or two drop(s) of oil. Too much oilingcauses rotary parts to slip because of oil leakage.
Grease KYODO-SH-P AA
Oil YTU94027 BB
Classification Name Symbol in drawing
2.5.3 Checkup
After replacement of the supply reel disk and tension band,make sure to inspect back tension according to the adjust-ment procedure of MECHANISM ADJUSTMENT section.
3.1.1 PREPARATION1. PrecautionThis model does not contain adjustment controls (VR).General deck system, camera system and monitor systemadjustment are not required. However, if MAIN board andMONITOR board need replacement, please use original E2 PROM on to new board. Then adjustment are not required.And if parts such as the following need replacement, spe-cial computerized adjustment are required (Refer to sec.3.1.1- 4). Please contact to JVC Service for detaile informa-tion.
• OP block• EEP ROM (IC102 of MAIN board)• MONITOR
In the event of malfunction with electrical circuits, trouble-shooting with the aid of proper test instruments most be donefirst, and then commence necessary repair, replace-mentand 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 dis-connecting and connecting.
3. Shortcircuit between operation un it and DECK chassis.
2. Required test equipment
1. Color TV monitor.2. AC power adapter3. Oscilloscope (dual-trace type, observable 100 MHz or
higher frequency)* It is recommended to use one observable 300 MHz or
higher frequency.4. Digital voltmeter5. Frequency counter (with threshold level adjuster)6. Personal computer
Fig. 3-1-1 Connection for Service support system
Note:• This adjustmentalls into a special adjustment that requires
a personal computer. For details, refer to “3.1.1 Prepara-tion”.
3. Required adjustment tools
For detsails of special jigs necessary for adjustment, referto page 1-2 and 1-3 of the Section 1.
4. Setup for E. VF section adjustmentReferring to “SEC. 1 DISASSEMBLY” and connect the E. VFWIRE to CN12 of the MAIN board.
Serial No. labelBottom case assy
Parts No.
Adjustment ltem : 3.2LY20701
Screw
(LY20701)
5. Connection for Service support system
Service Support System
RS232CCOM Port
PC CABLE
Personal Computer
MENU
Cover(JIG)
Jig connector cable
Extention connector
CN25
RED
to 10 pin ( RXD )
WHITE
BLACK
to 28 pin ( TXD )
to 8 or 5 or 4 pin ( GND )
JIG CONNECTOR COMMUNICATION CABLE
For supplying the power through the coupler by removingthe cover (for jig), use this extension connector doublefor connecting the jig connector cable.
NOTE:
3-2
3.2 ELECTRONIC VIEWFINDER (E. VF) ADJUSTMENT
Notes:• Unless otherwise specified, all measurement points and
adjustment parts are located on E. VF board.• After adjustment or replacement of the deflection yoke
or the centering magnet, fix it by the band as shown thefigure below.
Fig. 3-2-1 E. VF
• After adjustment is completed, compare the picture onthe E. VF screen with the monitor TV.
CENTERINGMAGNETCRT
TOP VIEW
STOPPER
Fig. 3-2-2 E. VF
CENTERINGMAGNETCRT
F.B.T
STOPPER
3.2.1 Tilt
Subject • Alignment tape• Stairstep
Mode • PB
Equipment • E. VF
Measurement point • E. VF screen
Adjusting part • Deflection yoke
Specification •The picture is visible as same asmonitor TV.
Fig. 3-2-3 E. VF board
VR7001V. SIZE VR7002
BRIGHT
60E. VF PWB ASSY
CN7001
T7001CN7002
VR7003FOCUS
1) Put the deflection yoke to the most inner side of CRTneck first. Then fix the stopper temporary.
2) Adjust the tilt of picture on the E. VF screen by tiltingthe deflection yoke.
3) Fix the stopper completely.
3.2.2 Centering
Subject • Alignment tape• Stairstep
Mode • PB
Equipment • E. VF
Measurement point • E. VF screen
Adjusting part • Centering magnet (CRT assy)
Specification • The center of the E. VF screen
1) While observing the viewfinder screen, adjust thecentering magnet to locate the stairstep in the centerof the view-finder screen.
3.2.3 Vertical scanning
Subject • Camera picture
Mode • EE
Equipment • E. VF
Measurement point • E. VF screen
Adjusting part • VR7001 (V. SIZE)
Specification • Normal picture amplitude
1) Observing the viewfinder screen, adjust VR7001 for nor-mal picture amplitude.
3.2.4 Brightness
Subject • –
Mode • EE• Lens closed
Equipment • E. VF
Measurement point • E. VF screen
Adjusting part • VR7002 (BRIGHT)
Specification • The CRT raster is just barely visible
1) Close the lens with the cap and adjust VR7002 so thatthe raster of the CRT is just visible in the E. VF.
3.2.5 Focus
Subject • Camera picture
Mode • EE
Equipment • E. VF
Measurement point • E. VF screen
Adjusting part • VR7003 (FOCUS)
Specification • The center area is clear and defined
1) While observing the viewfinder screen, adjust VR7003so that the picture at the central area of the screen isclear and defined.
4-1
SECTION 4CHARTS AND DIAGRAMS
NOTES OF SCHEMATIC DIAGRAM
Safety precautionsThe Components identified by the symbol arecritical for safety. For continued safety, replace safetycritical components only with manufacturer's recom-mended 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
4) Indication on schematic diagramVoltage Indications for REC and PB mode on the sche-matic diagram are as shown below.
Note: If the voltages are not indicated on the schematicdiagram, refer to the voltage charts.
24
C33111/10
22201816
WF25
C3290.1/50
C3300.1/50
R344 47K
R34318K
R34510K
R34615K
Measurement point
Waveform number
5. Waveform measurement
1) Video circuitsREC : Colour bar signal in SP mode, normal VHS modePB : Alignment tape, colour bar SP mode, normal VHS
mode2) Audio circuits
REC : 1KHz, –8 dBs sine wave signal in SP mode, normalVHS mode
PB : REC then playback it3) Movie Camera circuits
Measured using a correctly illuminated gray scale or colourbar test chatrs in the E-E mode
4) Indication on schematic diagramWaveform indications on the schematic diagram are asshown below.
5) Waveform indications
Waveform number
WF25
REC/PB 1.2 Vp-p50 mV/2 msec/DIV
Waveform name ormeasurement point
Level : 1.2 Vp-p
ALC OUT
Mode : REC or PB modes
Oscilloscope Volts and Time/Division, Probe 10 : 1
1 2 32.5
(5.0)1.8
PB and REC modes(Voltage of PB and REC modesare the same)
PB mode
REC mode
3. Interpreting Connector indications
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 boardThe arrows indicate signal path
4. Voltage measurement
1) Video circuitsREC : Colour bar signal in SP mode, normal VHS modePB : Alignment tape, colour bar SP mode, normal VHS
mode— : Unmeasurable or unnecessary to measure
2) Audio circuitsREC : 1KHz, –8 dBs sine wave signal in SP mode, Nor-
mal VHS modePB : REC then playback it
3) Movie Camera circuitsMeasured using a correctly illuminated gray scale or colourbar test charts in the E-E mode
S40884-03
4-2
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 referto the Service Manual of GENERAL INFORMATION Edi-tion 4 No. 82054D (January 1994).
6. Signal path Symbols
The arrows indicate the signal path as follows.
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
7. Indication of the parts for adjustments
The parts for the adjustments are surrounded with the circle asshown below.
8. Indication of the parts not mounted on the circuit board
“OPEN” is indicated by the parts not mounted on the circuitboard.
R216
OPEN
S40884-03
REF No. LOCATION
IC Category: IC
Horizontal “A” zone
Vertical “6” zone
B : Foil side(A : Component side)
C : Chip component(D : Discrete component)
IC101 B C 6A
4-44-3
BOARD INTERCONNECTIONS4.1
HGFEDCBA
4
5
3
2
1
CN22
Z_REG_4.8V
CENTER
V_O
VL_
B
CN
1
CN
3
CN
2
CN
7
CN
5
ZF_REG_4.8V
AL_3.2V
Z_R
EG
_4.8
V
JIGCN_SW
CN16
CN7602
DR
UM
_FG
CA
P_F
G
DR
UM
_PG
R_S
AF
_SW
CA
P_R
EF
EN
_SE
NS
CA
P_S
TOP
ST
R_S
EN
S
DR
UM
_RE
F
SU
P_S
EN
SR
EE
L_LE
D
TAP
E_L
ED
CN11
S_DET+
DR
UM
_ON
CTL_OUT
V_PLS_ON
CT
L_E
RS
-
RE
G_3
.2V
REC_CTL
DE
W_S
EN
S
AD_3
AE-
CN
4
VF
_LC
D
CN
6
FEH_ON
MCU_RST
CN25
V_OVLV_ENV
VPP_7.8V
MC
U_R
ST
ZF
_RE
G_4
.8V
SH
_SIG
TG_CLK
HDTG
TXD
GND
REG_4.8V
PLI_AD
BWBLEBEL
REG+12V
VF
_BL4
.8
GN
D
LAM
P_O
N
A_MUTE
DR
UM
_CLK
CN28
REG_4.8V
CV
F_R
AD
0A
D1
AD
2A
D3
AD
4A
D5
AD
6A
D7
AD
8A
D9
AD
10A
D11
AD
12A
D13
AD
14A
D15
MO
N_R
CV
F_G
R/W
_L
V_PLS_ON
OM
T
DS
P_R
ES
T
HD
_H
REG_3.2V
FI
CF
M
RE
G_C
S
WA
IT_L
DS
TB
_L
SPK_VOL
AS
TB
CN7701
AR
EG
_SO
FE
_S
V_C
H3_
FV
_CH
3_S
V_C
H1_
FV
_CH
1_S
V_C
H4_
FV
_CH
4_S
V_C
H2_
FV
_CH
2_SCTL_HED-
V_O
VL
AR
EG
_CLK
AS
TB
V_ENVFEH_ON
CN12
RE
G_C
S
REG_4.8V
BWBLEBEL
AR
EG
_SO
REG_4.8V
AO
_SIG
CTL_HED+
BWYOUT
HDTG
S_V
HS
_SW
DAC_3.2V
CAM_C
RE
G_3
.2V
CN7702
CN7601
H_O
FF
SE
T
MO
N_G
CV
F_B
PH
OTO
_SW
CAPMR_BS
DIA
L_P
B
AR
EG
_CLK
ZO
OM
_SW
TR
IG_S
W
KE
Y_A
SO
3S
CK
3
CC
D_S
CS
DS
GAT
CD
S_C
S
RE
V_S
W
LEN
S_C
LKLE
NS
_CS
MO
N_B
V_P
B_C
AD_0
V_B
ATT
GND
GND
OP
EN
_SW
V_B
ATT
V_P
B_C
SH_SIG
GN
D
HD
_H
V_O
UT
AD_1
RE
G_2
V
REC_CTL
RE
G_3
.2V
CTL_OUT
PB
_CT
L
A_MUTE
AD_4
AD_2
AD_7AD_6
AD_8
AD_5AD_6
AD_9AD_8
AD_5
TCCS_TXD
C_FG+C_COIL_UC_COIL_V
HG_W-C_COIL_W
HG_U-HG_BS-HG_BS+
HG_U+HG_W+HG_V+HG_V-
LOAD_REV
MREG_4.8
VD
VH
S
LOAD_FWD
A_PB
V_F
FR
EG
-8-5
V
VD
VH
S
V_O
VL_
B
D_PG-
VDCVF
D_FG-
D_COIL_WD_COIL_VD_COIL_U
LOA
D_F
PBLK
H_G
AIN
IR_F
LIC
K
BW
_VF
_Y
SY_OUT
AE+
PA_SIG
MIC
_HO
T
AH_PBAH_REC
A_BIAS
AD_7
ED
IT
SO
3
PBLK
V_FF
DR
UM
_ON
VF_CS
CA
P_F
GD
RU
M_F
GD
RU
M_P
GC
AP
_STO
P
VDCVF
CAP_CTL
CA
P_C
TL
CAP_PWR CA
P_R
EF
DR
UM
_RE
F
AD
0
AD
2A
D3
AD
4
AD
1
AD
5A
D6
AD
7A
D8
AD
9A
D10
AD
11A
D12
AD
13A
D14
AD
15
V_ASP_CSV_ASP_CS
R/W
_L
DRM_CTL
OM
T
DS
P_R
ES
T
IR_D
C
FI
CF
M
PA_S
IG
WA
IT_L
DS
TB
_L
CA
P_P
WR
DR
M_C
TL
DR
M_P
WR
HDCVF
DRM_PWR
AD_2
A_PB
REG_4.8VREG_3.2V
CV
F_C
S
SPK+
CV
F_S
CK
3
H_O
FF
SE
TH
_GA
IN
A_BIAS
IR_F
LIC
K
CV
F_S
O3
GND
IR_D
C
GN
D
CA
M_Y
CA
M_C
SPK-
RE
G_3
.2V
RE
G_1
5V
APB_EP_H
LHFO
APB_EP_H
DIA
L_M
N
DIA
L_AT
DIA
L_O
F
VF
_BLK
VF
_CS
GN
D
AO_GND
REG+12VS
_DE
T+
LHFO
LIG
HT
_SW
SD
ET
_CT
L
CV
M_D
ET
V4
V3
V2
V1
AH_GND
CC
D_O
UT
CC
D_H
V
SD
ET
_CT
L
SU
BC
CD
_LV H
1
RG
H2
AO_SIG
REG+12V
OP
_VC
C
ZO
OM
_LE
D
FO
CU
S3
FO
CU
S2
FO
CU
S4
FO
CU
S1
ZO
OM
1Z
OO
M3
ZO
OM
4Z
OO
M2
UN
RE
G
CV
M_D
ET
LEN
S_C
LKLE
NS
_CS
OS
D_C
LK
ED
IT
RX
D_D
RV
UN
RE
G
TT_BATT
SCK3SO3
IRIS
_O/C
HA
LL_A
/DIR
IS_P
WM
AO
_GN
D
REG_3.2V
BWYOUT
DAC_3.2V
VF_COM
M_UNREG
M_U
NR
EG
HDCVF
DAC_3.2V
SC
K3
RX
AD_3
VF
_LC
DHRP2
CA
P_F
R
GN
D
REG_-15V
CA
P_F
R
CLK
CP
U
AD_1
SP
K_V
OL
AD_4
CLK
CP
U
EJE
CT
_SW
AD_9
DR
UM
_CLK
RE
G4.
