Page 1
CCD-TR57/TR67/TR87/TR413PK/TR414PK/
TR917/TR940/TR940PK
RMT-708
SERVICE MANUAL
Photo : CCD-TR940
B MECHANISM
Video camera recorder
System
Video recording system
CCD-TR917/TR940/TR940PK : 4 rotary
heads (SP/LP independent heads)
CCD-TR57/TR67/TR87/TR413PK/
TR414PK : 2 Rotary heads
Helical scanning FM system
Audio recording system
Rotary heads, FM system
Video signal
NTSC color, EIA standards
Usable cassette
8mm video format cassette
CCD-TR57/TR67/TR87/TR413PK/
TR414PK : standard 8
CCD-TR917/TR940/TR940PK : Hi8 or
standard 8
Recording / Playback time
(using 120 min. cassette)
SP mode: 2 hours
LP mode: 4 hours
Fastforward/rewind time
(using 120 min. cassette)
Approx. 5 min.
Image device
CCD (Charge Coupled Device)
Viewfinder
Electronic viewfinder
Color 113,578 (521 x 218)
Lens
Combined power zoom lens
Filter diameter 1 7/16 in. (37 mm)
CCD-TR57 : 16 x (Optical), 32 x
(Digital)
CCD-TR67/TR87 : 16 x (Optical), 64 x
(Digital)
CCD-TR413PK/TR414PK : 16 x
(Optical), 200 x (Digital)
CCD-TR917/TR940 : 18 x (Optical), 72
x (Digital)
CCD-TR940PK : 18 x (Optical), 220 x
(Digital)
Focal distance
CCD-TR57/TR67/TR87/TR413PK/
TR414PK : 3/16 - 2 5/8 in. (4.1 - 65.6
mm)
CCD-TR917/TR940/TR940PK : 3/16 8 in. (4.1 - 73.8 mm)
When converted to a 35 mm still
camera
CCD-TR57/TR67/TR413PK : 1 9/16 24 7/8 in. (39.4 - 630 mm)
CCD-TR87/TR414PK : 1 7/8 - 29 3/4
in. (47.2 - 755 mm)
CCD-TR917/TR940/TR940PK : 1 7/8 33 1/2 in. (47.2 - 850 mm)
Color temperature
Auto
Minimum illumination*
CCD-TR57/TR67 : 0.4 lux (F 1.4)
CCD-TR413PK : 0.4 lux (F
1.4)(Visible minimum low light 0.2 lux)
CCD-TR87/TR414PK/TR917/TR940/
TR940PK : 0.7 lux (F 1.4)
CCD-TR917/TR940/TR940PK : 0 lux
(in NightShot mode)**
* Minimum illumination
expresses the light level a camcorder
requines to produce a picture. Visible
minimum low light expresses the
light level to produce a visible signal.
**Object invisible for the dark can be
shot with infrared lighting.
Illumination range
CCD-TR57/TR67/TR413PK : 0.4 lux
to 100,000 lux
CCD-TR87/TR414PK/TR917/TR940/
TR940PK : 0.7 lux to 100,000 lux
Recommended illumination
More than 100 lux
: RMT-708
SPECIFICATIONS
Input and output connectors
S video input/output(CCD-TR917/
TR940/TR940PK only)
4-pin mini DIN
Luminance signal : 1 Vp-p, 75 ohms,
unbalanced
Chrominance signal : 0.286 Vp-p, 75
ohms, unbalanced
Video input(CCD-TR917/TR940/
TR940PK only)/output
Phono jack : 1 Vp-p, 75 ohms,
unbalanced
Audio input(CCD-TR917/TR940/
TR940PK only)/output
CCD-TR57/TR67/TR87/TR413PK/
TR414PK : Monaural, Phone jack, 327
mV
CCD-TR917/TR940/TR940PK : Phono
jacks (2: stereo L and R)
327 mV, (at output impedance 47
kilohms) impedance less than 2.2
kilohms
RFU DC OUT
Special minijack, DC 5V
Headphone jack(CCD-TR917/
TR940/TR940PK only)
Stereo minijack (ø 3.5 mm)
LANC control jack
Stereo minijack (ø 2.5 mm)
HVIDEO CAMERA RECORDER
US Model
CCD-TR67/TR87/TR917/TR940
Canadian Model
CCD-TR57/TR67/TR87/TR917/TR940
E Model
CCD-TR413PK/TR414PK/TR940PK
For MECHANISM ADJUSTMENTS, refer to
the “8mm Video MECHANICAL ADJUSTMENT
MANUAL VII” (9-973-801-11).
MIC jack
Minijack, 0.388mV low impedance with
2.5 to 3.0 V DC, output impedance 6.8
kilohms (ø 3.5 mm)
CCD-TR57/TR67/TR87/TR413PK/
TR414PK : Monaural type
CCD-TR917/TR940/TR940PK : Stereo
type
General
Power requirements
7.2 V (battery pack)
8.4 V (AC power adaptor)
Average power consumption
(when using the battery pack)
During camera recording
CCD-TR57/TR67/TR413PK : 2.4 W
CCD-TR87/TR414PK : 2.5 W
CCD-TR917/TR940/TR940PK : 2.6 W
Operating temperature
32°F to 104°F(0°C to 40°C)
Storage temperature
-4°F to +140°F(-20°C to +60°C)
Dimensions (Approx.)
4 1/4 x 4 1/4 x 7 5/8 in.
(107 x 107 x 193 mm)(w/h/d)
— Continued on next page —
hVIDEO CAMERA RECORDER
CCD-TR57/TR67/TR87/TR413PK/TR414PK
CCD-TR917/TR940/TR940PK
MICROFILM
Page 2
Mass (Approx.)
CCD-TR57 : 1 lb 11 oz (780 g)
CCD-TR67/TR87/TR413PK/TR414PK/
TR917/TR940/TR940PK : 1 lb 11 oz
(790 g)
excluding the battery pack, lithium
battery, cassette and shoulder strap
CCD-TR57 : 2 lb (920 g)
CCD-TR67/TR87/TR413PK/TR414PK/
TR917/TR940/TR940PK : 2 lb (930 g)
including the battery pack NP-F330,
lithium battery CR2025, cassette and
shoulder strap
Microphone
CCD-TR57/TR67/TR87/TR413PK/
TR414PK : Monaural type
CCD-TR917/TR940/TR940PK : Stereo
type
Supplied accessories
See page 4.
AC power adaptor
Power requirements
100 -240 V AC, 50/60 Hz
Power consumption
23 W
Output voltage
DC OUT: 8.4 V, 1.5 A in operating
mode
Operating temperature
32°F to 104°F(0°C to 40°C)
Storage temperature
-4°F to +140°F(-20°C to +60°C)
Dimensions (Approx.)
5 x 1 9/16 x 2 1/2 in. (125 x 39 x 62
mm)(w/h/d) excluding projecting parts
Mass (Approx.)
9.8 oz (280 g) excluding power cord
Design and specifications are subject to
change without notice.
SAFETY CHECK-OUT
After correcting the original service problem, perform the following
safety checks before releasing the set to the customer:
1. Check the area of your repair for unsoldered or poorly-soldered
connections. Check the entire board surface for solder splashes
and bridges.
2. Check the interboard wiring to ensure that no wires are “pinched”
or contact high-wattage resistors.
3. Look for unauthorized replacement parts, particularly transistors,
that were installed during a previous repair. Point them out to
the customer and recommend their replacement.
4. Look for parts which, though functioning, show obvious signs
of deterioration. Point them out to the customer and recommend
their replacement.
5. Check the B+ voltage to see it is at the values specified.
6. Flexible Circuit board Repairing
• Keep the temperature of the soldering iron around 270°C during
repairing.
• Do not touch the soldering iron on the same conductor of the
circuit board (within 3 times).
• Be careful not to apply force on the conductor when soldering
or unsoldering.
SAFETY-RELATED COMPONENT WARNING !!
COMPONENTS IDENTIFIED BY MARK ! OR DOTTED LINE WITH
MARK ! ON THE SCHEMATIC DIAGRAMS AND IN THE P ARTS
LIST ARE CRITICAL TO SAFE OPERATION. REPLACE THESE
COMPONENTS WITH SONY PARTS WHOSE PART NUMBERS
APPEAR AS SHOWN IN THIS MANUAL OR IN SUPPLEMENTS
PUBLISHED BY SONY.
ATTENTION AU COMPOSANT AYANT RAPPORT
À LA SÉCURITÉ!!
LES COMPOSANTS IDENTIFIÉS P AR UNE MARQUE ! SUR LES
DIAGRAMMES SCHÉMA TIQUES ET LA LISTE DES PIÈCES SONT
CRITIQUES POUR LA SÉCURITÉ DE FONCTIONNEMENT. NE
REMPLACER CES COMPOSANTS QUE P AR DES PIÈCES SONY
DONT LES NUMÉROS SONT DONNÉS DANS CE MANUEL OU
DANS LES SUPPLÉMENTS PUBLIÉS PAR SONY.
– 2 –
Page 3
Remark
CCD-
TR940PKENTSC
CCD-
TR940
US,CND
CCD-
TR917
US,CND
CCD-
TR414PKENTSC
CCD-
TR87
US,CND
CCD-
TR413PKENTSC
NTSC
NTSC
NTSC
¬ : With S VIDEO terminal
TYPE B
RMT-708¬G
TYPE B
RMT-708¬G
TYPE B
RMT-708¬G
TYPE D
RMT-708G¬
TYPE D
RMT-708G¬
TYPE E
RMT-708G¬
16X : LSV601A, 18X : LSV600A
18X
18X
18X
16X
16X
16X
220X
760H¬¬
72X
760H¬¬
72X
760H¬¬
200X
760HG¬
64X
760HG¬
200X
510HGG
¬ : LSV600A
¬ : with SE-65 board SE-451,452,IC451
¬ : with VC-195 board IC204
¬ : with FK-8500 block S005,007
¬ : with VC-195 board IC751
5heads
Stereo¬¬¬¬¬¬
5heads
Stereo¬¬¬¬¬¬
5heads
Stereo¬¬¬¬¬¬
3heads
MonoGG¬G¬G
3heads
MonoGG¬G¬G
3heads
MonoGGGG¬G
¬ : with MF-8500
¬ : with VL-16 board
¬ : with CF-49 board Q003,005
CCD-
TR67
US,CND
NTSC
TYPE E
RMT-708G¬
CCD-
TR57
CND
NTSC
TYPE EGG¬16X
Model
Destination
Color System
Classification
Table for difference of function
Remote Commander
Hi8
Standard 8
16X
64X
32X
Digital
Lens Optical
510HGG
510HGG
CCD
– 3 –
3heads
3heads
Night shot
Steady shot
5heads/3heads
MonoGGGG¬G
MonoGGGGGG
Audio system
TBC&DNR
VTR REC
Laser Link
Manual Focus
Video light
Display indicator backlight
Page 4
Supplied accessories
1
4
8
1 Wireless Remote Commander (1)
Except CCD-TR57
56
9
32
7
2 AC-L10A/L10B/L10C AC power adaptor
3 NP-F330 Battery pack (1)
4 CR2025 Lithium Battery (1)
The lithium battery is already installed in your camcorder.
5 Size AA (R6) battery for Remote Commander (2)
6 A / V connecting cable (1)
Stereo : CCD-TR917/TR940/TR940PK
Monaural : Except CCD-TR917/TR940/TR940PK
7 Shoulder strap (1)
8 Battery case (1)
CCD-TR67/TR87/TR940
9 2 pin conversion adaptor (1)
CCD-TR413PK/TR414PK/TR940PK
– 4 –
Page 5
SERVICE NOTE
1. POWER SUPPL Y DURING REPAIRS
In this unit, about 10 seconds after power is supplied (8.4V) to the
battery terminal using the service power cord (J-6082-223-A), the
power is shut off so that the unit cannot operate.
This following two methods are available to pr ev ent this. Take note
of which to use during repairs.
Method 1.
Connect the servicing remote commander RM-95 (J-6082-053-B)
to the LANC jack, and set the remote commander switch to the
“ADJ” side.
Method 2.