8VR
EG
_3.2
VU
NR
EG
LAM
P_O
N
AD_0
SY
_OU
TS
C_O
UT
LOA
D_F
RX
D_D
RV
TX
D
LOA
D_R
KE
Y_C
A_P
HA
SE
B_P
HA
SE
LOA
D_R
PM
IRR
OR
SI3
MT
R_O
SC
IRIS
_O/C
IRIS
_PW
MH
ALL
_A/D
REG_3.2VGND
MTR_OSC
CAM_Y
GND
REG_4.8V
V_OUT J_G
ND
CN15
REG-8-5V
SC_OUT
REG_3.2V
UNREG
BO
UT
DU
MP
+D
RIV
E+
DU
MP
-
HE
_OU
T-H
E_I
N-
HE
_OU
T+
HE
_IN
+
GND
PLI
_AD
RXD
ADP_DC
GO
UT
REG_15V
REG_-15V
DS
P_R
ES
T
TG_CLK
P0LUX_SW
LAM
P_4
.5V
PLI
_PW
M
LAM
P_R
TN
PLI
_PW
M
VD
_H
CAM_ADCK
A_MUTE
VD
_H
CDS_CLK
VF
_CT
L
OS
D_D
ATA
VF_CTL
BW
VFA
DJ
BWYGAIN
BW
YG
AIN
CN13
CN18
GO
UT
LCD
_CT
L
CC
D_S
CS
SCK3SO3
CD
S_C
SD
SG
AT
V_T
P_F
M
ID
AO
_SIG
_J
VSS
CN
8
DISCHG_L
CN
27
CAM_ADCKCDS_CLK
ID
VDTGV_PB_FV_REC_CV_REC_F2FSC
V_P
B_F
V_R
EC
_CV
_RE
C_F
2FS
C
VDTG
S_D
ET
_L
V_O
VL_
A
V_P
ULS
E
S_D
ET
_L
V_O
VL_
A
V_P
ULS
E
V_F
F
Z_SENSF_SENS
CA
M_S
W_C
CA
M_S
W_B
CA
M_S
W_A
TU
_SE
NS
V_PLS_ON
SC
K3
SCK3
SO
3
SO3
LEN
S_L
ED
LEN
S_L
ED
OS
D_C
LKO
SD
_DAT
AO
SD
_CS
OS
D_C
S
V_D
SP
_CS
V_D
SP
_CS
CA
S_S
W
RO
UT
REG_2V
ADP_H
VD
VH
S
AD
_RE
F
AD
_RE
F
LED
_RLE
D_G
RF
RS
H_S
W
BATT_+BATT_CHK
AL_3.2V
BAT
T_L
T_B
ATT
T_B
ATT
AD
P_H
MIC
_GN
D
RO
UT
HRP1
BO
UT
HG
_V-
VTR ASP
(Page 4-9)
JIG
CN
_SW
HG
_V+
HG
_W+
HG
_U+
HG
_BS
+
HG
_BS
-
HG
_U-
C_C
OIL
_W
C_C
OIL
_W
HG
_W-
C_C
OIL
_V
C_C
OIL
_V
C_C
OIL
_U
C_C
OIL
_U
CA
PM
R_B
S
C_F
G+
GN
D
GN
D
KEY_C
C-VF BL
DE
W_S
EN
S
GN
D
CT
L_E
RS
-
CT
L_H
ED
-
CT
L_H
ED
+
AE
-
AE
+
AH
_PB
AH
_RE
C
AH
_GN
D
0
GN
D
FE
_S
GN
D
V_C
H2_
S
V_C
H2_
F
V_C
H4_
S
V_C
H4_
F
V_C
H1_
S
V_C
H1_
F
V_C
H3_
S
V_C
H3_
F
NCVS
S
RE
G_4
.8V
6
CV
F_R
JACK (Page 4-25)
J_GND
V OUT(Page 4-15) SPEAKER (Page 4-27)
REAR UNIT(Page 4-34)
GN
D/B
L_G
ND
VF_B
LK
CV
F_G
CV
F_B
DIA
L_M
N
LITHIUM
EDIT
RX
RE
G_4
.8V
RE
G_4
.8V
S OUTA/V OUT
VP
P_7
.8V
M
LCD/CVF(Page 4-21)
RE
G_4
.8V
MOTORLOADING
LOA
D_F
WD
LOA
D_R
EV
SP
K+
GN
D
MAIN0 1
V_T
P_F
M
ZO
OM
2
ZO
OM
4
ZO
OM
3
ZO
OM
1
FO
CU
S1
FO
CU
S4
FO
CU
S2
FO
CU
S3
OP
_VC
C
F_S
EN
S
F_L
ED
DU
MP
+
DR
IVE
+
DU
MP
-
GN
D
HE
_OU
T+
HE
_IN
-
HE
_IN
+
HE
_OU
T-
Z_S
EN
S
ZO
OM
_LE
D
Z_L
_VC
C
VG
L
VS
S
GN
D
MMV
_FF
ST
V1
UD
D_P
G-
GN
D
D_F
G-
CE
NT
ER
D_C
OIL
_W
D_C
OIL
_W
D_C
OIL
_V
D_C
OIL
_V
D_C
OIL
_U
D_C
OIL
_U
EN
_SE
NS
ST
R_S
EN
S
GN
D
TAP
E_L
ED
S_V
HS
_SW
TU
_SE
NS
RE
EL_
LED
SU
P_S
EN
S
CA
S_S
W
CA
M_S
W_B
CA
M_S
W_A
CA
M_S
W_C
V4
V3
V2
V1
GN
D
SU
B
CC
D_O
UT
CC
D_H
V
GN
D
CC
D_L
V
RG
H1
H2
GN
D
R_S
AF
_SW
FLY.EHEAD VIDEO HEAD
OP BLOCK
A/C HEAD
M.MDA(Page 4-7)
CTL_AMPPRE/REC
TG/CDS(Page 4-17)
CPU (Page 4-5)REG(Page 4-19)
C-VF
F/Z/I/MDA(Page 4-13)
GND
SP
K-
GND
BATT_L
SENSOR(Page 4-34)
TT_BATT
BATT_CHK
EJE
CT
_SW
JIG_CONN.
DRUM_MOTOR CAPSTAN
NC
NC
NC
BATT_+
PC/EDIT DC_IN
BATT_+
1 2 3 4 5 6 7
891011121314
CCD
V4
V3
V2
V1
NC
GN
DV
OU
TV
DD
GN
DS
UBVL
RGH1
H2
CP
V
MOTOR
BATT_TERM
IR_UNIT
LCD(MONITOR) MODULE
0 2
EIS_SW
V_O
VL
BW
_VF
_Y
PB
_CT
L
RE
V_S
W/R
VS
_SW
OP
EN
_SW
RX
D
ADP_DC
OE
V
GN
D
TOTOP OPE UNIT(Page 4-33)
TO ZOOM UNIT (Page 4-33)
0
LCD
_CT
L
ADP_DC
MECHA
MONITOR (Page 4-29)
TX
D
AO
_SIG
_J
GN
D
BW
VFA
DJ
0 7
BW/CVF(Page 4-23)
GN
D/B
L_G
ND
PHOTO_SW
GND
PLI
_AD
GN
D
GND
TRIG_SW
DIAL_PB
RE
G+
12V
GN
D
GN
D
CV
F_B
ADP_H
SPEAKER
LAM
P_4
.5V
LAM
P_R
TN
MIC
_HO
T
DC LIGHTMIC
MIC
_GN
D
ST
V2
VD
D
VG
H
VC
OM
VE
E
ST
H2
RL
VB
RGBCLK
3
CLK
2
CLK
1Q
2H
OE
H
ST
H1
SIG
_GN
D
VF
_RP
D
V_O
UT
MC
U_R
ST
TC
CS
_TX
D
DIAL_OF
DIS
CH
G_L
VD
D
VS
S
VS
T
VC
K
ST
B
EN
DW
N
RG
T
HS
T
HC
K2
HC
K1
BLK
BLU
E
RE
D
GR
EE
N
CO
M
AL_
3.2V
DIAL_AT
(Page 4-28)
C_VF_PANEL
6
DSP (Page 4-11)
AUDIO
DIAL_MN
ZOOM_SW
REG_3.2V
B_PHASE
MO
N_R
MO
N_G
MO
N_B
A_PHASE
GND
LED_R
LED_G
RFRSH_SW
LIGHT_SW
CV
F_R
CV
F_G
VF
_CO
M
GND
AL_3.2V
EJECT_SW
RE
G_1
5V
RE
G_3
.2V
RE
G+
12V
HD
CV
F
VD
CV
F
HR
P1
DS
P_R
ES
T
PM
IRR
OR
GN
D
GN
D
GN
D
NC
/VD
_YD
NC
/MV
_PL_
ON
RE
G_3
.2V
HD
CV
F
NC
VD
CV
F
HR
P2
VF
_RP
D
CV
F_S
CK
3
CV
F_C
S
SI3
CV
F_S
O3
BW
YG
AIN
EIS_SW
KEY_C
KEY_A
REG_3.2V
GN
D
VF
_BL4
.8
MR
EG
_4.8YTU94074-25
YTU94077-25
OPEN
YUJ40095A-2 YUJ40095A-2
YUJ40095A-2
YUJ40095A-2ONLY FORMODEL WITHDC LIGHT
YTU94074-11YTU94077-11 YTU94074-11
YTU94077-11
YTU94074-10YTU94077-10
YTU93106AYTU94145B-30
YTU94074-14YTU94077-14
YTU94074-22YTU94077-22
YTU94074-18YTU94077-18
YTU94074-14YTU94077-14
YTU94074-14YTU94077-14
YTU94074-12YTU94077-12
y10241001a_rev0
∗ : The number of patch cordsare indicated by interconnected.
NOTE )
∗
∗
∗
∗
∗
∗
∗∗
∗
∗
∗
E. VF (Page 4-31)
6 0
YUJ40095A-3
WB_SENS
CPU SCHEMATIC DIAGRAM4.2
1
2
3
5
4
A B C D E F G H4-64-5
7CN25
When ordering parts, 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 fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
X101
C123C124
R14
4
R143
CAP_STOP
LENS_CS
IC101
CFM
IRIS_O/C
PLED_SIS
RA
112
RA
110
DRUM_REF
APB_EP_H
IR_DC
ASTB
DSTB_L
R/W_L
R14
8
RA
109
RA106
R14
9
PEJEC_SW
C115
V_PLS_ON
AD15
AD14
AD13
AD12
AD11
AD10
AD9
AD8
AD7
AD6
AD5
CAP_REF
AD1
AD0
IRIS_PWM
DSP_REST
B_PHASE
R11
9
A_PHASE
KEY_A
A_MUTE
R14
7
R12
5
V_BATT
R154
C131
C128
C129
C118
PLED_ECT
UNREG
VPP_7.8V
PLI_AD
DSGAT
J101QAB0050-001
R181
PDATE_SW
V_OVL_A
BATT_L
C11
1
T_BATT
AL_3.2V
LENS_CLK
R142
DEW_SENS
AD_REF
V_OVL_B
CTL_OUT
REC_CTL
OMT
SI3
RA105
CLKCPU
C140
P0LUX_SW
C13
9 R12
9
R12
8
IC105
R157
KEY_C
EN_SENS
Z_SENS
S_VHS_SW
LIGHT_SW
F_SENS
REEL_LED
R17
0
R127
R15
6
HALL_A/D
LOAD_R
R14
1
IR_FLICK
DRUM_PG
CAP_FG
VD_H
DRUM_FG
DIAL_OF
DIAL_PBOPEN_SW
R169
PMIRROR
DRUM_CLK
FI
R12
2
RA103
RA104
R15
3
R15
0
RA102
CAP_FR
OSD_CLK
OSD_DATA
TXD
D103
R17
8OSD_CS
R167
R168
R92
07
AL_L3.2V
VF_CS
A_PB
R15
1
R104
R13
8
TU_SENS
RA
111
LOAD_F
A_BIAS
CCD_SCS
HD_H
FEH_ON
EDIT
RXD
CAS_SW
C127
IC102
R16
0
C11
2
C103
Q106
GND
R101
C105
Q101
Q102
R10
5
R106
R107 R108
R109
C108
D102
REV_SW
C141
C107
R102
R14
5
Q113
PLI_PWM
VDVHS
R15
9
R15
8
TP102
R19
0
C13
8
R17
6
R103
IC1801
Q112
Q107
D10
1
LENS_LED
V_DSP_CS
C125 C126
EJECT_SW
R117
X102
TAPE_LED
PDIAL_PB
AD4
AD3
R184
R18
2
LCD_CTL
DRUM_ON
SUP_SENS
PDIAL_MN
RFRSH_SW
IC103
R_SAF_SW
C119
C13
5
AD2
RXD_DRV
TP101
C134TCCS_TXD
STR_SENS
REG_CS
R92
02
R188
V_ENV
WAIT_L
V_PULSE
C132
C120
R15
5
SCK3
Q104
Q105
R11
3
R114 R115
R185
R11
0 R111C109
Q103R112
C110
R18
9
R14
0
JIGCN_SW
CTL_ERS-
IC104
REG_4.8V
Q9201
Q9203
Q9202
V_ASP_CS
R92
06
S_DET_L
PHOTO_SW
R92
04
TRIG_SW
C13
6
V_FF
Q109
R92
01
R13
9
R92
03
CDS_CS
Q108
MCU_RST
R116
R17
7
R13
1
D10
4
REG_3.2V
R120
R92
05
L101
C143
C14
2
C144
SO3
SDET_CTL
R121
Q9204
R92
08
R92
09
CVM_DET R15
2
CN25
R126
LAMP_ON
ZOOM_SW
VF_CTL
C133
R13
6
REMCON
C11
4
Q114
R163
R179
R180
CAM_SW_A
CAM_SW_B
R162
R13
0
R11
8
RA101
C121 C122
CAM_SW_C
DIAL_MN
DIAL_AT
LED_G
LED_R
C104
CN25
CN18
CN18
RA107
R14
6
R166
C11
6
AREG_CLK
AREG_SO
RA
108
CN13
CN2CN2
C11
3
R165
ADP_H
R164
CN25
R172
R171
CN18
VF_LCD
CN13
CN7
CN18
CN25
CN13
CN18
10p10p
220
1M
100K
470K
2.2K
470K
330
2.2K
0.1
10K
4.7K
27K
2.2K
0.1µ
0.47µ
0.033µ
0.1µ
0R0
22µ/
10K
4.7K
1K1K
0R0
33K
220
1K
1M
330
39K
2.2K
2.2K
470K
2.2K
2.2K
18K
5.6K
470K
2.2K
33K
1M
0.033µ
100K
22µ/
10µ/
100K
0.1µ
10K
560
15K 24K
18K
2.2µ/
0.01µ2.
2K
2.2K
2.2K
1M
0.01 10p
1k
#
0.01µ
0.1µ
470K
4.7K
0.1µ
0.01µ
470K
5.6K
820
100
0R0
10K 27K
10/
330
100p
330
120K
470K
470K
150K
100K
470K
27K
150K
33µ
3p
0.4µ
27K
470K
470K
470K
15K
0.1µ
470K
0.01
µ
10K
4.7K
1M
10K
2.2K
0.1µ 0.1µ
0.01µ
2.2K
2.2K
1M
0.01
µ
2.2K
0.01
µ
270
330
2.2K
NA
X02
51-0
01X
P15
4/R
TP
14
R15
3/R
TP
13
P15
2/R
TP
12
P15
1/R
TP
11
P15
0/R
TP
10
VS
S
VD
DZOOM_SW
T_BATT
V_BATT
PLI_AD
KEY_C
LIGHT_SW
KEY_A
HOLE
ZOOM_SENS
FOCUS_SENS
DEW_SENS
IR_DC
BATT
EN_SENS
START_SENS
V_ENV
D_PWR_ON
PHOTO_SW
NC
DRUM_PG
PB_CTL
CAP_FG
VDVHS
DRUM_FG
CAM_SW_C
CAM_SW_B
CAM_SW_A
B_PHASE
FRP
FI
A_PHASE
REMOTE_IN
GND
SYS_3V
OMT
NC
VD
BATT_SW
TAPE_LED
CVM_DET
V_PLS_ON
CT
L_E
RA
SE
FE
H_O
N
A_B
IAS
_L
LOA
D_F
RE
C_C
TL
GN
D
SY
S_3
V
LOA
D_R
V_P
ULS
E
SD
ET
_CT
L
TB
C_V
D
NC
V_O
VL_
BC
D
V_O
VL_
A
V_F
F
GN
D X1
X2
SY
S_3
V
XT
2
XT
1
RE
SE
T(L
)
VP
P7.