Use the DC IN terminal. (Use the AC power adaptor.)
Battery terminal
Battery switch
‘
DC IN terminal
2. TO T AKE OUT A CASSETTE WHEN NOT EJECT (FORCE EJECT)
1 Refer to 2-1. to remove the front panel block.
2 Refer to 2-2. to remove the cabinet (R) block.
3 Refer to 2-6. to remove the battery panel block.
4 Refer to 2-8. to remove the cabinet (L) block.
5 Add +5V from the DC POWER SUPPLY and unload with a
pressing the cassette lid.
6
Pull the timing belt in the direction of arrow A
with a pinsette while pressing the cassette lid
(take care not to damage) to adjust the
bending of a tape.
A
Pinsette
Timing belt
Battery SIG terminal
Press the cassette lid not to rise the
cassette compartment
[DC power supply]
(+5V)
Battery terminal
’
7
Let go your hold the cassette
lid and rise the cassette
compartment to take out a cassette.
Timing belt
– 5 –
+
Loading motor
Adjust the bending of a tape
–
Page 6
SELF-DIAGNOSIS FUNCTION
e
1. Self-diagnosis Function
When problems occur while the unit is operating, the self-diagnosis
function starts working, and displays on the viewfinder what to do.
This function consists of two display; self-diagnosis display and
service mode display.
Details of the self-diagnosis functions are provided in the Instruction
manual.
Viewfinder
C : 3 1 : 1 1
Blinks at 3.2 Hz
C
Repair by :
C : Corrected by customer
H : Corrected by dealer
E : Corrected by service engineer
3 1 1 1
Block
Indicates the appropriate step to be taken
E. g.
31 ... Reload the tape.
32 ... Turn on power again.
Detail Code
2. Self-diagnosis display
When problems occur while the unit is operating, the counter of the
viewfinder shows a 4-dig it display consisting of an alphabet and
numbers, which blinks at 3.2 Hz. This 5-character display indicates
the “repaired by:”, “block” in which the problem occurred, and
“detailed code” of the problem.
Display window
Refer to page7
Self-Diagnosis Code tabl
3. Service Mode Display
The service mode display shows up to six self-diagnosis codes shown in the past.
3-1. Display Method
While pressing the “STOP” key, set the switch from OFF to “VTR or PLAYER”, and continue pressing the “STOP” key for 5 seconds
continuously. The service mode will be displayed, and the counter will show the backup No. and the 5-character self-diagnosis codes.
Viewfinder
[3] C : 3 1 : 1 1
Light up
[3]
Backup No.
Order of previous errors
3-2. Switching of Backup No.
By rotating the control dial, past self-diagnosis codes will be shown in order. The backup No. in the [] indicates the order in which the
problem occurred. (If the number of problems which occurred is less than 6, only the number of problems which occurred will be shown.)
[1] : Occurred first time [4] : Occurred fourth time
[2] : Occurred second time [5] : Occurred fifth time
[3] : Occurred third time [6] : Occurred the last time
C : 3 1 : 1 1
Self-diagnosis codes
Control dial
3-3. End of Display
Turning OFF the power supply will end the service mode display.
Note: The self-diagnosis display data will be backed up by the coin-type lithium battery. When this coin-type lithium battery is
disconnected, the self-diagnosis data will be lost by initialization.
– 6 –
Page 7
4. Self-diagnosis Code T able
Self-diagnosis Code
Block
Function
Repaired by:
C
21
C
22
C
23
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
31
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
C
32
E
61
E
61
E
62
E
62
Detailed
Code
00
00
00
10
11
20
21
22
23
30
31
40
41
42
43
44
10
11
20
21
22
23
30
31
40
41
42
43
44
00
10
00
01
Condensation.
Video head is dirty.
Non-standard battery is used.
LO AD direction. Loading does not
complete within specified time
UNLOAD direction. Loading does not
complete within specified time
T reel side tape slacking when unloading.
S reel side tape slacking when unloading.
T reel fault
S reel fault
FG fault when starting capstan
FG fault during normal capstan operations
FG fault when starting drum
PG fault when starting drum
FG fault during normal drum operations
PG fault during normal drum operations
Phase fault during normal drum operations
LO AD direction loading motor time-out
UNLOAD direction loading motor time-
out
T reel side tape slacking when unloading.
S reel side tape slacking when unloading.
T reel fault
S reel fault
FG fault when starting capstan
FG fault during normal capstan operations
FG fault when starting drum
PG fault when starting drum
FG fault during normal drum operations
PG fault during normal drum operations
Phase fault during normal drum operations
Difficult to adjust f ocus
(Cannot initialize focus.)
Zoom operations fault
(Cannot initialize zoom lens.)
Handshake correction function does not
work well.(With pitch angular velocity
sensor output stopped)
Handshake correction function does not
work well.(With y aw angular v elocity
sensor output stopped)
Symptom/State Correction
Remove the cassette, and insert it again after one hour.
Clean with the optional cleaning cassette.
Use the InfoLITHIUM battery.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Load the tape again, and perform operations from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Remove the battery or power cable, connect, and perform operations
from the beginning.
Inspect the lens block focus reset sensor (Pin !ª of CN551 of VC-195
board) when focusing is performed when the focus dial is rotated in the
focus manual mode and the focus motor drive circuit (IC552 of VC-195
board) when the focusing is not performed.
Note : Use the remote commander RM-95 only for the model without
the focus dial.
Inspect the lens block zoom reset sensor (Pin @¡ of CN551 of VC-195
board) when zooming is performed when the zoom lens is operated and
the zoom motor drive circuit (IC552 of VC195 boar d) when zooming is
not performed.
Inspect pitch angular velocity sensor (SE451 of SE-65 board) peripheral
circuits.
Inspect yaw angular velocity sensor (SE452 of SE-65 board) peripheral
circuits.
– 7 –
Page 8
TABLE OF CONTENTS
SERVICE NOTE
1. Power Supply During Repairs ......................................... 5
2. To Take out a Cassette when not Eject (Force Eject).......5
Self-Diagnosis Function
1. Self-diagnosis function ....................................................6
2. Self-diagnosis Display ..................................................... 6
3. Service Mode Display...................................................... 6
3-1. Display Method................................................................6
3-2. Switching of Backup No.................................................. 6
3-3. End of Display ................................................................. 6
4. Self-diagnosis Code Table ...............................................7
1. GENERAL
Using this manual ......................................................................1-1
Checking supplied accessories ..................................................1-1
Installing and Charging the battery pack ...................................1-1
Inserting a cassette.....................................................................1-2
Camera recording ......................................................................1-3
Hints for better Shooting ...........................................................1-4
Checking the recorded picture ...................................................1-4
Connections for playback ..........................................................1-4
Playing back a tape ....................................................................1-5
Using alternative power sources ................................................1-5
Changing the mode settings ......................................................1-6
Shooting with backlighting .......................................................1-7
Using the FADER function .......................................................1-7
Shooting in the dark (NightShot) ..............................................1-8
Using the wide mode function...................................................1-8
Using the PROGRAM AE function...........................................1-9
Focusing manually.....................................................................1-9
Enjoying picture effect ............................................................1-10
Adjusting the exposure ............................................................1-10
Superimposing a title ...............................................................1-11
Making your own titles............................................................1-11
Recording with the date/time...................................................1-11
Optimizing the recording condition.........................................1-12
Using the built-in light.............................................................1-12
Releasing the STEADY SHOT function .................................1-12
Editing onto another tape.........................................................1-13
Recording from a VCR or TV .................................................1-13
Charging the lithium battery in the camcoder .........................1-13
Resetting the date and time......................................................1-14
Simple setting of clock by time difference..............................1-14
Usable cassettes and playback modes .....................................1-14
Tips for using the battery pack ................................................1-14
Maintenance information and precautions ..............................1-15
Using your camcorder abroad .................................................1-16
Self-diagnosis display..............................................................1-16
Identifying the parts.................................................................1-16
Warning Indicators ..................................................................1-18
2. DISASSEMBLY
2-1. Removal of Front Panel Block and Video Light Block....2-1
2-2. Removal of Cabinet (R) Block.........................................2-2
2-3. Removal of EVF Block-1.................................................2-2
2-4. Removal of TR Cover, CF-49 Board and LCD Block .....2-2
2-5. Removal of EVF Block-2
(LB-54, VF-119 and VF-120 Boards) ..............................2-3
2-6. Removal of Battery Panel Block......................................2-3
2-7. Removal of Cassette Lid Assembly .................................2-3
2-8. Removal of Cabinet (L) Block.........................................2-4
2-9. Removal of Control Switch Block (FK-8500) ................. 2-4
2-10. Removal of Zoom Lens Block and VL-16 Board ............2-4
2-11. Removal of DD-105 Board and PJ-81 Board ..................2-4
2-12. Removal of VC-195 and SE-65 Board .............................2-5
2-13. Service Position ...............................................................2-5
2-14. Circuit Board Location.....................................................2-6
3. BLOCK DIAGRAMS
3-1. Overall Block Diagram ....................................................3-1
3-2. Camera/Video 1 Block Diagram ......................................3-5
3-3. VTR/Camera Control Block Diagram .............................3-9
3-4. Servo Block Diagram.....................................................3-12
3-5. Mode Control Block Diagram........................................3-15
3-6. Audio Block Diagram ....................................................3-19
3-7. Color EVF Block Diagram ............................................3-23
3-8. Power Block Diagram ....................................................3-27
4. PRINTED WIRING BOARDS AND SCHEMA TIC
DIAGRAMS
4-1. Frame Schematic Diagram.................................................4-1
4-2. Printed Wiring Boards and Schematic Diagrams...............4-6
• CD-181 (CCD Imager) Board .........................................4-7
• SE-65 (Staedy Shot) Board .............................................4-9
• VC-195 (Camera, Y/C Processor, IN/OUT,
REC/PB Head Amp, Servo/System Control, Servo,
Audio, IR Transmiter, Mode Control) Board ................4-11
• VC-195 (Camera 1) Board ............................................4-19
• VC-195 (Camera 2) Board ............................................4-21
• VC-195 (Y/C Processor) Board ....................................4-25
• VC-195 (IN/OUT) Board ..............................................4-29
• VC-195 (REC/PB Head Amp) Board............................4-33
• VC-195 (Servo/System Control) Board ........................4-37
• VC-195 (Servo) Board ..................................................4-40
• VC-195 (Audio) Board ..................................................4-43
• VC-195 (IR Transmiter) Board .....................................4-48