8V
REC_SAFE_SW
EJECT_SW
VF
_LC
D
PM
IRR
OR
RE
FR
ES
H_S
W
PLI
_PW
M
IRIS
_PW
M
DR
UM
_RE
F
CA
P_R
EF
RT
C_I
NT
R
TB
C_C
TL
SU
PS
EN
S
TU
PS
EN
S
DIA
L_M
N
DIA
L_AT
DIA
L_O
F
DIA
L_P
B
OP
EN
_SW
RE
V_S
W
TR
IG_S
W CAS_SW
APB_EP_H
VF_CS
CAP_FR
LENS_MDA_CS
CAP_STOP
NC
CCD_CS
CDS_CS
V_DSP_CS
V_ASP_CS
GND
SYS_3V
EEPROM_CS
OSD_CS
REG_CS
NC
RTC_CS
DRUM_ON
LENS_MDA_CLK
OSD_CLK
OSD_DATA
DRUM_CLK
LAMP_ON
LED_G
LED_R
LENS_LED
IRIS_O/C
DSGAT
HD
GND
SYS_3V
IR_FLICK
TO2
SCK3
SO3
SI3
SCK2
SO2
SI2
DSP_RST
TXD
RXD
AL_CLK
AL_
SO
AL_
SI
S_D
ET
_L
NC
P0L
UX
_SW
PLE
D_E
CT
WA
IT_L
CLK
OU
T
NC
A_M
UT
E
A_P
B
PLE
D_S
IS
PD
ATE
_SW
VF
_CT
L
AD
15
AD
14
AD
13
AD
12
AD
11
AD
10
AD
9
AD
8
GN
D
SY
S_3
V
AD
7
AD
6
AD
5
AD
4
AD
3
AD
2
AD
1
AD
0
LCD
_CT
L
S_V
HS
_SW
AS
TB
DS
TB
_L
R/W
_L
HB
EN
LBE
N
GN
D
SY
S_3
V
SY
S_3
v
GN
D
AD_REF
P87/ANI15
P86/ANI14
P85/ANI13
P84/ANI12
P83/ANI11
P82/ANI10
P81/ANI9
P80/ANI8
P77/ANI7
P76/ANI6
P75/ANI5
P74/ANI4
P73/ANI3
P72/ANI2
P71/ANI1
P70/ANI0
P147
P146
P145/RTPTRG1
P144/TI9
P143/INTCP93
P142/INTCP92
P141/INTCP91
P140/INTCP90
P137/TO81
P136/TO80
P135/TCLR8
P134/TI8
P133/INTCP83
P132/INTCP82
P131/INTCP81
P130/INTCP80
VSS
VDD
P07/INTP6
P06/INTP5/RTPTRG0
P05/INTP4/ADTRG
P04/INTP3
P03/INTP2
P02/INTP1
P01/INTP0
P00/NMI
P157/RTP17
P156/RTP16
P155/RTP15
P10
7/R
TP
07
P10
6/R
TP
06
P10
5/R
TP
05
P10
4/R
TP
04
P10
3/R
TP
03
P10
2/R
TP
02
P10
1/R
TP
01
P10
0/R
TP
00
VS
S X1
X2
VD
D
XT
2
XT
1
RE
SE
T
NC
/VP
P
P16
7/H
SO
UT
1
P16
6/H
SO
UT
0
P16
5/V
SO
UT
P16
4/C
SY
NC
IN
P16
3/P
WM
3
P16
2/P
WM
2
P16
1/P
WM
1
P16
0/P
WM
0
P17
7/K
R7
P17
6/K
R6
P17
5/K
R5
P17
4/K
R4
P17
3/K
R3
P17
2/K
R2
P17
1/K
R1
P17
0/K
R0
P19
7
P19
6
P19
5 P194
P193
P192
P191
P190
VSS
VDD
P187
P186
P185
P184
P183
P182
P181
P180
P127/TI11/TO11
P126/TI10/TO10
P125/TI7/TO7
P124/TI6/TO6
P123/CLO
P122/SCK4
P121/SO4
P120/SI4
P37/TI5/TO5
P36/TI4/TO4
P35/TO1
P34/TO0
P33/TIO11
P32/TIO10
P31/TIO01
P30/TIO00
VSS
VDD
P27/TI3/TO3
P26/TI2/TO2
P25/SCK3/ASCK1
P24/SO3/TXD1
P23/SI3/RXD1
P22/SCK2/SCL1
P21/SO2
P20/SI2/SDA1
P15/SCK1/ASCK0
P14/SO1/TXD0
P13/SI1/RXD0
P12/SCK0/SCL0
P11
/SO
0
P10
/SI0
/SD
A0
P11
3
P11
2
P11
1
P11
0
WA
IT
CLK
OU
T
P65
/A21
P64
/A20
P63
/A19
P62
/A18
P61
/A17
P60
/A16
P57
/AD
15
P56
/AD
14
P55
/AD
13
P54
/AD
12
P53
/AD
11
P52
/AD
10
P51
/AD
9
P50
/AD
8
BV
SS
BV
DD
P47
/AD
7
P46
/AD
6
P45
/AD
5
P44
/AD
4
P43
/AD
3
P42
/AD
2
P41
/AD
1
P40
/AD
0
P96
/HLD
RQ
P95
/HLD
AK
P94
/AS
TB
P93
/DS
TB
/RD
P92
/RW
/WR
H
P91
/UB
EN
P90
/LB
EN
/WR
L
VS
S
VD
D
AV
DD
AV
SSAVREF
ADP_SW
RXD
232C_EN
JIG
CN
_SW
UPD703039-XXXUPD70F3040-XXX
6V
#
1SS355-X
Vcc
HOLD
SCK
SI
CS
SO
Vss
WP
AT25080N-10SC-X
6V
10V
2SA1774/RS/-X
DTC144EE-X
10V
UD
ZS
7.5B
GN
D
VC
C
OU
T
#
SB
007W
03Q
NAX0325-001X
OSCOUT
INTR
CE
SCLK
SIO
Vss
VDD
OSCIN
RS5C314-X
DTC144EE-X
2SA1774/RS/-X
10V
2SC4617/QR/-X
VC
C
GN
D OU
T
N.C
IC-P
ST
3427
U-X
2SC4617/QR/-X
2SC4617/QR/-X
2SC4617/QR/-X
DTC114EE-X
DTC114EE-X
1SS
355-
X
2SC4617/QR/-X
T
TT
AL3.2V
BATTERY CHECK
EEPROM
REEL_LED
RCU SENSOR
CTL_ERASE TAPE_LED
#
RTC
2.7V_RESET
CN2
CN2
CN2
CN2
CN2
CN2
CN2
CN2
CN2
CN2
CN2
CN13
CN13
CN13
LITHIUM
CN13
CN13
CN13
CN13
CN13
CN13
CN18
CN18
CN18
CN18
CN7
CN15
CN15
CN7
CN28
AL_3.2V
AL_3.2V
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
REG_3.2V
REG_3.2V
EJECT_SW
EJECT_SW
KEY_C
KEY_C
TO REG
JIG_CONN.
TO TOP OPE UNIT
TO REG
TO REG
MCU_RSTJIG_CONN.
JIG_CONN.
JIG_CONN.
JIG_CONN.
TO SENSOR
TOTOP OPE UNIT
TOZOOM UNIT
TO A/C HEAD
(N.C)
TO LCD/CVF
TO VTR ASPTO M.MDA
TO M.MDA
TO M.MDA
TO VTR ASP
TO VTR ASP, DSP
TO DSP
TO DSPTO DSP, BW/CVF
TO REGTO SENSOR
TO SENSOR
TO SENSOR
TO SENSOR
(N.C)
(N.C)
(N.C)
TO ZOOM UNIT
TO LCD/CVF
TO REG
TO REG
TO REG
TO REAR UNIT
TO ZOOM UNIT
TO ZOOM UNITTO TOP OPE UNIT
TO TOP OPE UNIT
TO TOP OPE UNIT
TO DSP
TO DSP
TO DSP
TO DSP
TO OP BLOCK
TO A/C HEAD
TO F/Z/I/MDA
TO VTR ASP
TO VTR ASPTO M.MDA
TO M.MDA
TO M.MDA
JIG_CONN.
TO A/C HEAD
TO SENSOR
TO SENSOR
TO M.MDA
TO M.MDA
TO M.MDA
TO M.MDA
TO M.MDA
TO TOP OPE UNIT
TO TOP OPE UNIT
TO REG
TO REG
TO REG
TO REG
TO BW/CVF(N.C)
(N.C)
(N.C)
TO VTR ASPTO VTR ASP, SPEAKER
TO VTR ASP
TO VTR ASP
TO F/Z/I/MDA
TO F/Z/I/MDA
TO F/Z/I/MDA
TO F/Z/I/MDA
TO F/Z/I/MDA
TO ZOOM UNIT
TO ZOOM UNIT
TO BW/CVF
TO LCD/CVF
TO TG/CDS
TO TG/CDS
TO DSP
TO DSP
TO DSP
TO DSP
TO DSP
TO JACK
TO JACK
JIG_CONN.
TO LCD/CVF
TO VTR ASP, DSPF/Z/I/MDA, TG/CDS, BW/CVF
TO LCD/CVF, DSP, F/Z/I/MDA
OPEN
0 1 MAIN (CPU)
21 CN25
TO SENSOR
1CN25
JIG_CONN.DIAL_MN
9
10
CN25
y10242001a-rev0NOTES : 1. The parts with marked ( ) is not used.2. For CPU waveforms, please refer to page 4-45.
∗
∗
∗ ∗
∗
∗∗
∗∗∗∗∗
∗
∗∗
∗∗
∗ ∗∗
∗ ∗∗
∗ ∗
∗
∗RAE
FUNCTION
RAENOT
MODEL
MODEL
Q107
DTC144EE-X With RCU
FUNCTION
Without RCU
IC1801
PIC-26043S
IC101MODEL ROM N0.
PAL(A6,C6,C7)
PAL(ALL)
NTSC(US)
NTSC(RCA)
-38
-39
-40
-41
∗ ∗
# : EXCHANGE PARTS LIST
PC MODEL
FUNCTION
NON PC MODEL
R182
1M
∗
IC105
TC7S66FU
∗
WF1
WF2
WF3
WF1
WF2
4-84-7
M.MDA SCHEMATIC DIAGRAM4.3
HGFEDCBA
4
5
3
2
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 further line connections that are cut off fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
NOTES : 1. The parts with marked ( ) is not used.2. For M.MDA waveforms, please refer to page 4-45.
∗
R16
18
R1601R
1604
R16
03
R16
06
R16
08
R16
17
R1610
R16
14
R1609
R1611
R16
12
R1602
C1601C1627
C1603
C1604
C1605
C1607
C1612
C1609
C1608R
1605
R16
07
C1610
C1606
C1613
C1611
C1624
R1613
TL1602
M_UNREG
REG_3.2V
GND
IC1601
C16
15
C16
14
C1616C1618
CAP_PWR
DRM_PWR
CAP_CTL
DRM_CTL
C1617
C1619
MTR_OSC
L1601
R1615
R1616
L1602
C16
20
C1622
C1602
C1623
Q16012SC4617/QR/-X
R1621
R1622
R1620
R1623
TL1603
TL1601
C1629
C16
21
C1626
C1628
DRUM_CLK
DRUM_ON
LOAD_F
LOAD_R
DRUM_REF
CAP_REF
CAP_FR
CAP_STOP
DRUM_FG
DRUM_PG
CAP_FG
UNREG
TL1608TL1607
TL1606
IC1602
R16
26
C1625
R16
19
R16
27
R16
24R
1625
CVM_DET
R1628
C1630
15k
0.3315
k
15k
100k
150k
15k
100k
470
15k
15k
0.33
0.1
#
#
#
0.47
1
10
0.00331k 47
0
680P
0.1
0.033
0.1
100k
0.1
0.1
0.10.1 0.1
0.1
1.5k
1.5k
10
1
330
220
220
0Ω
10
100P
10k
0.1
330k
22k
33k
12k
10k
10
/10
CFG2I
CFG2O
CRSF
CGND
CPCS
CECR
CEC
CTL
CPCI
CVM
H1+
H1-
H2-
CCS
CATC
H2+
H3+H3-
CM
3
CM
2
CM
1
OU
T2
VB
LPG
ND
OU
T1
YM
1
YM
I1
YM
2
YM
I2
YM
3
YM
I3
YATC
YCS
YCOM
YPCI
YVM
YEC
VCONT
IN1
IN2
VREF
YSUL2
YSUL1
AGC
YSTB
YPCS
YSW
UN
RE
G
CS
W
YC
LK
YG
ND
FC
VC
C
GN
D
CF
G2
CF
G
YP
G
YF
G
YF
GO
YF
GI
YP
GI
YP
GO
CF
G1O
CFG1I
LB11951WA-MPB
NQL144M-1R0X
NQL144K-100X
/10
/16
GND
VCC
TA75S393F-X
/6.3
T
TT
T
GND
GND
TO CPU
TOLOADING MOTOR
TODRUM MOTOR
TO CPUTO CPUTO CPU
TO CPU
TO CPU
CN4
CN1
0 1 MAIN (M.MDA)
OUT IN (+)
IN (-)
CN3
TO REG
TOCAPSTAN MOTOR
TO CPU
TO REG
y20156001a_rev0
∗ ∗
∗∗∗
∗
∗
C1603
NTSC
C1604
C1605
PAL
0.01
0.01
0.01
0.0047
0.0047
0.033
# : EXCHANGE PARTS LIST
VTR ASP SCHEMATIC DIAGRAM4.4
1
2
3
5
4
A B C D E F G H4-104-9
When ordering parts, 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 fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
NOTES : 1. The parts with marked ( ) is not used.2. For VTR ASP waveforms, please refer to page 4-45.