• VC-195 (Mode Control) Board .....................................4-51
• Control Switch Block (FK-8500/SS-8500) ...................4-53
• MA-311 (Stereo Mic, Laser Link) Board ......................4-55
• VL-16 (Video Light) Board...........................................4-59
• CF-49 (Control) Board ..................................................4-61
• PJ-81 (AV IN/OUT) Board............................................4-68
• VF-119 (Color EVF (Color EVF Model)) Board ..........4-71
• VF-120 (Color EVF (Color EVF Model)) Board ..........4-76
• LB-54 (Back Light) Board ............................................4-76
• DD-105 (Power) Board .................................................4-83
– 8 –
Page 9
5. ADJUSTMENTS
5-1. CAMERA SECTION ADJUSTMENTS..........................5-1
1-1. Preparations before Adjustment (Camera Section) ..........5-1
1-1-1. List of Service Tools .................................................5-1
1-1-2. Preparations ...............................................................5-3
1-1-3. Precautions ................................................................5-5
1. Setting the Switch .....................................................5-5
2. Adjusting Procedure..................................................5-5
3. Subject .......................................................................5-5
1-1-4. Adjusting Remote Commander .................................5-6
1. Using the adjusting remote commander....................5-6
2. Precautions upon using the adjusting
remote commander....................................................5-6
1-1-5. Data Processing .........................................................5-7
1-2. Initialization of D, E, F Page Data....................................5-8
1. Initialization of D, E, F Page Data ............................5-8
2. Modification of D, E, F Page Data...........................5-8
3. D Page Table .............................................................5-9
4. F Page Table ............................................................5-10
5. E Page Table............................................................5-12
1-3. Camera System Adjustments..........................................5-14
1. G-CAM flip Adjustment .........................................5-14
2. Hall Adjustment ......................................................5-14
3. Flange Back Adjustment .........................................5-15
3-1. Flange Back Adjustment (1) ...................................5-15
3-2. Flange Back Adjustment (2) ...................................5-16
4. Flange Back Check .................................................5-16
5. Picture Frame Setting ..............................................5-17
6. Color Reproduction Adjustment .............................5-18
7. IRIS IN/OUT Adjustment .......................................5-19
8. MAX GAIN Adjustment .........................................5-19
9. Auto White Balance Standard Data Input ...............5-20
10. Auto White Balance Adjustment.............................5-20
11. White Balance Check..............................................5-21
12. Angular Velocity Sensor Sensitivity Adjustment ....5-22
1-4. Color Electronic Viewfinder System Adjustments .........5-23
1. EVF Initial Data Input.............................................5-23
2. VCO Adjustment (VF-119 board)...........................5-24
3. Bright Adjustment (VF-119 board).........................5-24
4. Contrast Adjustment (VF-119 board) .....................5-25
5. Backlight Comsumption Current Adjustment
(VF-120 board) .......................................................5-25
6. White Balance Adjustment (VF-119 board) ...........5-25
5-2. MECHANICAL SECTION ADJUSTMENT.................5-26
2-1. Operating without a Cassette ..........................................5-26
2-2. Tape path Adjustment .....................................................5-26
1. Preparations for adjustments ...................................5-26
5-3. VIDEO SECTION ADJUSTMENTS.............................5-27
3-1. Preparations before Adjustment ..............................5-27
3-1-1. Equipments to be Used ...........................................5-27
3-1-2. Precautions in Adjusting .........................................5-28
3-1-3. Adjusting Connectors ..............................................5-28
3-1-4. Connecting the Equipments ....................................5-29
3-1-5. Alignment Tape .......................................................5-29
3-1-6. Input/Output Level and Impedance.........................5-30
3-1-7. Recording Mode (Standard 8/Hi8) switching
(Hi8 model) .............................................................5-30
3-1-8. Service Mode ..........................................................5-30
1. Test mode setting.....................................................5-30
2. Emergency memory address ...................................5-31
2-1. EMG CODE (Emergency Code).............................5-31
2-2. MSW Codes ............................................................5-32
3. Bit value discrimination ..........................................5-33
4. Switch check (1) ......................................................5-33
5. Switch check (2) ......................................................5-34
6. Headphone jack check ............................................5-34
7. Input/output selection check ................................... 5-34
8. LED, LCD (display window) check........................5-35
9. Record of use check ................................................5-35
3-2. System Control System Adjustment .......................5-36
1. Initialization of D, E, F Page Data ..........................5-36
2. Battery End Adjustment (VC-195 board) ...............5-36
3-3. Servo System Adjustments......................................5-37
1. CAP FG Offset Adjustment (VC-195 board)..........5-37
2. Switching Position Adjustment (VC-195 board) ....5-37
3. NTSC LP Mode Switching Position Adjustment
(VC-195 board) (CCD-TR917/TR940/TR940PK) ...5-38
3-4. Video System Adjustments ..................................... 5-38
1. 28 MHz Origin Oscillation Adjustment
(VC-195 board) .......................................................5-38
2. AFC f0 Adjustment (VC-195 board) ......................5-39
3. Filter f0 Adjustment (VC-195 board)......................5-39
4. Y OUT Level Adjustment (VC-195 board).............5-40
5. C OUT Level Adjustment (VC-195 board) ............. 5-40
6. RP Filter f0 Adjustment (VC-195 board)................5-41
7. Hi8 REC Y Current Adjustment
(VC-195 board) (CCD-TR917/TR940/TR940PK) ...5-41
8. Standerd8 REC Y Current Adjustment (VC-195 board)
(CCD-TR57/TR67/TR87/TR413PK/TR414) .........5-42
9. Hi8 REC L Level Adjustment
(VC-195 board) (CCD-TR917/TR940/TR940PK) ...5-43
10. Standerd8 REC L Level Adjustment (VC-195 board)
(CCD-TR57/TR67/TR87/TR413PK/TR414PK) .......... 5-44
11. REC C Current Adjustment (VC-195 board) ..........5-45
3-5. IR Transmitter Adjustments
(CCD-TR87/TR414PK/TR917/TR940/TR940PK) ..5-46
1. IR Video Carrier Frequency Adjustment
(VC-195 board) .......................................................5-46
2. IR Video Deviation Adjustment (VC-195 board)....5-46
3. IR Audio Deviation Adjustment (VC-195 board) ...5-47
3-6. Stereo Audio System Adjustment
(CCD-TR917/TR940/TR940PK) ............................5-48
1. 1.5 MHz Deviation Adjustment (VC-195 board)....5-49
2. 1.7 MHz Deviation Adjustment (VC-195 board)....5-49
3. BPF f0 Adjustment (VC-195 board) .......................5-50
3-7. Monaural Audio System Adjustment
(CCD-TR57/TR67/TR87/TR413PK/TR414PK) ..........5-50
1. 1.5 MHz Deviation Adjustment (VC-195 board)....5-51
2. BPF Adjustment (VC-195 board) ...........................5-51
3-8. Arrangement Diagram for Adjustment Parts...........5-52
– 9 –
Page 10
6. REP AIR P ARTS LIST
6-1. Exploded Vie ws .......................................................6-1
6-1-1. Cabinet (L) Block Assembly....................................6-1
6-1-2. Front Panel Block Assembly (Except CCD-TR57) ...6-2
6-1-3. Front Panel Block Assembly (CCD-TR57) ...............6-3
6-1-4. Cabinet (R) Block Assembly ...................................6-4
6-1-5. EVF Block Assembly ...............................................6-5
6-1-6. Main Boards Block Assembly .................................6-6
6-1-7. Battery Panel and Lens Block Assembly .................6-7
6-1-8. Zoom Lens Block Assembly ....................................6-8
6-1-9. Cassette Compartment Assembly ............................6-9
6-1-10. LS Chassis Assembly .............................................6-10
6-1-11. Mechanism Chassis Assembly ...............................6-11
6-2. Electrical Parts List ................................................6-12
– 10 –
Page 11
Page 12
Page 13
Page 14
Page 15
Page 16
Page 17
Page 18
Page 19
Page 20
Page 21
Page 22
Page 23
Page 24
Page 25
Page 26
Page 27
Page 28
Page 29
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
k
VIDEO CAMERA RECORDER
2-1. FRONT PANEL BLOCK
VIDEO LIGHT BLOCK
2-5. EVF BLOCK-2
(LB-54/VF-119/VF-120 BOARDS)
2-2. CABINET (R) BLOCK
2-6. BATTERY PANEL BLOCK
2-7. CASSETTE LID ASSEMBLY
2-9. CONTROL SWITCH BLOCK
(FK-8500)
2-8. CABINET (L) BLOCK
2-10. ZOOM LENS BLOCK
VL-16 BOARD
2-12. VC-195/SE-65 BOARDS
2-3. EVF BLOCK-1
2-7. CASSETTE LID ASSEMBLY
2-11. DD-105/PJ-81 BOARDS
2-4. TR COVER, CF-49 BOARD
CONTROL SWITCH BLOCK
(MF-8500), LCD BLOCK
The means that each model has different operating procedure.
DISASSEMBLY
The eqipment can be removed using the following procedure.
SECTION 2
NOTE : Follow the disassembly procedure in the numerical order given.
2-1. REMOVAL OF FRONT P ANEL BLOCK AND VIDEO LIGHT BLOCK
Except CCD-TR57
1
2
Cabinet (S)
1
Two screws (M2x4)
3
Screw (M2x4)
6
7
FP-629 flexible board
CN303, 20P
Front panel block
8
Video light block
Two screws (M2x4)
5
3
Claw
Two screws (M2x4)
2
Cabinet (N)
Screw (M2x4)
6
Front panel bloc
4
Screw (M2x4)
5
Two screws (M2x4)
7
FP-629 flexible board
CN303, 20P
Claw
4
Screw (M2x4)
2-1
CCD-TR57
Two claws
Page 30
2-2. REMOVAL OF CABINET (R) BLOCK
!
Note : Be sure to that the pin of the Lens assembly is put into the
hole of the IR knob when attaching.
(CCD-TR87/TR414PK/TR917/TR940/TR940PK)
Pin
5
Flat cable (FFC-236)
CN911, 50P
2
Two screws (M2x4)
3
Three screws
(M2x4)
2-3. REMOVAL OF EVF BLOCK-1
2
VF flexible retainer sheet
4
Tapping screw
1
FP-638 flexible board
CN007, 20P
3
Tapping screw
5
VF base
7
Three tapping
screws
6
Tilt-up the EVF block to
the direction of arrow.
1
4
Cabinet (R) block
IR knob
Two screws (M2x4)
2-4. REMOVAL OF TR COVER, CF-49 BOARD AND LCD BLOCK
¢
FP-679 flexible board
(TR917/TR940/TR940PK)
FP-680 flexible board
(Except TR917/TR940/TR940PK)
CN009, 24P
(Remove the four solders.)
!£
LCD holder
!™
Two tapping screws
!¡
9
Two tapping
screws
Hole
CN009
8
Four tapping screws
4
Flat cable (FFC-236)
CN001, 50P
5
Two tapping screws
!∞
Back light
CCD-TR917/TR940/
TR940PK
Claw
7
TR cover
!º
CF-49 board
!§
Liquid crystal display panel
Phase adjustment
S024
S015
IR knob
Link plate spring
CCD-TR87/TR414PK/TR917/
TR940/TR940PK
1
Flexible connector
CN002, 8P
2
Two tapping screws
6
Four tapping screws
3
Control switch block (MF-8500)
CCD-TR917/TR940/TR940PK
2-2
Page 31
2-5. REMOVAL OF EVF BLOCK-2 (LB-54, VF-119 AND VF-120 BOARDS)
)
1
Two screws (M2x4)
2
Cassette lid assembly
1
Tilt-up the EVF block to the direction of arrow A.
4
VF insulating sheet
5
FP-638 flexible board
CN5401,20P
3
Remove the EVF rear cabinet assembly
to the direction of arrow
2
Two screws (M2x3)
B
.
!¢
VF-119 board
B
!£
LCD cushion (1)
!™
LCX024AK-5
CN5402, 16P
!¡
Back light cushion
Four claws
Three claws
!º
Back light cushion
Turn the cushion (Sponge rubber) face to the
(
LB-54 board side for installation.
6
FP-638 flexible board
CN5301,8P
2-6. REMOVAL OF BATTERY PANEL BLOCK 2-7. REMOVAL OF CASSETTE LID ASSEMBLY
A
3
Connector
CN501, 5P
7
VF light interception sheet
9
LB-54 board
8
VF-120 board
2
Battery panel block
1
Two screws (M2x4)
2-3
Page 32
2-8. REMOVAL OF CABINET (L) BLOCK 2-10. REMOVAL OF ZOOM LENS BLOCK AND
)
k
d
VL-16 BOARD
7
Two screws
(M2x3)
8
Shoe bracket
2
Cabinet (L) block
3
Flexible connector
CN934,12P
1
Screw (M2x3
2-9. REMOVAL OF CONTROL SWITCH BLOCK
(FK-8500)
CCD-TR57
3
Screw (M2x3)
5
FP-623 flexible board
CN501, 10P
6
Lens flexible board
CN551, 23P
CN909
8
VL-16
board
7
Screw (M2x3)
1
Screw
(M2x3)
4
Zoom lens bloc
2
Screw
(M2x3)
9
FP-632 flexible board
(VC side)CN151, 8P
(SE side)CN909, 8P
Except CCD-TR57
2-11. REMOVAL OF DD-105 AND PJ-81 BOARDS
Screwdriver(
2
Flexible connector
CN935, 10P
1
Remove the Control switch block
(FK-8500) in the direction of arrow
-
)
with pushing the claw.
Two claws
Two claws
5
2-4
2
Three screws (M2x3)
CN914, 48P
3
DD-105 board
6
PJ-81 board
Two screws (M2x4)
1
FP-622 flexible board
CN932, 16P
4
FP-621 flexible boar
CN101, 12P
Page 33
2-12. REMOVAL OF VC-195 AND SE-65 BOARDS
k
1
2
Flexible board
CN101, 16P
from video head
3
Flexible board
CN104, 10P
from drum motor
4
FP-248 flexible board
CN103, 12P
5
FP-221 flexible board
CN102, 15P
FP-220 flexible board
CN105, 8P from loading motor
!™
VC-195 board
!º
7
FP-629 flexible board
CN903, 23P
Three screws (M2x3)
!¡
Screw (M2x3)
8
FP-621 flexible board
CN902, 12P
9
FP-620 flexible board
(VC side) CN904, 10P
(SE side) CN650, 10P
!¢
SE-65 board
CCD-TR87/TR414PK/TR917/
TR940/TR940PK
!£
Four screws (M2x3)
6
FP-622 flexible board
CN912, 16P
2-13. SERVICE POSITION
Preparation : Refer to previous section “DISASSEMBLY”, and
Battry panel block
connect as shown in the figure after each parts has
been removed.
Extension cord 48P (J-6082-382-A)
DD-105 board : CN931 — VC-195 board : CN914
Control switch block
(FK-8500)
CPC-jig (J-6082-281-A)
VC-195 board : CN910, 16P
VC-195 board
Screw (M2x3)
Cabinet (R) bloc
DD-105 board
Cabinet (L) block
PJ-81 board
Front panel block
2-5
Page 34
2-14. CIRCUIT BOARDS LOCATION
(
)
VF-119
(COLOR EVF)
DD-105
(POWER)
CD-181
(CCD IMAGER)
CF-49
(CONTROL)
MA-311
(STEREO MIC, LASER LINK)
LB-54
(BACK LIGHT)
PJ-81
AV IN/OUT
VF-120
(COLOR EVF)
VL-16 (EXCEPT CCD-TR57)
(VIDEO LIGHT)
VC-195
CAMERA, Y/C PROCESSOR, IN/OUT,
REC.PB HEAD AMP, SERVO/SYSTEM CONTROL,
SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
2-6
SE-65 (EXCEPT CCD-TR57/TR67/TR413PK)
(STEADY SHOT)
E
Page 35
3-1. OVERALL BLOCK DIAGRAM
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
SECTION 3
BLOCK DIAGRAMS
3-1 3-2
3-3
3-4
Page 36
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
3-2. CAMERA/VIDEO 1 BLOCK DIAGRAM
3-5
3-6 3-7
3-8
Page 37
3-3. VTR/CAMERA CONTROL BLOCK DIAGRAM
20 MHz
IC402 1
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
1.7Vp-p
IC402
IC402
3Vp-p
3Vp-p
70
3Vp-p
13usec
3Vp-p
4V
48
2V
IC402
,
55 57
2V
IC402
47
3-9
3-10
3-11
Page 38
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
3-4. SERVO BLOCK DIAGRAM
2.8msec
IC402
3Vp-p
116
13usec
IC402
3Vp-p
69
506 kHz
IC801 64
0.76Vp-p
5.6msec
IC451 1 2 29,,
1.2Vp-p
2V
IC402
3Vp-p
117
1.2msec
IC402
3Vp-p
115
3Vp-p
13usec
IC402
68
507 kHz
IC801 4
0.76Vp-p
3-12
3-13 3-14
Page 39
3-5. MODE CONTROL BLOCK DIAGRAM
20 MHz
IC604 41
1.5Vp-p
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
32 kHz
IC604 52
2.6Vp-p
3-15 3-16 3-17 3-18
Page 40
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
3-6. AUDIO BLOCK DIAGRAM
CAMERA REC
V
IC301
0.5Vp-p
H
IC751
41
PB
0.4Vp-p
V
IC301
24
IC751
0.5Vp-p
15
0.25Vp-p
3.58 MHz
IC751 7
0.36Vp-p
29
2usec
0.09usec
IC751
22
0.09usec
IC751
0.7Vp-p
0.34Vp-p
16
CAMERA REC
3.58 MHz
IC301 32
0.26Vp-p
CAMERA REC
2V
IC301
2.9Vp-p
21
3-19
3-20 3-21
3-22
Page 41
3-7. COLOR EVF BLOCK DIAGRAM
IC5401
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
7.5Vp-p
2H
IC5401
7.2Vp-p
2H
20
22
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
IC5301
7.6Vp-p
2H
IC5401
24
3Vp-p
H
IC5401
14
12Vp-p
H
15
2.4Vp-p
H
IC5301
4
IC5404
3Vp-p
V
45
IC5404
3.4Vp-p
1.84 MHz
IC5404 23 24
,
7.852 kHz
IC5404 20 21
3Vp-p
,
11.06 MHz
IC5404 41
3Vp-p
H
22
2.7Vp-p
IC5404
3Vp-p
V
18
3-23
3-24
3-25
3-26
Page 42
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
3-8. POWER BLOCK DIAGRAM
3-27 3-28 3-29 3-30 E
Page 43
PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS
4-1. FRAME SCHEMATIC DIAGRAM
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
SECTION 4
4-1 4-2
4-3
4-4
FRAME
Page 44
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
1234
A
B
09
CD-181 BOARD (SIDE B) CD-181 BOARD (SIDE A)
1-668-930-
12 22
1
2
3
CD-181 BOARD
CAMERA REC
H
7Vp-p
IC401
1 2
1
2
3
,
H
7Vp-p
IC401
3 4
H
1.3Vp-p
IC401
7
,
VF-119
(COLOR EVF)
CD-181
(CCD IMAGER)
MA-311
(STEREO MIC, LASER LINK)
CF-49
(CONTROL)
PJ-81
(AV IN/OUT)
DD-105
(POWER)
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
4-2. PRINTED WIRING BOARDS AND SCHEMA TIC DIAGRAMS
THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS.
(In addition to this, the necessary note is printed in each block.)
• For printed wiring boards.
• b : Pattern from the side which enable seeing.
(The other layer's patterns are not indicated.)
• Circled numbers refer to waveforms.
• Through hole is omitted.
• There are few cases that the part printed on diagram isn’t
mounted in this model.
• Chip parts.
Transistor Diode
C
Q
BE
5Q46
132
5Q64
312
Q
312
54
21
Q
534
3
21
3213
21
• For schematic diagrams.
• All capacitors are in µF unless otherwise noted. pF: µµF.
50 V or less are not indicated except for electrolytics and tantalums.
• Chip resistor are 1/16W unless otherwise noted.
kΩ : 1000Ω, MΩ : 1000kΩ.
• Caution when replacing chip parts.
New parts must be attached after removal of chip.
Be careful not to heat the minus side of tantalum capacitor, because
it is damaged by the heat.
• Some chip part will be indicated as follows.
Example C541 L452
22U 10UH
TA A 2520
(
Â
Kinds of capacitor
Temperature
chracteristics
• Constants of resistors, capasitors, ICs and etc with XX indicate
tha they are not used. In such cases, the unused circuits may be
indicated.
• Parts with differ according to the model/destination. Refer to
the mount table for each function.
• All variable and adjustable resistors have characteristic curve B,
unless otherwise noted.
• Signal name
XEDIT n EDIT PB/XREC n PB/REC
• 2 : non flammable resistor.
• 1 : fusible resistor.
• H : panel designation.
• A : B+ Line
• B : B– Line
• J : IN/OUT direction of (+, –) B LINE.
• C : adjustment for repair.
• Circled numbers refer to waveforms.
The components identified by
mark !or dotted line with mark
! are critical for safety .
Replace only with part number
specified.
When indicating parts by reference number, please include the
board name.
Â
External dimensions (mm)
Les composants identifiés par
une marque ! sont critiques
pour la sécurité.
Ne les remplacer que par une
piéce portant le numéro spécifié.
• Measuring conditions voltage value and waveform.
• The object is color bar chart of pattern box.
• Voltages and dc between ground and measurement points.
Readings are taken with a digital multimeter (DC 10MΩ).
• Voltages variations may be noted due to normal production
tolerances.
1.Connection
Pattern box
Lens reference plane
surface Imaging surface
of CCD imager
(IC401 on CD-181 board)
2.Adjust the distance so that the output waveform of Fig. a and the
Fig. b can be obtain.
Yellow
B
Fig. a (Video output terminal output waveform)
A
Electron beam
scanned frame
Cyan
White
Green
Yellow
Fig. b (Picture on monitor TV)
1.5m
H
Cyan
Green
A=B
Red
Magenta
White
Blue
Magenta
Red
Blue
A
B
CRT picture frame
CD-181 (CCD IMAGER) PRINTED WIRING BOARD
– Ref No. CD-181 BOARD: 3,000 series –
CD-181 BOARD
C401 A-3
C403 B-3
C405 A-3
C406 A-3
C407 B-3
CN401 B-4
IC401 A-1
L401 B-1
Q402 B-3
R401 A-3
R404 B-3
R405 A-3
• For Printed Wiring Boards.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip transistor
C
Q
BE
Note on the CCD imager replacement
• The CCD imager is not mounted for the already mounted
CD-181 board supplied as the repair parts.
When replacing the CD-181 board, remov e the CCD imager
from the old board and install on the new board.
• Perform all adjustments of the camera block when the CCD
imager has been replaced.
• Handle the CCD imager with attention such as MOS IC as it
may be broken by static electricity in the structure.
Also, prevent the receiving light section from dust attac hed
and strong light.
4-5
CCD IMAGER
CD-181
4-6
4-7
4-8
Page 45
SE-65 (STEADY SHOT) PRINTED WIRING BOARD
– Ref No. SE-65 BOARD: 3,000 series –
SE-65 BOARD (SIDE B) SE-65 BOARD (SIDE A)
E
D
C
SE-65 BOARD
C451 C-6
C452 D-3
C453 B-6
C454 E-6
C455 C-3
C456 C-3
C457 C-2
C458 C-3
C459 C-6
C460 E-6
C461 C-6
C462 C-6
C463 C-3
C464 C-6
C465 C-3
C466 C-6
C467 A-2
C468 A-6
C469 A-2
C470 A-6
C471 B-3
CN451 A-3
D451 A-6
D452 A-6
IC451 C-6
J451 A-8
L451 B-3
L452 B-2
L453 A-3
L454 A-2
R451 C-6
R452 D-3
R453 D-3
R454 C-6
R455 D-6
R456 C-3
R457 C-3
R458 C-6
R459 C-6
R460 C-3
R461 C-6
R462 B-3
R463 B-3
SE451 B-3
SE452 D-3
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
B
A
09
12345678
1-668-932-
12 22
• For Printed Wiring Boards.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip diode
3
LB-54
(BACK LIGHT)
VC-195
CAMERA, Y/C PROCESSOR, IN/OUT,
REC.PB HEAD AMP, SERVO/SYSTEM CONTROL,
SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
VF-120
(COLOR EVF)
VL-16 (EXCEPT CCD-TR57)
(VIDEO LIGHT)
SE-65 (EXCEPT TR57/TR67/TR413PK)
(STEADY SHOT)
4-9
21
4-10
4-11
STEADY SHOT
SE-65
Page 46
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
123456789
A
B
C
D
E
F
G
09
VC-195 BOARD (SIDE B)
1-668-928-
11 21
63
64
65
66
67
56
5758
28
29
25
26
27
1
2 3
4
5
6
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VC-195 BOARD
(SIDE B)
C002 A-5
C003 A-5
C008 A-4
C009 B-5
C011 B-5
C012 B-5
C013 B-6
C014 B-6
C015 B-5
C016 B-5
C017 B-5
C019 B-5
C020 B-6
C022 B-5
C025 B-6
C038 B-6
C040 B-6
C042 B-5
C043 B-5
C048 B-6
C050 C-6
C051 B-5
C054 B-5
C056 B-5
C058 B-6
C060 C-5
C066 B-6
C067 C-6
C068 C-6
C069 C-5
C070 C-6
C072 C-6
C074 C-6
C076 C-5
C077 C-5
C080 C-5
C083 C-5
C086 C-4
C087 C-4
C090 C-6
C152 D-8
C157 E-8
C158 D-8
C159 C-8
C174 D-8
C175 D-8
C176 D-8
C182 D-8
C183 D-8
C190 D-8
C191 C-7
C192 C-7
C202 D-3
C203 D-3
C204 D-4
C205 E-4
C206 D-4
C207 D-3
C208 D-3
C209 D-6
C210 D-6
C211 D-3
C212 D-3
C213 D-5
C217 D-4
C218 D-4
C227 D-5
C229 E-5
C232 D-3
C233 D-5
C234 D-5
C235 D-3
C236 D-3
C239 E-4
C241 E-3
C243 F-3
C244 F-3
C245 D-4
C246 D-4
C247 D-4
C249 E-4
C252 F-3
C301 B-9
C312 C-9
C371 E-8
C372 E-8
C378 F-7
C380 E-7
C381 E-7
C382 F-8
C383 E-8
C384 E-8
C385 E-8
C387 F-8
C388 E-8
C402 C-1
C413 B-2
C451 A-3
C452 A-3
C453 A-3
C454 A-3
C455 A-3
C456 A-4
C457 A-3
C458 A-4
C459 A-4
C460 A-4
C461 A-3
C462 A-4
C463 A-3
C464 B-3
C465 B-4
C466 B-3
C467 B-3
C468 B-3
C469 B-4
C470 B-4
C471 B-4
C473 A-1
C474 A-2
C475 A-2
C476 A-2
C477 A-2
C478 A-2
C479 A-2
C480 A-2
C481 A-1
C482 A-2
C483 A-2
C484 A-2
C485 A-1
C504 E-6
C505 E-6
C506 E-7
C507 E-6
C508 E-6
C509 E-7
C510 E-6
C514 E-5
C515 E-5
C518 F-5
C553 G-6
C554 G-7
C556 G-7
C557 G-5
C558 G-5
C559 F-7
C563 F-6
C564 F-7
C566 G-7
C569 G-6
C572 F-6
C603 F-1
C607 E-2
C610 F-2
C611 F-2
C613 E-1
C625 E-2
C626 E-2
C627 F-2
C630 F-3
C634 F-3
C636 F-2
C704 F-7
C714 F-8
C715 F-8
C751 B-6
C752 A-7
C753 A-7
C754 A-7
C755 A-7
C756 A-7
C757 A-7
C758 A-8
C759 B-6
C760 B-6
C761 B-8
C762 B-8
C763 B-8
C764 B-8
C765 A-8
C766 A-8
C767 B-8
C768 B-8
C769 A-8
C770 A-8
C771 B-8
C772 A-8
C773 B-8
• For Printed Wiring Boards.