∗
C
Y
C
Y C
C
y20158001a_rev0
IC3501HA118224F
SPK_VOL
REG_4.8V
GND
CN8
CN5
SH_SIG
PA_SIG
V_ENV
V_PB_F
Q3901HN1A01FU/G
C35
12
Q2022
A_MUTE
R20
30
C3506
Q2023
R2031
R3901R3902
C3901
C1205
C35
11
C3903
R3903
C35
10
C35
07
C35
08
R3502
R3501
C35
09
L2051
C35
14
C35
15
V_FF
AO_SIG
L2052C2052 C2051
C20
26
GND
AO_GND
CN25
R3506
CN7
C1206
APB_EP_H
R2051
L2004
C2024
Q2021
L2022
A_PB
C20
33
C20
31
C20
29
C20
28
C20
27
C20
25
A_BIAS
C2023
R2021
R2022
C2021
R2023
C2022
R2024
R20
25
C1204
C20
36
Q2071
C2071R2071
R2072
R20
28
SCK3
C3902
C20
38
L3502
L2071
L2072
C2072
C20
40
R20
27
C3513
C1201
C20
32
C2035
L2021
C20
34
JP3501
L2023
JP2004
JP2003
Q3502
V_PB_C
V_REC_F
V_REC_C
S_DET+
2FSC
V_OVL
SO3
V_ASP_CS
L3503
C3516
Q3505#
C1202
R3507
FEH_ON
REC_CTL
CTL_OUT
IC2001
REG_3.2V
L200
1C2001
Q2001
L2003R2006
C2003
R2001
C2002
R2003C2005
Q2007
R2004R2002
R2005
Q2008
C2004 R2012
R2011
R35
08
C2039
Q3501
L2005
JP2001
JP2002
10
100k
0.01
3.3k
10100
0.01
3p
1.8k
0.1
0.01
0.01
1k
0Ω
10.
01
0Ω
0.00
22
1k
10
1k
4.70.
1
1
10.47
1
1
10k
330k
82k
10
1047k
5.6k
1k
0.47
22µ
0Ω
0Ω
0.0022
1k
0.022
1000p
0.00
47
22
47µ
0.1
10
47µ
10
47µ
1k
330p
100k
0.01
8
1k
1
6803.3k
2.7k
22100
100
15k
0Ω
MIC_GND
MIC_HOT
V_CH2_S
V_CH2_F
V_CH3_S
V_CH3_F
V_CH4_S
V_CH4_F
V_CH1_S
V_CH1_F
GND
GND
FE_S
DTC144EE
2SC4617/QR/
AO_SIG_J
PB_CTL
V_OVL
V_TP_FM
V_FF
AH_GND
AH_REC
AH_PB
AE+
AE-
CTL_HED+
CTL_HED-
REG_4.8V
/6.3
DTC144EE
/6.3
/6.3 /6.3
2SC4617/QR/
/6.3
/6.3
/6.3
TC74AC04FT
/6.3
DTA114TE
TF
PUMX1
PUMT1
/6.3
#
#
T
#
#
#T
T
#
#
T #
#
T
T
T
#
T
T
T
#
JIG_CONN.
Vcc
GN
D
1A 2A 3A
4A5A6A1Y 2Y 3Y
4Y5Y6Y
∗
TO CPU
TO A/C HEAD
TO DSP
TO MIC
TO DSP
TO TG/CDS
TO SPEAKER
TOJACK∗ ∗
P/R
P/RGND
Vcc
CH3
CH3
CH1
CH1
CH4
CH4
CH2
CH2
FEFEFECTLINOUT
FMGND
FMVcc
OVL
SW30
CLK
DATA
LOAD
RE
C CRE
C
FM
PB
C
DE
T
SE
RIA
L I/O
PR
E O
UT
PB
FM
EN
V O
UT
DE
T
CR2Fsc
1/2CR
DEMOD
HP
FE
NV
TR
AP
FM
AG
CP
EQ
G E
Q
A/D
LPF
LPF
LUG
READ
LPF
LPF
HP
FT
RA
P
EQ
RE
C C
N/S
CT
L
SE
RIA
LC
TL
CTLGND
VccCTL
CTLOUT
DC
REC IN
CONTDC
CTL-
BG
AudioVcc
VCA
AudioGND
DE
T
LPF
SP
ON
RE
C O
N
RE
C
PB
LINE MUTE
MUTEREC
Buf
f
MONIOUT
DET
TO DSP
TO REG
#
#
#
HN1C01FU/G
HN1C01FU/G
0 1 MAIN (VTR ASP)
TOFLY.E HEAD
TOVIDEO HEAD
TO REG
WF
2
WF
3
WF
1
WF
4
NTSC PAL
R3507
L3503
C3516
R3501
C3509
NTSC PAL
R2023
R2024
C2021
C2022
C2024
NTSC PAL
13k 18k
150 82
0.0068 0.01
10 µ µ15/6.3 /6.3
0.0012 0.001
[VIDEO]
220
220p
5.6
100
10p
0
0
∗∗
∗
Q3505
VHSMODEL MODEL
SVHS
DTC144EE∗
# : EXCHANGE PARTS LIST
[AUDIO]
L2004
L2022
L2023
C2039
0 Ω0 Ω0 Ω
∗
NQR0403-003X
NQR0403-003X
NQR0406-003X
33 p
4-124-11
DSP SCHEMATIC DIAGRAM4.5
HGFEDCBA
4
5
3
2
1
Y
B-Y
Y
C
R-Y
Y
Y
R-Y
Y
B-Y
C
Y
When ordering parts, 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 fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
NOTES : 1. The parts with marked ( ) is not used.2. For DSP waveforms, please refer to page 4-45.
∗
R40
26
IC4001
R40
24
C4047
IC4002
C40
43
C4002
C4003
C40
34
C4004
C40
05
C4046
V_FF
C40
07
C4008
X4001
PBLK
R4003
C4012
C4020
C4015
C4011
C4021
R40
36
C4023
C40
06
C40
27
C40
28
R40
37
C4031
C40
36
C40
38
C4048
AD_9
AD_8
AD_7
AD_6
AD_5
AD_4
AD_3
AD_2
AD_1
GND
REG_3.2V
AD_0
C4045
LHFO
C40
44
HDTG
VDTG
ID
VD_H
FI
DSP_REST
TG_CLK
C4009
C4010
R4002
GOUT
CDS_CLK
OMT
CAM_ADCK
C4014
C4016
R4004
R4009
ROUT
C4018
C4019
R4010
R4007R4008
R4005R4006
C4013
C4017
CAM_Y
CAM_C
CLKCPU
L400
1
C4026
R40
20
R40
19
R40
21
R40
32
C40
29
C40
30
BOUT
C40
32
C40
33
C40
35
R40
16
R40
15
R40
22R
4023
R40
25
R40
33
R4013
R40
27
R40
28
R40
29
R40
30
R40
31
C40
37
C40
39
C40
40
C40
41
C40
42
R4014C4025
Q4001
D4001
V_OVL
S_DET+
V_REC_C
V_REC_F
2FSC
V_PB_F
R4035
R4034
SH_SIG
SPK_VOL
BWYOUT
BWBLEVEL
BWYGAIN
V_DSP_CS
V_PULSE
REG_2V
V_PLS_ON
V_OVL_A
V_OVL_B
S_DET_L
SDET_CTL
H_OFFSET
H_GAIN
R4001
C4001
AD15
AD14
R40
17R
4018
DAC_3.2V AD13
AD12
AD11
AD10
AD9
AD8
AD7
AD6
AD5
AD4
AD3
AD2
AD1
AD0
ASTB
R/W_L
DSTB_L
HD_H
CFM
WAIT_L
VDVHS
SCK3
SO3
HRP2
HRP1
VDCVF
OSD_DATA
OSD_CLK
OSD_CS
HDCVF
IC4003
56k
0.1
10p
0.1
0.1
0.1
0.1
0.1
220
0.1
0.1
56k
0.1
0.1
0.1
0.1
0.1
10p
0.1
0.1
1
0.1 0.
1
0.1
1
10p
10p 1M
0.1
0.1
15k
15k
0.1
0.115k
0.1
0.1
22
10µ
470
8.2k
180
560
0.1
0.1
0.1
0.1
0.1
1.8k
2.2k
3.9k
#
100k
100k
100k
0.1
0.1
0.1
3.3k
3.3k
1k
C4024#
TM
C[1
]
TM
C[2
]
TM
C[3
]
MC
LK
FM
WR
RA
D
WA
DIE
GN
D9
VD
D10
FM
RE
FM
WE
AD
IN[9
]
AD
IN[8
]
AD
IN[7
]
AD
IN[6
]
GN
D10
AD
IN[5
]
AD
IN[4
]
AD
IN[3
]
AD
IN[2
]
AD
IN[1
]
AD
IN[0
]
VD
D11ID
HD
TG
VD
TG
COUT
CCOMPC
IRSETC
VREFC
VG
VB
BLK
1
BLK
2
VB
LK
RE
CC
OU
T
SCLEARI
SC
BLK
O
VREFBWY
CCOMPRY
TS
EL[
0]
CC
OM
PF
MY
IRS
ET
FM
Y
VR
EF
FM
Y
DSTB
HRP2
GND1
HRP1
RW
ASTB
BUS[0]
BUS[2]
BUS[1]
VDD1
BUS[3]
BUS[4]
BUS[5]
BUS[6]
BUS[7]
BUS[8]
BUS[9]
GND2
VDD2
BUS[10]
BUS[11]
BUS[12]
BUS[13]
BUS[14]
BUS[15]
GND3
VDD3
HDCPU
VDCPU
FLDCPU
FRP
HDCVF
VDD4
VDCVF
OMT
BUSY
GND4
PBLK
DSY[0]
DSY[1]
VDD5
DSY[2]
DSY[3]
DSY[4]
DSY[5]
DSY[6]
DSY[7]
GND5
DSC[0]
DSC[1]
DSC[2]
DSC[3]
FMY[1]
FM
Y[2
]
FM
Y[3
]
FM
Y[4
]
FM
Y[5
]
FM
Y[6
]
FM
Y[7
]
FM
C[0
]
FM
C[1
]
GN
D7
VD
D7
FM
C[2
]
FM
C[3
]
TM
Y[0
]
TM
Y[1
]
TM
Y[2
]
VD
D8
TM
Y[3
]
TM
Y[4
]
TM
Y[5
]
TM
Y[6
]
TM
Y[7
]
GN
D8
VD
D9
TM
C[0
]
RA
E
WA
E
LHF
O
SD
PR
D
HD
MA
SK
AD
DV
CA
MC
K
GN
D11
XIN
XOUT
VDD12
SDCK
SLD
STD
GND12
VDD13
SW30
DOCK
DCKI
VDD14
GND13
YOUT
AC
DE
LAY
OU
T
VD
OS
D
HD
OS
D
CLK
OS
D
VC
1
VC
2
VR
FM
OU
T
AIN
C
RE
FTO
PI
RE
FB
OT
I
EO
C
ST
C
CM
L
PW
MO
UT
1
GN
D17
VD
D20
PW
MO
UT
2
PW
MO
UT
3
PW
MO
UT
4
PW
MO
UT
5
GN
D
DIC
K
DC
KO
FS
C2O
UT
VR
EF
O
CLKI
CLKCPU
AD1_CK
CAMADCK
SVHSOUT
CSYNCAD2_CK
BWYO
CCOMPBWY
IRSETBWY
BYOUT
Y2OUT
RYOUT
IRSETRY
VREFRY
VDD16
KOUTT
SE
L[1]
TS
EL[
2]
TS
EL[
3]
TV
SE
LO
PB
FM
I(A
INT
)
CLKDSC
FLDDSC
VDDSC
HDDSC
GND6
VDD6
FMY[0]
GN
D11
B
CLR
SCAN
DCTEST
AVDD
AVSS
AVDD
AVDD
AVSS
AVBB
AVDD
AVDD
AVBB
AVSS
AVDD
AVSS
GN
D14
VD
D17
GN
D15
VD
D18
GN
D16
VD
D19
AV
SS
AV
DD
AV
DD
AV
DD
AV
SS
AV
SS
AV
SS
AV
DD
AVBB
AVBB
AVSS
AVSS
AVBB
AVBB
AV
BB
AV
BB
AV
BB
AV
BB
GND
JCY0140-3
NC
NC
GND
GND
VCC
VCC
D11
D10
D9
D8
D7
D6
D5
D4
D3
D2
D1
D0
SWCK
RSTW
WE
IE
Q11
Q10
Q9
Q8
Q7
Q6
Q5
Q4
Q3
Q2
Q1
Q0
SRCK
RSTR
RE
OE
CH
CH
CH
CH
/16
CH
CH
CLK
CS
DATA
PCL
VDD
CKOUT
OSOUT
OSCIN
TEST
GND
HSYNC
VSYNC
VB
VG
VR
VBLK
VC2
BLK2
VC1
BLK1
#
#
#
#
#
#
#
# #
##
#
#
#
∗
IO
∗ ∗
NC
NT
SC
_L
∗
IO
CORE
CORE
CORE
IO
CO
RE
CO
RE
CORE IO
∗
∗
CORE
IO
∗
TO LCD/CVF,BW/CVF
CO
RE
CO
RE
IO
CORE
IO
IO CO
RE
NC
∗
∗
∗
∗
TO TG/CDS
TO V OUT,LCD/CVF
pNC
TOF/Z/I/MDA
TO V OUT
TO VTR ASP
TO VTR ASP
TO REG
0 1 MAIN (DSP)TO BW/CVF
TO LCD/CVF,BW/CVF
TOLCD/CVF
TO CPU
TO CPU, F/Z/I/MDA
TO CPU
y10243001a_rev0
WF1
WF2
WF3
WF4
WF5WF6
# : EXCHANGE PARTS LIST
NTSC
PAL
MEMORY
MEMORYNON
X4001 R4015 R4016 IC4002
VHS MODEL
MODELSVHS
JVC
JVC
C-VF
OTHER
MODEL
MODEL
MODELPANASONIC
MODEL
MODEL0
0∗∗
∗ ∗ ∗ ∗
∗∗
∗ ∗
QAX0708-001
QAX0709-001
R4014 C4025 Q4001 D4001
10k 0.1 DTC144EE-X DAN222-X
C4044
1
R4030 R4031C4041 C4042
1k
1k 1k
1
1 1
IC4003
PD6467GR-512-X
Z4C2973-32-X
PD6467GR-508-X
µ
µµµ
∗ ∗∗ ∗µ
µ PB SNAP SHOT
NON PB SNAP SHOT
R4013
∗∗
C4024
0.1µ1k
F/Z/I/MDA SCHEMATIC DIAGRAM4.6
1
2
3
5
4
A B C D E F G H4-144-13
When ordering parts, 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 fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
y20157001a_rev0
FILa
FILb
FILc
FILd
IC4501
C4505
C4506C4507
C4508C4509
C45
10
R4509
R4515
R4514
R42
62
C4211
C4212
L4501
C4513
LENS_CS
L4502
DSP_REST
Q4503
R4225
R4507
LENS_CLK
CN15
LENS_LED
R4510
IC42
02
R4511
Q4501
VDVHS
Q4202
Z_REG_4.8V
R4508
R4516
C45
04
R4512
R4219
C4511
R4217
R4513ZF_REG_4.8V
GND
R45
05
Q4502
R4503R4504 R4502 R4501
L4503
UNREG
R4218
R42
24
R4222
C4512
R4223
Q4251
R4208
R42
02
R4205
C4203
R4214
R4210
R42
11
C4206
R4221
C4205
C4202
R4207R4206
R42
01
R4209
R4215
R4220
C4207
H_OFFSETH_GAIN
IRIS_O/C
REG_3.2V
IRIS_PWM
HALL_A/D
IC42
01
R42
03
C4208
Q4201
C4209
R42
04
R4216
SO3
C42
10
IR_DC
REG_4.8V
L4201
SCK3
C4201
R4251
R4256
R4254
R4255
R4258
R4253
R4257
R4252
R4259
C4253
C42
52
C4254
IR_FLICK
C4251
C4256
33p
1000p
1000p
1000p
1000p
0.1
1.8K
22K
3K
22µ
10K
10K
0.1
0R0
100k
0.1
1k
270
6R86R8 6R8 6R8
1K
22k
150k
100
33k
4.7k
0R0
1M
0.1
4.7k
1M
24k
0.1
330k
0.01
0.1
100k10k
10k
100k
68k
1.5k
0.01
22k
0.1
0.1
330
10k
1
1.8K
820K
680K
2.2K
100K
10K
8.2K
10K
68K
0.015
0.1
0.015
3.3
10
EXP2
EXTb
GND
Cosc
FILa
FILb
FILc
FILd
Vref
Vdd
Vm3
D2
FBd
D1
Vm4
C2
FBc
C1
EXP0
EXP1
RESET
OSCout
OSCin
SCLK
SDATA
LATCH
VD
B2
FBb
B1
Vm2
A2
FBa
A1
Vm1
P_GND
EXP3
EXTa
UPD16835AGS-X
NQR0006-001X
ZOOM2
ZOOM4
ZOOM3
ZOOM1
FOCUS1
FOCUS4
FOCUS2
FOCUS3
OP_VCC
F_LED
DUMP+
DRIVE+
DUMP-
GND
HE_OUT+
HE_IN-
HE_OUT-
HE_IN+
ZOOM_LED
Z_L_VCC
BA
1032
4AF
-XE
DTC114EE-X
2SC4617/QR/-X
/16
RPM-22PB
BA
1032
4AF
-XE
2SC4617/QR/-X
NQR0006-001X
2.2/50
/50
/16
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
∗
0 1 MAIN (F/Z/I/MDA)
TO CPU
TO DSP
TO CPU
TO REG
TO DSP
TO CPU
TO OP BLOCK
WHITE(BALANCE)SENSOR
NOTE : The parts with marked ( ) is not used.∗
4-164-15
V OUT SCHEMATIC DIAGRAM4.7
HGFEDCBA
4
5
3
2
1
R4702
Q4702
R4708
CN25
C4714
R4707
R47
01
SY_OUT
V_OUT
SC_OUT
C4706
R4703
R4709
C4716
C4703
C4717
R4710
IC4702
C4707
C4715
REG_4.8V
C4701
GND
CAM_Y
CAM_C
Q4701
IC4701
C4704
C4702
R4704
C4713
C4705
DAC_3.2V
L4701
C4709
R4712
R4706
R4713
C4708
750
1.1k
100µ
680
680
27p
15p
15p
1.2K
22µ
1µ
27p
1.2k
0.01
22µ
10µ
68
0.1
2SA1774/QR
/4
/6.3
2SA1774/QR
/6.3
V
#
#
#
#
#
T
#
#
CIN
MUTE
GND
GND
JIG_CONN.
∗
V_OUT
GND
NC
NC
TO DSP
GND
TO DSP
YIN
Vcc
ChromaMUTE
VCC
VCC
6dB
6dB
6dB
75
OUT
SAG
TO REG
TO REG
75
75
∗
∗
TO DSP
TO JACK
TO JACK
TO JACK
0 1 MAIN (V OUT)
y30153001a_rev0
C
Y+C
Y
Y
C
Y
C
C
C
Y
WF1
WF2
WF3
Y+C
Y+C
# : EXCHANGE PARTS LIST
IC4701 IC4702 R4712 R4713 C4713 C4714 C4715
VHS MODEL
SVHS MODEL
MM1512XN
BA7665FS 68 68 0.0122/6.3 100/4∗
∗ ∗ ∗ ∗ ∗ ∗
NOTES : 1. The parts with marked ( ) is not used.2. For V OUT waveforms, please refer to page 4-45.
∗
When ordering parts, 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 fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
TG/CDS SCHEMATIC DIAGRAM4.8
1
2
3
5
4
A B C D E F G H4-184-17
When ordering parts, 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 fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
NOTES : 1. The parts with marked ( ) is not used. 2. For TG/CDS waveforms, please refer to page 4-45.
∗
CC
D
CCD
CCD
C
C
AD_9
AD_8
AD_7
AD_6
AD_5
AD_4
AD_3
AD_2
AD_1
AD_0
ID
HDTG
VDTG
CAM_ADCK
LHFO
PBLK
C5201
CN22
V_PB_C
REG-8-5V
GND
REG_3.2V
C5229
C5221
REG_15V
IC5202
C52
03
C5225
C52
28
C52
23
C52
22
C52
32
C52
33
C52
36
C52
35
C52
34
C5237
R52
15
R52
13
R52
14
R52
16
C5207
C5208
C5209
C5210
C5212
C5211
C52
04C
5216
TG_CLK
R5201
R5211
C52
27
C5230
D52
01
R5217
C5231
C5218
L5202
L5203
C5219
CDS_CLK
CDS_CS
IC5201
SCK3
SO3
CCD_SCS
DSGAT
L5201
C5214
C5213
R5202
1µ
1 10
0.1
0.1
0.1
0.1
10p
10p
10p
10p
10p
10p
100k
100
100
10
0.01
0.01
0.01
0.1
1
1
24k
0.1
0.1
100k
0.1
22µ
22µ
6.8
47µ
0.01
3300p
22
/25
/16
CKINH
VH
D
WEN
ID
CLPDM
OBCLP
PBLK
VSS1
CK
CLDCLK
CCDCKH
VDD1
VICK
NC
TESTEN
VL
SUB
V3
VH
V1
V4
V2
VM
NC
NC
NC
VS
S4
H2
H1
VD
D4
VD
D3
RG
XR
S
XS
HD
XS
HP
VS
S3
VD
D2
XS
G1
VX
1
SS
K
SS
I
SE
N
RS
T
VS
S4
VD
D5
VG
AT
DS
GAT
AH
D
JCY0098
/6.3
1SS
355-
X
/16
AV
SS
AV
DD
NC
AV
DD
CS
SC
K
SD
ATA
DV
DD
DV
SS
DV
SS
NC
BIAS
VRM
VRB
VRT
AVDD
AVSS
SP
SIG
SP
BLK
OB
P
AD
CLK
DV
DD
DV
SS
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9
NC
NC
AV
SS
OE
B
NC
CDSIN
ADCIN
BLKSH
BLKFB
OA
DC
LK
PB
LKNC
AV
DD
AV
SS
OA
DS
W
HD49326BF
T
TG+V_DRIVER
NC
NC
CDS+AGC+A/DNC
NC
NC
NC
NC
NC NC
NC
∗∗
∗
∗
∗
y30152001a_rev0
0 1 MAIN (TG/CDS)
WF1
WF2
H1
H2
V4
V3
V2
V1
GND
GND
GND
CCD_OUT
CCD_HV
SUB
CCD_LV
RG
TO CCDCN5301
TO REG
TO VTR ASP
TO REG
TO CPU
TO DSP
TO DSP
4-204-19
REG SCHEMATIC DIAGRAM4.9
HGFEDCBA
4
5
3
2
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 further line connections that are cut off fromthis diagram, refer to "4.1 BOARD INTERCONNECTIONS".