• This board is four-layer print board. However, the patterns of
layers 2 to 3 have not been included in the diagram.
C774 A-8
C775 A-8
C776 B-8
C777 A-8
C778 B-9
C781 B-8
CN904 A-9
CN907 D-9
CN910 D-1
D001 C-4
D201 D-3
D202 D-3
D371 E-8
D502 F-5
D601 E-2
D602 E-2
D604 F-2
D608 F-1
D609 F-2
D611 E-2
D910 G-1
FB202 E-4
FB203 E-4
FB204 F-3
FB205 F-3
FB206 D-4
FB501 E-5
FB502 E-6
FB503 E-5
FB504 E-5
FB505 E-5
FB506 E-5
IC152 C-8
IC201 E-5
IC204 F-4
IC371 E-7
IC401 C-2
IC403 B-2
IC404 B-2
IC451 A-4
IC452 A-2
IC501 E-6
IC552 G-6
IC602 E-2
IC751 A-8
L002 B-4
L003 B-4
L007 C-6
L008 C-6
L010 C-6
L011 C-6
L014 C-5
L015 C-5
L017 C-5
L019 B-6
L152 D-8
L153 D-7
L154 D-7
L156 C-7
L201 D-3
L202 D-4
L203 D-6
L204 D-4
L205 D-6
L206 D-3
L207 E-4
L209 E-4
L402 C-2
L501 E-6
L552 F-7
L553 G-7
L602 E-3
L701 F-7
L702 F-7
L704 F-8
L751 B-8
L752 B-8
L753 B-8
Q003 A-5
Q004 A-6
Q005 A-5
Q006 A-5
Q007 A-6
Q008 B-6
Q009 B-6
Q010 B-5
Q011 B-5
Q012 B-5
Q016 B-5
Q017 B-6
Q018 C-5
Q019 C-6
Q021 B-6
Q023 C-6
Q025 C-6
Q026 C-6
Q030 C-5
Q031 C-5
Q032 C-7
Q035 C-4
Q037 C-4
Q038 C-5
Q039 C-5
Q041 B-5
Q042 C-4
Q151 D-8
Q202 D-3
Q203 D-3
Q204 D-5
Q205 E-5
Q208 D-6
Q217 D-4
Q218 D-4
Q306 B-9
Q307 C-9
Q311 A-6
Q312 A-7
Q451 B-3
Q452 B-4
Q453 B-4
Q454 A-1
Q455 A-1
Q551 G-7
Q607 F-2
Q619 E-3
Q620 F-2
Q705 F-7
R001 A-6
R002 A-6
R008 A-4
R009 A-5
R010 B-6
R011 B-5
R012 B-5
R013 B-6
R014 B-4
R015 B-5
R016 B-6
R017 B-6
R018 B-5
R019 B-5
R020 B-4
R021 B-5
R023 B-6
R025 B-6
R029 B-5
R031 B-5
R040 B-5
R041 B-5
R042 B-5
R047 B-5
R048 B-5
R049 B-6
R050 B-6
R051 B-6
R056 B-6
R058 B-6
R066 B-6
R067 C-6
R068 C-7
R069 C-5
R069 C-6
R070 C-6
R076 C-6
R077 C-6
R078 C-6
R079 C-6
R080 C-6
R083 C-5
R084 C-5
R087 C-5
R088 C-5
R090 C-5
R094 C-5
R095 C-7
R097 C-5
R100 C-5
R104 C-5
R105 C-6
R106 C-6
R109 B-4
R110 B-5
R112 C-7
R152 D-8
R154 D-8
R157 D-8
R179 D-8
R180 D-8
R183 E-8
R184 E-8
R202 D-3
R203 D-4
R204 D-3
R205 D-3
R206 D-4
R208 D-3
R210 D-3
R211 D-3
R212 D-6
R214 D-5
R215 D-5
R216 D-5
R217 E-4
R223 D-3
R224 D-3
R226 D-4
R240 D-4
R244 D-3
R246 D-3
R247 D-3
R248 E-3
R249 E-3
R250 F-3
R254 D-1
R255 E-5
R257 D-4
R304 B-9
R305 C-9
R329 A-6
R330 A-7
R371 D-8
R372 D-8
R373 D-9
R374 D-8
R375 D-8
R376 D-8
R377 E-8
R378 E-8
R379 E-7
R382 E-8
R383 E-8
R384 E-7
R385 F-8
R386 F-8
R386 F-8
R388 E-8
R389 E-8
R403 C-2
R404 C-3
R415 B-2
R416 B-2
R417 B-2
R418 B-2
R426 C-2
R427 B-2
R428 B-2
R429 B-1
R430 B-1
R432 C-2
R433 C-2
R434 C-2
R452 A-3
R453 A-3
R454 A-3
R455 A-3
R456 A-3
R457 A-3
R459 A-3
R460 A-3
R461 A-3
R462 A-3
R463 A-3
R467 A-2
R468 A-2
R469 A-2
R470 A-2
R471 A-2
R472 A-3
R473 A-1
R475 A-1
R477 A-2
R479 A-2
R480 A-2
R481 A-2
R482 A-2
R483 A-1
R484 A-1
R485 A-1
R486 B-1
R487 A-1
R504 E-6
R505 E-6
R508 E-5
R510 E-5
R511 E-5
R512 F-5
R527 E-5
R552 G-6
R555 G-7
R563 G-5
R564 G-6
R566 G-5
R567 G-6
R570 F-5
R579 G-6
R582 G-6
R603 F-2
R604 F-2
R608 F-2
R612 E-1
R618 F-1
R619 F-1
R620 F-1
R621 F-1
R622 F-2
R624 F-1
R625 F-2
R627 E-2
R628 E-2
R629 F-1
R630 F-2
R631 G-2
R632 G-1
R633 E-2
R634 E-2
R635 E-2
R636 E-2
R637 G-2
R638 G-2
R639 G-2
R640 F-2
R641 F-3
R642 F-2
R643 F-2
R644 F-2
R645 E-2
R646 F-2
R647 F-2
R648 F-2
R649 F-2
R651 F-2
R652 F-3
R653 F-3
R654 F-3
R655 F-2
R662 E-3
R663 F-3
R665 F-3
R678 F-3
R686 E-2
R687 E-2
R689 F-3
R690 F-2
R691 E-2
R692 F-1
R704 G-8
R705 G-7
R716 G-8
R717 F-8
R718 F-7
R719 F-8
R723 F-7
R752 A-7
R753 A-7
R754 B-6
R755 B-6
R757 A-7
R758 A-7
R759 A-7
R760 B-8
R761 A-8
R762 A-8
R763 A-8
R764 B-8
R765 B-8
R766 A-8
R767 B-8
R768 A-8
R770 A-8
R771 A-8
R772 A-8
R773 B-8
R774 B-9
R775 A-8
R921 B-1
R922 D-1
R923 D-1
R924 D-1
R925 D-1
R926 G-7
R927 G-7
RB12 C-8
RB151 D-8
TH401 B-4
X151 D-7
X401 B-3
X501 F-5
VC-195 (CAMERA, Y/C PROCESSOR, IN/OUT, REC/PB HEAD AMP, SERVO/SYSTEM CONTROL, SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL) PRINTED WIRING BOARD
– Ref No. VC-195 BOARD: 1,000 series –
printed on this diagram.