NOTES :
D6601
R6029
ZF_REG_4.8V
GND
D67
01
LAMP_ON
D66
16
C6702
R66
03
D6602
Q6306
D6702
RA
6020
R66
04
Q6201
REG_3.2V
R6021
C66
06
Q6401
C60
14
Q68
11
C67
05
C6605
C60
15
REG_15V
REG_-15V
C6701
Q6501
R63
05
C60
16
C60
12
C60
13
C60
09
R60
08
Q6301
L6001
L6002
C6001 C6003C6002
REG_4.8V
C60
21
REG_2V
C63
02
D63
01
C6102
C62
02
C63
05
IC6801
C61
05
C6101
F6001
V_BATT
R61
05
UNREG
T_BATT
ADP_H
AL_3.2V
R61
04
C62
05
F6002
Q6801
R6803
R61
03
CN25
C6301
C66
03
R6702
R6502
R6307
C68
01
Q68
02
C6201
R63
04
R6801
R62
04R
6303
R64
02
R68
12
R62
03
AD_REF
R6811
MTR_OSC
R66
05
Q6621
L6501L6401
C65
02
C64
02
DRM_PWR
L6301
CAP_PWR
L6201
CAP_CTL
DRM_CTL
AREG_CLK
C6501
C6607
R6501
R66
08
C64
01
C6018
R6028
C68
02
C68
11
R67
05
R6027
C6203
AREG_SO
REG_CS
R6026
L6101
Q6701
R6025R6015
MCU_RST
IC6002
Q6003
R67
04
R6614
Q6607
C6610
C6210
C60
10
Q6002
C6310
C6307
Q6001
REG-8-5V
C6110
R60
34
PLI_AD
R67
03
R60
33
L6701
R60
32
C60
05
C60
07
R6802
C6020
PLI_PWM
R6706
C67
03
C6602
C6303
R6712
M_UNREG
C60
06
R6713
R6401
Q6606
C6711
C6710
TP6001
R6714
R60
31
R60
30
C6030
R6024
R6036
R6035
R6037
Q6005
R66
10
R66
09 R6611
Q6004
R6715
R66
07
R6005 R6004 R6003R6002
IR_4.8V
R67
10R
6711
R67
07
Z_REG_4.8V
R67
08
R60
12
F6004
L660
1
GND
R67
09
Q6702
IC6001
Q6101
# CN6
L6302
CN28
R66
22
C60
04C
6011
C6017
R6606
R66
13R
6612
Q6608
R60
01
R6306
C66
09
R66
23
R66
16
C66
16
R66
24
R66
25
R66
27
R6626
C66
22
Q66
22
D66
21
REG+12V
R69
61
100k
#
10
68k
1k
3.9k
2.2k
1
0.04
7
680p
0.04
7
1
0.04
7
0.22
0.04
7
100p
10k
100
100
10 0.01
10
10
10
560p
680p
1 10k
4700
p
22k
2.2
1
33
470
#
1
1
4.7k
0Ω
12k
18k
390
2.2k
10k
100
270k
11
1
1
0Ω
1
0.22
100k 1
1
100k
47
100k100k100k
12k
6.8k0.01
0.01
0.22
1000p
1500p
100
1
1
100k
0.22
0.2
1
47
0.01
5.6k
0Ω
4700p
224
2.2k
20k 680 9.1k33k
82k
33k
120
120
10k
120
#
10.
01
105
2.7k
100k
82k
100k
#
#
102
105
#
# #
#
#
22k
RB480Y-W
CR
S09
RB480Y-W
#
CRS09
Ca
SSM5G01TU-X
Ca
SSM5G01TU-X
2SA1
577/
QR/
-X
Ca
SSM5G01TU-X
G1
S2
G2 D2
S1
D1FDC6506P
/16
MB
R13
0-X
S-814A33AUC-W
NMFZ007-2R0X-K
NMFZ007-1R25X-K
DISCHG_L
PLI_AD
DTA
113Z
U
#
NQLZ011-470X
NQLZ011-470X
NQL52EM-220X
NQL64EM-470X
/6.3
NQL64EM-330X
TPC6102
NQL52EM
0.5W
/6.3
NMFZ007-R40X-K
NQ
L52E
M-2
21X
2SC4097/QR/-X
FA7706F
Ca
SSM5G01TU-X
LAMP_4.5V
LAMP_RTN
NQR0006-001X
BATT_CHK
BATT_+
BATT_+TT_BATT
GND
GND
ADP_H
ADP_DC
ADP_DC
DTC144EE
D
GS
G
S
A
D
G
S
A
D G
S
A
D
D
GS
D
D
D
D
SG
D
GS D
GS
T
D
GS
D
GS
G
S
A
D
VC
C1
VCC2
VR
EG
1
VR
EF
VR
EG
2
VD
RV
PGND
GN
D
DG
ND
CR
EF
ST
DW
N
IBW
IN1-
FB1
∗
IN2-
FB2
IN3-
FB3
IN4- FB
4
IN5+
IN5-
FB5
IN6-
FB6
∗
*
*
IN7+
IN7-
FB7
OUT1
OUT2
∗
OUT3
OUT4
OUT5
OUT6
OUT7
FA7706F
OUT8
CP
CT RT
CS
S1
CS
S2
CS
S3
CS
S4
CS
S5
CS
SC
LK
SD
ATA
RS
T
[discharge]
[charge]
[AL3.2V]
[AD_REF]
[out1]
[out2]
[out3]
[out
4]
∗
∗ ∗
[C.Current]
[C.Voltage]
[C.detect]
[out
1-s.
star
t]
[out
2_s.
star
t]
[out
3_s.
star
t]
[out
4_s.
star
t_
[out
5_s.
star
t]
∗∗
∗
∗
∗
1K//1
0K
B_SEL
58EM
∗
∗
∗ ∗∗
58EM
∗
∗
∗
∗ ∗
∗∗
∗ ∗
∗
∗
∗
∗
∗
∗
y20159001a_rev0NOTE : The parts with marked ( ) is not used.∗
TOREAR UNIT
TO CPU, M. MDA, VTR ASP,DSP, F/Z/I/MDA, TG/CDS,LCD/CVF, BW/CVF, JACK,V OUT, SPEAKER
0 1 MAIN (REG)
#
∗ ∗
∗
∗
VOUT
Vss
NCO
N\/O
FFVIN
#
TO CPU
TO CPU
JIG_CONN.
TO CPU
TO M. MDA
TO CPU, M. MDA, F/Z/I/MDA
TO CPU, M. MDA, VTR ASP,DSP, F/Z/I/MDA, TG/CDS,LCD/CVF, BW/CVF,JACK, SPEAKER
TO CPU, M. MDA, VTR ASP,DSP, F/Z/I/MDA, V OUT,TG/CDS, LCD/CVF, BW/CVF,JACK, SPEAKER
TO DSP
TOF/Z/I/MDA
(N. C) TO CPU, VTR ASP,F/Z/I/MDA, V OUT,LCD/CVF, BW/CVF
C103 B C 2CC104 A C 2BC105 A C 2CC107 A C 3AC108 A C 1BC109 A C 4AC110 B C 4AC111 A C 6AC112 A C 4CC113 A C 4AC114 B C 5AC115 A C 5CC116 B C 5AC118 A C 3BC119 B C 1CC120 B C 1CC121 A C 4AC122 A C 3AC123 A C 3BC124 A C 3BC125 B C 3AC126 B C 3AC127 A C 3BC128 A C 3BC129 A C 3BC131 A C 4CC132 A C 3CC133 A C 5BC134 A C 5CC135 B C 4DC136 A C 1CC138 A C 2BC139 B C 4AC140 B C 4AC141 A C 3BC142 A C 2BC143 A C 3AC144 A C 2BC1201 A C 4DC1202 A C 4DC1204 B C 4DC1205 A C 4DC1206 A C 4DC1601 B C 6DC1602 B C 6DC1603 B C 6DC1604 B C 6DC1605 B C 6DC1606 B C 6DC1607 B C 7DC1608 A C 6DC1609 B C 6DC1610 A C 7DC1611 B C 6DC1612 B C 6DC1613 B C 6DC1614 A C 6DC1615 A C 6DC1616 A C 6CC1617 A C 6DC1618 A C 6DC1619 A C 5DC1620 B C 6DC1621 B C 7DC1622 B C 5DC1623 B C 5DC1624 B C 6DC1625 A C 6DC1626 B C 6DC1627 A C 3BC1628 B C 6DC1629 A C 5AC1630 A C 5AC2001 B C 5AC2002 B C 5AC2003 B C 5A
C2004 B C 5AC2005 B C 6AC2021 B C 5DC2022 B C 5DC2023 B C 5DC2024 B C 5DC2025 B C 5DC2026 B C 5DC2027 B C 5DC2028 B C 5DC2029 A C 5DC2031 B C 5DC2032 B C 5DC2033 B C 5DC2034 B C 5DC2035 B C 5DC2036 B C 5DC2038 B C 5DC2039 B C 5DC2040 B C 5DC2051 B C 1BC2052 B C 1BC2071 B C 5DC2072 A C 5DC2401 A C 5BC2402 A C 5BC2403 A C 5BC2404 A C 5BC3506 B C 4DC3507 B C 4DC3508 B C 4DC3509 A C 6AC3510 A C 4DC3511 A C 4DC3512 A C 4DC3513 A C 4DC3514 A C 4DC3515 A C 4DC3516 B C 4DC3901 A C 4DC3902 A C 4DC3903 A C 4DC4001 B C 4CC4002 B C 4BC4003 B C 4BC4004 B C 4BC4005 B C 4AC4006 B C 5AC4007 B C 5AC4008 B C 6AC4009 B C 6BC4010 B C 6BC4011 B C 6BC4012 A C 5BC4013 B C 6CC4014 B C 6BC4015 A C 5BC4016 B C 6BC4017 B C 6BC4018 A C 5BC4019 B C 6CC4020 B C 6CC4021 B C 6CC4023 B C 6CC4024 B C 6CC4025 A C 5BC4026 A C 6BC4027 A C 5CC4028 A C 5CC4029 A C 5CC4030 A C 5CC4031 B C 5BC4032 A C 5CC4033 A C 4CC4034 A C 4CC4035 A C 4CC4036 A C 5C
C4037 A C 4CC4038 A C 4CC4039 A C 4CC4040 A C 4CC4041 A C 4CC4042 A C 4CC4043 A C 4CC4044 B C 3AC4045 A C 5CC4046 A C 5CC4047 A C 5AC4048 A C 5AC4201 A C 6BC4202 A C 6CC4203 A C 6BC4205 B C 6BC4206 A C 6BC4207 A C 6AC4208 A C 6BC4209 A C 6BC4210 A C 6BC4211 A C 6BC4212 A C 6BC4251 A C 6CC4252 B C 6CC4253 B C 6CC4254 B C 6CC4256 A C 6CC4504 B C 6BC4505 B C 7BC4506 B C 7BC4507 B C 7BC4508 B C 7BC4509 B C 7BC4510 B C 7BC4511 B C 6BC4512 A C 6BC4513 B C 6BC4701 A C 5CC4702 A C 6BC4703 A C 6BC4704 B C 1BC4705 B C 1BC4706 B C 2AC4707 B C 2AC4708 B C 1BC4709 B C 1BC4713 B C 2AC4714 B C 2AC4715 B C 1AC4716 A C 6CC4717 A C 6CC5201 A C 7AC5203 B C 6AC5204 B C 6AC5207 B C 6AC5208 A C 6AC5209 A C 6AC5210 B C 6AC5211 B C 6AC5212 A C 6AC5213 A C 6AC5214 A C 6AC5216 B C 6AC5218 B C 7AC5219 A C 7AC5221 B C 6AC5222 A C 7AC5223 B C 6AC5225 B C 6AC5227 A C 6AC5228 A C 6AC5229 B C 7AC5230 B C 7AC5231 B C 7AC5232 B C 6AC5233 B C 6A