• Chip transistor • Chip diode
There are few cases that the part isn't mounted in this model is
C
5Q46
Q
BE
132
VC-195
CAMERA, Y/C PROCESSOR, IN/OUT,
REC.PB HEAD AMP, SERVO/SYSTEM CONTROL,
SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
3
21321321
LB-54
(BACK LIGHT)
VF-120
(COLOR EVF)
4-12
VL-16 (EXCEPT CCD-TR57)
(VIDEO LIGHT)
SE-65 (EXCEPT TR57/TR67/TR413PK)
(STEADY SHOT)
CAMERA, Y/C PROCESSOR, IN/OUT, REC/PB HEAD AMP, SERVO/SYSTEM CONTROL, SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
VC-195 (SIDE B)
4-144-13
Page 47
VC-195 BOARD (SIDE A)
G
F
E
32
30
D
C
B
A
09
10 11 12 13 14 15 16 17 18
32
61
31
59
62
60
33
34
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
68
69
24
23
21
20
19
18
8
7
9
10 11
12 13
14
15
17
16
33
34
36
38
37
35
39
40
43
42
41
45
4-15 4-16
CAMERA, Y/C PROCESSOR, IN/OUT, REC/PB HEAD AMP, SERVO/SYSTEM CONTROL, SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
22
55
46
VC-195 (SIDE A)
53
47
54
52
51
50
48
49
1-668-928-
11 21
VC-195 BOARD
(SIDE A)
C001 A-13
C004 A-14
C004 B-13
C005 B-14
C006 B-14
C007 A-13
C010 B-13
C018 B-14
C021 A-14
C023 A-13
C024 A-13
C026 B-13
C027 B-13
C028 B-12
C029 B-13
C030 B-14
C031 B-13
C032 B-13
C033 B-14
C034 B-14
C035 C-14
C036 B-13
C037 B-14
C039 B-14
C041 B-14
C045 B-14
C046 C-14
C047 B-14
C049 C-14
C052 C-13
C053 C-14
C055 C-13
C057 C-13
C059 C-12
C061 C-13
C062 C-14
C065 C-14
C071 C-15
C073 C-13
C075 C-13
C078 C-14
C079 C-13
C081 C-14
C082 C-14
C084 D-14
C085 C-14
C088 C-14
C089 C-13
C156 E-12
C160 D-12
C161 E-12
C162 E-11
C163 E-11
C164 D-11
C166 D-12
C168 D-11
C169 D-12
C170 D-11
C171 D-12
C172 D-12
C173 D-12
C177 D-12
C178 D-12
C179 D-12
C180 D-12
C181 C-11
C184 D-11
C185 C-12
C186 E-11
C187 C-11
C188 C-12
C189 C-12
C201 E-16
C214 D-14
C215 D-15
C219 D-15
C220 D-14
C221 D-14
C222 D-14
C223 D-15
C224 D-15
C225 D-15
C226 D-16
C228 D-15
C230 D-14
C237 D-16
C245 D-15
C248 E-16
C250 D-15
C303 A-12
C304 A-12
C306 B-10
C307 A10
C308 B-10
C309 B-10
C310 B-10
C311 C-10
C312 A10
C313 B-10
C314 A-11
C315 B-10
C316 B-10
C317 A-11
C318 B-10
C319 B-11
C320 A10
C321 A10
C322 C-11
C323 A-11
C324 A-11
C324 A-12
C325 C-11
C326 C-11
C327 A-11
C328 C-11
C330 C-11
C331 C-11
C332 A-11
C333 A-11
C334 C-12
C335 A-11
C336 C-11
C337 A-11
C338 B-12
C339 A-11
C340 C-12
C341 A-11
C342 B-12
C343 C-11
C344 B-12
C345 A-12
C346 B-12
C347 B-12
C348 A-12
C349 B-12
C404 C-16
C405 B-16
C406 B-16
C410 C-17
C411 B-17
C412 B-17
C414 C-17
C415 C-17
C416 C-17
C417 C-16
C418 A-16
C419 B-17
C420 C-17
C472 A-17
C486 A-12
C487 A-18
C488 A-18
C489 A-15
C490 B-18
C501 F-13
C502 E-13
C503 E-13
C511 E-13
C512 D-13
C513 E-13
C516 E-13
C517 E-13
C519 E-13
C520 E-13
C521 E-13
C522 D-13
C523 D-13
C524 D-13
C525 D-13
C526 D-13
C527 D-13
C528 D-14
C529 D-14
C530 D-14
C531 D-13
C532 D-13
C533 D-13
C534 E-13
C535 E-13
C551 G-11
C552 G-13
C555 G-15
C560 F-14
C561 F-15
C562 F-15
C565 F-15
C567 G-14
C568 G-13
C570 G-14
C571 G-14
C604 F-17
C605 G-16
C612 E-16
C615 E-16
C616 E-17
C617 E-17
C618 E-17
C619 E-17
C620 E-17
C621 E-17
C622 E-17
C623 E-17
C624 E-16
C628 F-16
C629 F-16
C637 F-16
C702 F-11
C703 F-11
C705 F-12
C706 F-12
C707 F-12
C708 F-12
C709 F-11
C710 E-12
C711 E-12
C712 E-12
C713 E-12
C716 F-12
C717 F-12
CN001 A-13
CN501 F-14
CN551 G-12
CN901 A-11
CN902 C-10
CN903 B-10
CN905 A-15
CN906 A-16
CN908 A-17
CN909 G-11
CN911 D-17
CN912 F-18
CN914 B-18
D002 C-13
D501 F-13
D551 G-13
D610 E-18
D911 D-10
FB001 A-13
FB002 A-13
FB003 A-13
FB004 A-14
FB201 E-16
FB701 F-12
FB702 E-12
IC001 B-13
IC151 D-11
IC202 E-15
IC301 B-11
IC402 B-16
IC502 D-13
IC551 G-15
IC701 E-11
L001 B-13
L004 B-12
L005 C-13
L006 C-15
L009 C-13
L012 C-13
L013 C-14
L016 D-14
L018 C-14
L155 C-12
L502 D-13
L555 G-12
Q001 B-14
Q002 B-14
Q020 C-12
Q022 C-14
Q024 C-13
Q027 C-13
Q028 C-13
Q029 C-13
Q033 C-14
Q034 C-14
Q036 D-14
Q040 C-14
Q043 C-13
Q044 C-13
Q153 D-11
Q154 D-11
Q156 D-10
Q213 C-15
Q214 C-15
Q215 C-15
Q216 C-15
Q301 C-10
Q302 B-10
Q303 B-12
Q304 A-12
Q305 A10
Q308 C-10
Q309 C-10
Q310 A-11
Q329 A-11
Q371 A10
Q372 A10
Q456 A-18
Q501 D-13
Q553 G-15
Q608 G-16
Q609 G-16
Q610 G-16
Q611 G-15
Q701 G-11
Q702 F-12
Q703 F-12
Q704 F-11
R003 A-14
R004 A-14
R005 B-14
R006 B-14
R007 B-14
R026 B-13
R027 B-13
R032 B-13
R033 B-14
R034 B-13
R035 B-14
R037 B-14
R038 B-14
R039 B-14
R043 C-13
R045 B-14
R046 C-14
R052 C-14
R055 C-14
R057 C-14
R059 C-13
R060 C-13
R062 B-12
R063 C-14
R064 C-14
R065 C-14
R072 C-13
R073 C-13
R074 C-12
R075 C-13
R081 D-13
R082 D-13
R085 C-13
R092 C-14
R093 C-13
R096 C-14
R098 D-14
R099 C-14
R101 D-14
R102 C-14
R103 C-14
R107 C-14
R113 C-14
R161 D-11
R162 C-11
R165 D-10
R166 D-10
R167 D-10
R170 D-10
R175 D-12
R176 D-12
R177 D-10
R178 D-10
R218 D-14
R219 D-15
R220 D-15
R222 C-15
R225 C-15
R227 D-14
R228 D-14
R229 D-14
R230 D-15
R231 D-15
R232 C-15
R233 D-14
R234 D-15
R236 D-14
R237 D-14
R238 D-15
R239 D-15
R241 D-14
R242 D-15
R243 D-16
R251 E-16
R252 E-16
R253 F-16
R256 F-14
R302 C-10
R303 B-10
R306 B-12
R308 B-11
R309 B-12
R310 B-11
R311 B-10
R312 B-12
R313 A10
R314 B-10
R315 A10
R316 A10
R317 A-11
R318 C-12
R319 A-11
R321 A10
R322 A-12
R323 B-12
R325 B-12
R326 A-12
R327 C-1
R328 B-12
R331 B-12
R343 A-12
R350 A-12
R402 B-16
R405 A-16
R406 A-16
R407 A-16
R409 A-16
R410 A-17
R411 C-16
R412 C-17
R413 C-17
R414 C-17
R419 C-17
R420 B-17
R421 B-17
R424 C-17
R425 A-17
R431 C-17
R435 C-17
R440 B-17
R441 C-17
R458 A-15
R464 A-16
R465 A-16
R466 A-16
R474 A-17
R476 A-17
R488 A-18
R490 A-18
R501 F-13
R502 F-13
R503 F-13
R507 E-13
R509 E-13
R513 D-13
R514 E-13
R521 D-13
R522 D-13
R523 D-13
R524 D-13
R525 D-13
R526 D-13
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
R527 B-17
R529 E-12
R551 G-11
R552 G-15
R553 G-13
R554 G-12
R556 G-13
R557 G-12
R558 F-15
R559 G-15
R560 G-15
R561 G-15
R562 G-15
R565 F-15
R568 G-13
R569 F-15
R571 F-15
R573 G-15
R574 G-14
R575 G-13
R576 G-13
R577 G-13
R605 G-16
R606 G-16
R610 G-16
R611 G-16
R613 G-16
R614 G-16
R650 F-16
R666 E-17
R667 E-17
R668 E-17
R669 E-17
R670 E-17
R671 E-17
R672 E-16
R673 E-16
R675 F-16
R676 F-16
R679 G-17
R680 G-17
R681 F-17
R682 F-17
R683 F-17
R684 F-17
R685 F-17
R693 F-17
R695 G-16
R696 G-16
R701 F-11
R702 F-11
R703 F-11
R706 F-11
R707 G-12
R708 F-12
R709 F-12
R710 F-12
R711 F-11
R712 E-12
R713 E-12
R714 E-12
R715 E-12
R720 E-12
R721 E-12
R722 E-12
R724 E-11
R725 F-11
R726 F-11
R916 E-16
R917 C-17
R918 C-17
R919 C-17
R920 C-17
X601 G-17
X602 F-15
4-17
Page 48
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VC-195 BOARD (1/10)
1
2
3
CAMERA REC
28.636 MHz
IC501
CAMERA REC
14.32 MHz
IC501
11 12
,
CAMERA REC
H
IC501
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
2.3Vp-p
5
2.3Vp-p
7Vp-p
26
,
25
4
5
6
7
0.14usec
8
CAMERA REC
H
IC501
CAMERA REC
H
IC501
CAMERA REC
IC501
CAMERA REC
IC502
CAMERA REC
31
,
28
44
V
45
—
2 10
7Vp-p
3Vp-p
3Vp-p
3.2Vp-p
1.3Vp-p
H
IC502
26
9
4-18 4-19 4-20
PB
IC502
0.4Vp-p
H
36
CAMERA (1)
VC-195 (1/10)
Page 49
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
4-21 4-22
CAMERA (2)
VC-195 (2/10)
4-23
4-24
Page 50
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
• For schematic diagrams.
VC-195 BOARD (3/10)
10 20
CAMERA REC
CAMERA REC
• Refer to page 4–13 for Printed Wiring Board.
11
12
13
14
H
IC202
CAMERA REC
H
IC202
CAMERA REC
H
IC202
CAMERA REC
H
IC202
CAMERA REC
H
IC202
0.34Vp-p
3.58 MHz
3
21
0.84Vp-p
6
22
0.5Vp-p
13
23
0.4Vp-p
16
24
0.18Vp-p
23
IC202
CAMERA REC
4V
IC202
CAMERA REC
2V
IC202
PB
H
IC202
CAMERA REC
V
IC202
3.1Vp-p
66
3Vp-p
71
3Vp-p
72
3Vp-p
80
3Vp-p
81
15
16
17
18
19
CAMERA REC
H
IC202
CAMERA REC
H
IC202
PB
V
IC202
CAMERA REC
V
IC202
CAMERA REC
25
CAMERA REC
8
19
20
—
12 15
3.2Vp-p
3Vp-p
3Vp-p
3.5Vp-p
0.18Vp-p
7.16 MHz
26
26
0.9Vp-p
33
27
0.4Vp-p
40
28
3Vp-p
60
29
IC201
CAMERA REC
V
IC201
CAMERA REC
IC201
CAMERA REC
0.14usec
IC204
CAMERA REC
H
H
IC202
61
Y/C PROCESSOR
VC-195 (3/10)
3Vp-p
0.14usec
IC204
—
23 30
3.5Vp-p
4-25
4-26 4-27
4-28
Page 51
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
VC-195 BOARD (4/10)
CAMERA REC
30
H
IC151
3
31
H
IC151
5
32
H
IC151
,
17 64
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
0.46Vp-p
0.32Vp-p
1.4Vp-p
33
34
IC151
IC151
29
62
H
IC151
(
2.1Vp-p
(
1.6Vp-p
1.8Vp-p
,
25 60
H
)
)
4-29 4-30
4-31 4-32
IN/OUT
VC-195 (4/10)
Page 52
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
VC-195 BOARD (5/10)
35
CAMERA REC
0.3Vp-p
H
36
IC001
CAMERA REC
IC001
3
0.3Vp-p
2V
5 21
TRIG : IC001
37
38
39
40
41
PB
H
IC001
PB
V
IC001
PB
V
IC001
CAMERA REC
2V
IC001
CAMERA REC
0.4Vp-p
7
0.4Vp-p
11
0.4Vp-p
17
2.9Vp-p
21
2V
42
43
45
IC001
CAMERA REC
V
IC001
CAMERA REC
V
IC001
CAMERA REC
4.12 MHz
Q001
,
44 48
61
62
C
REC/PB HEAD AMP
VC-195 (5/10)
3Vp-p
0.18Vp-p
3Vp-p
7Vp-p
4-33 4-34 4-35 4-36
Page 53
• For schematic diagrams.
VC-195 BOARD (6/10)
CAMERA REC
2V
3Vp-p
IC402
47
4V
3Vp-p
IC402
48
2V
3Vp-p
IC402
55 57
3Vp-p
IC402
68
13usec
3Vp-p
IC402
69
13usec
3Vp-p
IC402
70
46
47
48
49
50
51
52
53
54
55
IC402
1
20 MHz
1.7Vp-p
1.2msec
3Vp-p
IC402
115
2.8msec
3Vp-p
IC402
116
2V
3Vp-p
IC402
117
,
13usec
• Refer to page 4–13 for Printed Wiring Board.
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
4-37
4-38
4-39
SERVO/SYSTEM CONTROL
VC-195 (6/10)
Page 54
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
• For schematic diagrams. • Refer to page 4–13 for Printed Wiring Board.
SERVO
VC-195 (7/10)
4-40
4-41 4-42
Page 55
VC-195 BOARD (8/10)
59
60
61
62
IC301 32
3.58 MHz
0.26Vp-p
2V
2.9Vp-p
IC301
21
CAMERA REC
V
0.4Vp-p
IC301
24
PB
V
0.36Vp-p
IC301
29
CAMERA REC
CAMERA REC
VC-195 BOARD (7/10)
CAMERA REC
56
5.6msec
IC451 1 2 29
,,
57
2V
IC451
11
58
2.8msec
IC451
18
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
1.2Vp-p
3Vp-p
3Vp-p
4-43 4-44
4-45
AUDIO
VC-195 (8/10)
4-46
Page 56
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VC-195 BOARD (10/10)
68
69
IC604 41
20 MHz
1.5Vp-p
IC604 52
32 kHz
2.6Vp-p
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
VC-195 BOARD (9/10)
PB
63
0.25Vp-p
3.58 MHz
IC751 7
64
0.5Vp-p
2usec
IC751
15
65
0.34Vp-p
66
67
0.09usec
0.09usec
IC751
IC751
H
IC751
16
0.7Vp-p
22
0.5Vp-p
41
4-47
IR TRANSMITTER
VC-195 (9/10)
4-48 4-49
4-50
Page 57
• For schematic diagrams.
• Refer to page 4–13 for Printed Wiring Board.
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
4-51
4-52
4-53
MODE CONTROL
VC-195 (10/10)
Page 58
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
Q
C
BE
VF-119
(COLOR EVF)
CD-181
(CCD IMAGER)
MA-311
(STEREO MIC, LASER LINK)
CF-49
(CONTROL)
PJ-81
(AV IN/OUT)
DD-105
(POWER)
MA-311 (STEREO MIC, LASER LINK) PRINTED WIRING BOARDS
– Ref No. MA-311 BOARD: 3,000 series –
MA-311 BOARD (SIDE B) MA-311 BOARD (SIDE A)
D
C
B
A
09
MA-311 BOARD
C301 A-3
C302 A-3
C303 A-1
C304 A-2
C305 A-2
C306 A-1
C321 B-5
C322 B-5
C323 B-5
C324 B-6
C325 B-6
C326 B-6
C327 B-5
C328 B-6
C329 B-6
C330 C-7
C331 B-6
C332 B-6
C333 C-3
C334 C-3
C335 C-3
C336 D-3
C337 C-4
C338 C-3
C339 C-3
C340 C-5
C341 C-3
C342 C-4
C343 C-3
1234567
C344 B-5
C345 C-5
C346 D-4
C347 C-3
C348 D-3
C349 D-3
C350 D-3
C351 D-3
C352 D-3
C353 D-3
C354 D-5
C355 D-5
C356 C-2
C357 C-2
C358 D-5
C359 C-5
C360 C-2
C361 C-2
C362 D-5
C363 D-6
C364 D-6
C365 D-5
C366 D-5
C367 D-6
C368 D-6
C369 C-6
C370 D-6
C371 C-2
C372 D-3
C373 D-5
C374 B-6
C375 D-5
C376 B-7
C377 B-6
C378 C-6
CN301 B-2
CN302 B-3
CN303 B-1
D301 A-6
D302 A-6
D303 B-5
D305 B-7
D307 D-5
D308 B-7
D309 A-5
D322 B-5
D323 B-6
IC301 A-7
IC321 C-6
IC322 D-3
J310 B-5
L301 B-1
Q301 A-5
Q302 A-1
Q303 A-2
Q304 B-3
Q305 A-1
Q321 B-5
Q322 B-6
R301 A-5
R302 A-1
R303 A-2
R304 A-3
R305 A-2
R306 B-7
R307 B-1
R308 D-3
R309 D-3
R310 B-3
R311 A-1
R312 B-5
R313 B-5
R314 A-1
R315 A-1
R321 C-5
R322 B-3
R323 A-4
R324 C-5
R325 B-5
R326 B-5
R327 B-5
R328 B-5
R329 B-5
R330 B-6
R331 B-6
R332 B-6
R333 B-6
R334 B-6
R335 C-4
R336 C-4
R337 C-3
R338 D-3
R339 C-5
R340 C-3
R341 C-5
R342 C-3
R343 C-5
R344 C-5
R345 D-3
R346 C-3
R347 D-3
R348 D-5
R349 D-5
R350 D-5
R351 D-5
R352 C-2
R353 D-5
R354 D-5
R355 D-5
R356 D-6
R357 D-6
R358 D-5
R359 C-2
R360 C-6
R361 D-5
R362 D-6
R363 D-5
R364 D-5
R365 C-5
R366 C-5
R367 C-5
R368 D-5
S301 D-4
S302 D-2
S303 C-1
• For Printed Wiring Boards.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip transistor
1-668-934-
12 22
CONTROL SWITCH BLOCK, STEREO MIC, LASER LINK
FK-8500, SS-8500
MA-311
4-54
4-55 4-56
Page 59
VL-16 (VIDEO LIGHT) PRINTED WIRING BOARD
– Ref No.
VL-16 BOARD: 3,000 series –
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VL-16 BOARD (SIDE B) VL-16 BOARD (SIDE A)
B
A
1-668-933-
09
123 4
12 22
VL-16 BOARD
C151 A-4
C152 A-1
C153 A-1
CN151 A-1
D151 A-2
D152 A-4
D153 A-4
L151 A-4
Q151 A-4
Q152 A-1
R151 A-1
R152 A-1
R153 A-1
R154 A-1
4-57 4-58
4-59
• For Printed Wiring Boards.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip transistor
C
Q
BE
LB-54
(BACK LIGHT)
VC-195
CAMERA, Y/C PROCESSOR, IN/OUT,
REC.PB HEAD AMP, SERVO/SYSTEM CONTROL,
SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
4-60
STEREO MIC, LASER LINK, VIDEO LIGHT
VF-120
(COLOR EVF)
MA-311
VL-16 (EXCEPT CCD-TR57)
(VIDEO LIGHT)
SE-65 (EXCEPT TR57/TR67/TR413PK)
(STEADY SHOT)
VL-16
Page 60
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
CF-49 (CONTROL) PRINTED WIRING BOARD
– Ref No. CF-49 BOARD: 3,000 series –
CF-49 BOARD (SIDE A)
CF-49 BOARD
BH001 B-18
BZ001 B-15
BZ002 B-15
C001 B-2
C002 B-2
C003 B-12
CN002 A-14
CN007 C-14
CN008 D-14
CN009 D-6
D003 B-3
D004 C-11
D005 B-2
D006 B-2
D007 A-8
D008 B-2
D009 D-10
D012 B-5
IC001 B-12
Q001 C-15
Q002 D-10
Q003 B-12
Q005 B-12
R001 D-10
R003 B-12
R005 C-11
R006 C-11
R007 B-11
R008 B-3
R009 C-11
R011 B-12
R012 B-13
R013 C-11
R015 B-11
R016 C-4
R019 B-11
R020 C-4
R022 B-8
R023 A-8
R025 B-1
R026 C-4
R028 A-6
R029 A-14
R031 B-2
R034 A-6
R035 B-6
R038 B-2
R039 A-14
R041 B-2
R042 D-14
R043 C-14
R044 C-11
R045 C-11
R046 B-6
R047 B-8
R048 B-8
R049 C-11
R050 C-11
R051 B-12
R052 C-11
R053 B-1
S001 C-10
S003 B-3
S006 B-9
S008 D-4
S010 A-9
S012 C-10
S015 A-10
S017 B-1
S018 B-5
S020 B-7
S021 B-4
S024 A-5
CF-49 BOARD (SIDE B)
D
C
1
B
VF-119
(COLOR EVF)
DD-105
(POWER)
A
1-668-935-
09
123456789101112 13 14 15 16 17 18
12 22
• For Printed Wiring Boards.
CD-181
(CCD IMAGER)
CF-49
(CONTROL)
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip transistor
C
Q
BE
MA-311
(STEREO MIC, LASER LINK)
CONTROL
CF-49
4-61
PJ-81
(AV IN/OUT)
4-62 4-63
4-64
Page 61
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
CF-49 BOARD
CAMERA REC
1
2.9Vp-p
24.48 kHz
IC001 2
4-65
4-66
4-67
CONTROL
CF-49
Page 62
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
PJ-81 (A V IN/OUT) PRINTED WIRING BOARD
– Ref No. PJ-81 BOARD: 3,000 series –
PJ-81 BOARD (SIDE B)
C
PJ-81 BOARD (SIDE A)
B
PJ-81 BOARD
C101 C-4
C102 C-4
C103 C-3
C104 C-3
C105 C-1
C106 C-2
C107 C-1
C108 C-1
C109 C-5
C110 C-5
C111 C-1
CN101 C-2
D101 C-1
D102 C-3
D103 C-4
D105 C-5
D106 C-5
D107 C-5
J101 A-3
L101 C-3
L102 C-3
L103 C-2
L104 C-2
Q101 C-5
Q102 C-4
R101 C-4
R102 C-4
R103 C-4
R104 C-4
R105 C-4
R106 C-5
R107 C-5
R108 C-5
R109 C-3
A
09
1234 5
VF-119
(COLOR EVF)
DD-105
(POWER)
CD-181
(CCD IMAGER)
CF-49
(CONTROL)
MA-311
(STEREO MIC, LASER LINK)
1-668-931-
12 22
• For Printed Wiring Boards.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip diode
3
21321321
AV IN/OUT
PJ-81
PJ-81
(AV IN/OUT)
4-68
4-69 4-70
Page 63
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VF-119 (COLOR EVF (COLOR EVF MODEL) PRINTED WIRING BOARD
– Ref No. VF-119 BOARD: 10,000 series –
VF-119 BOARD (SIDE B) VF-119 BOARD (SIDE A)
C
4
3
2
B
10
9
5
7
A
6
8
09
• For Printed Wiring Boards.