C5234 A C 6AC5235 A C 6AC5236 A C 6AC5237 B C 6AC6001 B C 1DC6002 A C 3CC6003 B C 2DC6004 B C 2CC6005 B C 2CC6006 B C 2CC6007 B C 2CC6009 B C 3CC6010 B C 3CC6011 B C 3CC6012 B C 3CC6013 B C 3CC6014 B C 3CC6015 B C 3CC6016 B C 3CC6017 B C 3CC6018 B C 2CC6020 B C 2CC6021 B C 2DC6030 A C 2DC6101 B C 3CC6102 B C 3CC6105 A C 3CC6110 A C 3CC6201 B C 3CC6202 B C 3CC6203 A C 3CC6205 A C 3CC6210 A C 3CC6301 B C 3CC6302 B C 3CC6303 A C 3CC6305 A C 3CC6307 A C 6DC6310 A C 3CC6401 B C 3DC6402 B C 3DC6501 B C 3DC6502 B C 3DC6602 B C 3DC6603 B C 3DC6605 B C 2DC6606 B C 3DC6607 B C 3DC6609 B C 2CC6610 A C 3CC6616 B C 2CC6622 A C 2CC6701 B C 3DC6702 B C 2DC6703 B C 3DC6705 B C 3DC6710 B C 3BC6711 B C 2BC6801 B C 2DC6802 A C 2DC6811 A C 2DC7021 B C 7DC7022 B C 7DC7041 B C 6DC7051 B C 6DC7052 B C 6DC7053 A C 5CC7054 A C 5CC7056 B C 6DC7058 B C 6CC7061 A C 5DC7062 A C 5DC7063 A C 5DC7064 A C 5CC7065 A C 5CC7066 A C 5CC7067 A C 6C
C7068 A C 6CC7069 A C 6CC7301 B C 2AC7302 B C 2AC7303 B C 2AC7304 B C 2AC7305 B C 2AC7306 B C 2AC7307 B C 2AC7308 B C 2AC7309 B C 1AC7310 B C 1AC7311 B C 1AC7312 B C 1AC7313 B C 1AC7314 B C 1AC7315 B C 1AC7316 B C 1AC7317 B C 2AC7318 B C 2AC7320 B C 2AC7321 B C 1AC7323 B C 1AC7324 A C 1AC7325 A C 2AC7326 A C 2AC7329 B C 2AC8001 B C 1CC8002 B C 1CC8003 B C 1CC8004 B C 1CC8005 A C 2CC8006 B C 1CC8007 A C 7CC9101 B C 7CC9102 B C 7CC9103 B C 7CC9104 B C 7CC9105 A C 6CC9106 A C 6C
CONNECTOR
CN1 A C 5DCN2 A C 2DCN3 A C 5ACN4 A C 6DCN5 A C 4DCN6 A C 6DCN7 A C 6ACN8 A C 5DCN11 A C 2ACN12 A C 2ACN13 A C 4ACN15 A C 7BCN16 A C 6DCN18 A C 5ACN22 A C 7ACN25 A C 2DCN27 A C 5CCN28 B C 1DCN9012 A C 2ACN9013 A C 4ACN9018 A C 5BCN9025 A C 3DCN9031 A C 6C
DIODE
D101 B C 3AD102 A C 1BD103 B C 1CD104 B C 1CD4001 A C 5BD5201 B C 6AD6301 B C 3CD6601 B C 2DD6602 B C 2DD6616 B C 2CD6621 B C 2C
D6701 A C 3DD6702 B C 2DD7301 B C 2AD8001 B C 1CD8002 B C 1CD9101 A C 6CD9102 A C 6C
FUSE
F6001 A C 2DF6002 B C 7DF6004 A C 6CF7301 A C 3A
IC
IC101 A C 4BIC102 A C 3AIC103 B C 3AIC104 A C 2BIC105 A C 1CIC1601 A C 6DIC1602 A C 4DIC1801 A D 7AIC2001 B C 5AIC2401 A C 5BIC3501 B C 4DIC4001 B C 5BIC4002 B C 3AIC4003 A C 5CIC4201 B C 6CIC4202 A C 6BIC4501 B C 6BIC4701 B C 1BIC4702 B C 1BIC5201 B C 6AIC5202 B C 6AIC5301 A D 1DIC6001 B C 3CIC6002 A C 2CIC6801 B C 2DIC7005 B C 6DIC7008 A C 6CIC7301 B C 1AIC7302 A C 1AIC8001 B C 1CIC9101 B C 6C
COIL
L101 B C 2BL501 B C 2CL1601 B C 7DL1602 B C 6DL2001 B C 5AL2003 B C 5AL2004 B C 6AL2005 B C 6AL2021 B C 5DL2022 B C 5DL2023 B C 5DL2051 B C 1BL2052 B C 1BL2071 A C 5DL2072 A C 5DL2401 A C 5BL3502 A C 4DL3503 B C 4DL4001 B C 6BL4201 A C 6CL4501 A C 7BL4502 B C 6BL4503 B C 6BL4701 B C 1BL5201 A C 6AL5202 A C 7AL5203 B C 6AL6001 B C 2DL6002 B C 2DL6101 A C 3C
L6201 A C 3CL6301 A C 3CL6302 A C 6CL6401 A C 3DL6501 A C 3DL6601 A C 3DL6701 B C 3DL7005 B C 6DL7006 B C 6DL7007 B C 6DL7301 B C 2AL7302 B C 3AL7304 A C 2AL8001 A C 2CL9101 A C 6CL9102 A C 6C
TRANSISTOR
Q101 A C 1BQ102 A C 1BQ103 A C 4AQ104 A C 1CQ105 A C 1DQ106 A C 2DQ107 A C 2DQ108 A C 4AQ109 A C 4AQ112 A C 3BQ113 A C 5BQ114 A C 5BQ1601 B C 6DQ2001 B C 5AQ2007 B C 6AQ2008 B C 5AQ2021 B C 5DQ2022 B C 5DQ2023 B C 5DQ2071 B C 5DQ2401 A C 5BQ3501 B C 4DQ3502 B C 4DQ3505 B C 4DQ3901 A C 4DQ4001 A C 5BQ4201 A C 6BQ4202 A C 6AQ4251 A D 7AQ4501 B C 6BQ4502 A C 6BQ4503 B C 6BQ4701 A C 6BQ4702 A C 6CQ6001 A C 2CQ6002 A C 2CQ6003 A C 2CQ6004 A C 2CQ6005 A C 2CQ6101 B C 3CQ6201 B C 3CQ6301 B C 3CQ6306 B C 6DQ6401 B C 3DQ6501 B C 3DQ6606 B C 2CQ6607 B C 2CQ6608 B C 2CQ6621 B C 2DQ6622 B C 2CQ6701 A C 3DQ6702 B C 3DQ6801 B C 2DQ6802 B C 2DQ6811 A C 2DQ7001 A C 5DQ7003 A C 5DQ7005 A C 5DQ7011 A C 5C
COMPONENT PARTS LOCATION GUIDE <MAIN/YB10356-01-01> (1/2)
! 11 LY20847-001B AC ADAPTER,AP-V12EG,A,B,C,E,G,K,L! LY20847-001C AC ADAPTER,AP-V12EG,D,F! LY20847-002A AC ADAPTER,AP-V12ED,H,J! 12 QMPH020-190-JR POWER CORD,G! QMPP110-190-JR POWER CORD,D,F! QMPS120-190-JR POWER CORD,H,J! QMPL120-190-JR POWER CORD,A,B,C,E,K,L! 13 LY31199-001A BATTERY PACK,BN-V20BU,G,H,J! YQ10629E BATTERY PACK,BN-V11U-E,A,B,C,D,E,F,K,L
NOTE:The section marked in AA and BB indicatelubrication and greasing areas.
BB
452
451
b
405
404
403
461
460
466
AA
BB
471
472
473
471
402
g BB
AA
431415
432
x
y
h
422
423
423
416
AAn
m
449
456
457
450
448
450a
462
457
401
464
465
c455435
436
465
463
438
d
437
AA413414
411
b
m
427
425
425
454
429
428
429A
419
430
412
420
418
AA
417
421
425
425 425
AA
423 423
424
425
425
n
426
441
434
425
433
cd
a
414
439A
g
j
440
AA
410 j409
410
h
439
457
453
400
410
408
469B
x469A
AA
469B
AA
469
444
443
445470
442
470
445
442
446
445
458
459
459
447
y
467
467 467467
406B
406
406A
407
AA
468
BEWARE OF BOGUS PARTSParts that do not meet specifications may cause trouble in regard to safetyand performance. We recommend that genuine JVC parts be used.
Q6101 SSM5G01TU MOS FETQ6201 SSM5G01TU MOS FETQ6301 FDC6506P MOS FETQ6306 SSM3K02F MOS FET,E,F,G,J,K,LQ6401 SSM5G01TU MOS FETQ6501 SSM5G01TU MOS FETQ6608 DTC144EE TRANSISTOR
or RN1104 TRANSISTORor UN9213J TRANSISTOR
Q6701 TPC6102 MOS FETQ6702 2SC4097/QR/-X TRANSISTOR
or 2SC4173/3-4/-X TRANSISTORQ6802 DTA113ZUA TRANSISTORQ6811 2SA1577/QR/-X TRANSISTOR
or 2SA1608/3-4/-X TRANSISTORQ7011 PUMX1 PAIR TRANSISTOR
or HN1C01FU/G/-X PAIR TRANSISTORor UMX1N PAIR TRANSISTOR
MODEL MARK MODEL MARK MODEL MARKGR-FXM38EG-X A GR-SXM48EG-X E GR-SXM87ED JGR-FXM38EG-Y B GR-SXM48EK F GR-SXM48EG-Y KGR-FXM38EG-Z C GR-SXM48EA G GR-SXM48EG-Z LGR-FXM38EK D GR-SXM67ED H