• This board is four-layer print board. However, the patterns of
layers 2 to 3 have not been included in the diagram.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip transistor
C
Q
BE
123 4
VF-119
(COLOR EVF)
DD-105
(POWER)
CD-181
(CCD IMAGER)
CF-49
(CONTROL)
MA-311
(STEREO MIC, LASER LINK)
PJ-81
(AV IN/OUT)
4-71 4-72
1
1-668-942-
VC-119 BOARD
C5401 C-2
C5402 B-2
C5403 A-3
C5404 B-3
C5405 B-3
C5406 B-3
C5407 C-3
C5408 C-3
C5409 B-4
C5410 C-4
C5411 C-4
C5413 C-3
C5415 C-3
C5416 B-4
C5417 B-1
C5418 B-2
C5419 B-1
C5420 B-1
C5421 B-1
C5422 A-2
C5423 A-2
C5424 A-1
C5427 A-4
C5428 A-1
C5429 A-1
CN5401 B-1
CN5402 A-4
D5401 B-1
IC5401 B-3
IC5402 C-4
IC5404 A-1
L5401 C-2
L5402 C-3
L5403 A-2
L5404 B-1
L5405 B-4
Q5401 C-1
R5401 C-2
R5402 C-1
R5403 C-1
R5404 C-1
R5405 C-2
R5406 A-2
R5407 A-2
R5408 C-1
R5409 C-2
11
R5410 C-1
R5411 B-2
R5412 B-2
R5414 C-2
R5414 C-2
R5415 B-2
R5416 C-1
R5417 B-3
R5418 B-3
R5418 C-2
R5419 C-1
R5420 C-1
R5421 C-1
R5422 C-1
R5423 A-3
R5424 C-1
R5425 C-1
R5426 C-1
R5427 C-2
R5428 C-2
R5429 C-1
R5430 C-1
R5431 B-2
R5432 B-2
R5433 C-2
R5434 C-2
R5435 B-2
R5436 B-2
R5437 B-2
R5438 B-2
R5439 B-2
R5440 C-2
R5441 C-2
R5444 B-1
R5445 B-1
R5446 B-1
R5447 B-1
R5448 B-1
R5449 B-2
R5452 B-2
R5456 A-4
R5457 A-4
R5458 A-4
R5460 A-1
R5464 A-1
R5468 A-2
R5469 A-4
R5470 B-1
R5471 B-4
R5472 C-2
VF-119 BOARD
CAMERA REC
1
IC5401
2
2H
IC5401
3
2H
IC5401
4
2H
IC5401
5
IC5404
6
7.852 kHz
IC5404 20 21
7
H
IC5404
8
1.84 MHz
IC5404 23 24
9
11.06 MHz
IC5404 41
10
V
IC5404
3Vp-p
H
14
7.2Vp-p
20
7.5Vp-p
22
7.6Vp-p
24
3Vp-p
V
18
3Vp-p
,
3Vp-p
22
3.4Vp-p
,
2.7Vp-p
3Vp-p
45
4-73
4-74
COLOR EVF
VF-119
Page 64
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VF-120 BOARD
CAMERA REC
H
2.4Vp-p
IC5301
4
H
12Vp-p
IC5301
15
1
2
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
4-75
COLOR EVF, BACK LIGHT
VF-120 LB-54
4-76 4-77
4-78
Page 65
VF-120 BOARD
C5301 B-3
C5302 A-4
C5303 A-4
C5304 A-3
C5305 A-4
C5306 B-4
C5307 B-4
C5308 B-3
C5309 A-3
C5310 B-4
C5311 A-4
C5312 A-3
C5313 B-3
CN5301 B-4
CN5302 A-1
D5301 A-3
D5302 A-4
IC5301 A-4
L5301 A-4
Q5301 B-3
Q5302 A-2
Q5303 A-2
Q5304 A-4
Q5305 B-4
R5302 A-2
R5302 A-4
R5303 A-1
R5303 A-3
R5304 A-3
R5305 A-4
R5306 A-4
R5307 A-3
R5309 A-3
R5310 A-3
R5311 A-3
R5312 B-4
R5313 B-4
R5314 B-3
R5315 B-3
R5316 A-3
R5317 B-3
R5318 B-4
R5319 A-4
R5320 A-2
R5321 A-3
R5322 A-3
R5323 A-4
R5324 A-4
R5325 B-4
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
VF-120 (COLOR EVF), LB-54 (BACK LIGHT) PRINTED WIRING BOARDS
– Ref No. VF-120 BOARD: 10,000 series, LB-54 BOARD: 10,000 series –
VF-120 BOARD (SIDE B) VF-120 BOARD (SIDE A)
B
A
09
1234
1
1-668-943 -
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
2
11
LB-54
(BACK LIGHT)
VF-120
(COLOR EVF)
VL-16 (EXCEPT CCD-TR57)
(VIDEO LIGHT)
LB-54 BOARD
C5351 B-4
C5352 B-4
C5353 B-3
C5354 A-4
C5355 A-4
C5356 B-4
CN5351 B-3
D5351 B-2
L5351 B-3
L5352 B-4
ND5351 A-1
Q5351 A-4
R5351 B-3
T5351 A-3
• For Printed Wiring Boards.
• This board is four-layer print board. However, the patterns of
layers 2 to 3 have not been included in the diagram.
There are few cases that the part isn't mounted in this model is
printed on this diagram.
• Chip diode • Chip transistor
3
546
D
21
132
BE
LB-54 BOARD (SIDE B) LB-54 BOARD (SIDE A)
B
C
Q
VC-195
CAMERA, Y/C PROCESSOR, IN/OUT,
REC.PB HEAD AMP, SERVO/SYSTEM CONTROL,
SERVO, AUDIO, IR TRANSMITTER, MODE CONTROL
4-79
SE-65 (EXCEPT TR57/TR67/TR413PK)
(STEADY SHOT)
A
09
1234
4-80
1-668-944-
11
COLOR EVF, BACK LIGHT
VF-120 LB-54
4-81
Page 66
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
DD-105 (POWER) PRINTED WIRING BOARD
– Ref No. DD-105 BOARD: 2,000 series –
DD-105 BOARD
C801 E-3
C802 E-3
C803 D-3
C804 E-3
C805 E-3
C806 E-3
C807 E-2
C808 E-3
C809 D-2
C810 D-3
C811 D-2
C812 D-4
C813 D-2
C814 E-8
C815 C-4
C816 E-9
C817 E-8
C819 C-3
C820 C-3
C821 C-2
C822 E-8
C823 C-4
C824 C-2
C825 B-3
C826 D-8
C827 E-2
C828 E-2
C829 E-2
C830 D-2
C831 E-2
C832 B-3
C833 B-3
C834 C-4
C836 B-2
C837 C-2
C838 C-3
C840 D-8
C841 B-4
C843 C-4
C844 A-3
C846 B-3
C847 B-7
C848 B-7
C849 A-2
C850 A-3
C851 B-4
C852 B-8
C853 B-7
C854 B-3
C855 A-3
C856 E-3
C857 A-2
C860 A-6
C861 A-7
C862 A-2
C863 B-6
C864 A-5
C866 A-6
C867 A-7
C868 B-6
C869 A-6
C871 B-2
C872 F-4
C873 A-2
C874 A-7
C875 B-2
C876 C-6
C877 D-6
C885 A-6
CN801 C-6
CN931 C-5
CN932 F-6
CN933 A-4
CN934 D-9
CN935 G-7
D801 B-3
D802 C-3
D803 C-2
D804 C-2
D805 C-3
D806 B-2
D807 D-8
D809 B-7
D810 B-2
D812 B-3
D813 F-4
D814 F-4
D815 F-3
D816 E-3
D817 F-3
D818 D-2
D819 E-3
D838 E-9
D932 G-2
D933 F-4
D934 G-3
D935 F-3
D936 G-3
FB931 D-9
FB932 E-9
FB933 D-9
FB934 D-9
IC801 D-3
IC802 E-2
L801 D-7
L802 D-7
L803 D-8
L804 E-9
L805 B-7
L806 C-8
L807 C-7
L808 B-8
L809 C-7
L810 B-4
L811 B-3
L812 B-3
L813 B-3
L814 A-3
L815 A-3
L816 B-3
L817 A-3
L818 A-2
L819 A-3
L820 D-8
LF801 D-7
PS801 F-3
PS802 F-2
PS803 F-3
PS804 F-2
PS805 F-2
PS806 F-3
Q801 F-4
Q802 E-4
Q803 E-3
Q804 F-3
Q805 F-3
Q806 C-2
Q807 C-3
Q808 C-3
Q809 B-3
Q810 C-2
Q812 C-3
Q813 C-2
Q814 C-2
Q815 C-2
Q817 C-3
Q819 D-8
Q820 E-3
Q823 A-2
Q824 E-2
Q826 A-7
Q827 A-2
Q828 B-5
Q829 B-6
Q830 B-6
Q831 A-7
Q832 B-6
Q833 A-2
Q834 B-6
Q835 A-8
Q836 A-8
Q837 A-7
Q838 A-8
Q839 B-8
Q840 A-8
Q841 A-7
Q842 A-7
Q843 A-7
Q844 A-8
Q845 A-8
Q846 A-7
Q847 A-6
Q848 A-8
Q849 A-7
Q850 A-8
Q851 E-4
Q852 B-2
Q853 B-2
Q854 B-2
Q855 B-2
Q856 A-6
Q932 G-3
Q933 G-3
Q934 G-3
R801 E-2
R802 E-3
R803 E-3
R804 D-3
R805 D-3
R807 E-3
R808 E-2
R808 E-3
R809 D-3
R810 E-2
R811 D-2
R812 D-2
R813 F-4
R814 D-4
R815 D-3
R816 D-4
R817 D-3
R818 D-2
R819 D-2
R820 D-3
R821 D-2
R822 E-3
R822 D-7
R822 D-8
R823 D-7
R824 D-2
R825 D-4
R826 D-4
R827 E-3
R828 F-3
R829 D-2
R830 D-2
R831 F-4
R832 D-4
R833 D-2
R834 D-2
R835 D-4
R836 D-4
R837 D-2
R838 D-3
R839 C-2
R840 C-3
R841 C-3
R842 E-2
R843 C-2
R849 E-2
R850 E-2
R852 D-2
R853 D-2
R854 D-2
R854 D-2
R859 E-3
R864 E-3
R865 A-2
R866 B-2
R867 E-2
R868 A-2
R870 A-7
R871 A-7
R872 B-6
R873 A-5
R874 B-5
R875 A-2
R876 B-5
R877 A-7
R878 A-2
R879 B-6
R880 B-6
R881 B-6
R882 B-6
R883 A-8
R884 B-8
R885 B-7
R887 B-8
R888 B-8
R889 A-7
R890 A-7
R891 A-8
R892 A-8
R893 B-8
R894 A-7
R895 A-6
R896 A-8
R897 A-8
R898 A-7
R899 A-7
R900 A-6
R901 A-6
R902 A-6
R903 A-8
R904 A-8
R905 A-8
R906 A-8
R907 A-8
R908 B-2
R910 B-2
R911 B-2
R912 B-2
R913 E-6
R914 D-2
R915 E-2
R916 A-7
R917 A-7
R918 A-2
R919 A-7
R920 A-7
R924 C-5
R932 G-3
R933 F-7
R934 F-6
R935 F-7
R936 F-6
R937 F-7
R938 F-7
R939 F-6
R940 F-3
R941 G-3
R942 E-9
R943 G-3
T801 B-7
DD-105 BOARD (SIDE B) DD-105 BOARD (SIDE A)
G
F
E
D
1
2
C
B
A
09
123456789
1-668-929-
12 22
4-82
POWER
DD-105
4-83 4-84
Page 67
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
DD-105 BOARD
CAMERA REC
1
0.76Vp-p
507 kHz
IC801 4
2
0.76Vp-p
506 kHz
IC801 64
4-85 4-86
4-87
4-88
E
POWER
DD-105
Page 68
CCD-TR57/TR67/TR87/TR413PK/TR414PK/TR917/TR940/TR940PK
ADJUSTMENTS
5-1. CAMERA SECTION ADJUSTMENTS
1-1. PREPARATIONS BEFORE ADJUSTMENT
(CAMERA SECTION)
1-1-1. List of Service Tools
• Oscilloscope
• Adjusting driver
• Color monitor
• Regulated power supply
SECTION 5
Refer to page 3 as Table for distinction
functions of models and classification
• Vectorscope
• Digital voltmeter
Ref. No.
J-1
J-2
J-3
J-4
J-5
J-6
J-7
J-8
J-9
J-10
J-11
J-12
J-13
Name
Filter for color temperature correction
(C14)
ND filter 1.0
ND filter 0.3
Pattern box PTB-450
Color chart for pattern box
Adjusting remote commander
(RM-95-remodeled partly) Note 1
Siemens star
CPC-7 jig
Power code Note 2
AFM DEV jig
Clear chart
Extension cable (16P, 0.5 mm)
IR receiver jig
Extension cable (48P, 0.8 mm)
Parts Code
J-6080-058-A
J-6080-808-A
J-6080-818-A
J-6082-200-A
J-6020-250-A
J-6082-053-B
J-6080-875-A
J-6082-382-A
J-6082-223-A
J-6082-312-A
J-6080-621-A
J-6082-357-A
J-6082-383-A
J-6082-188-A
Usage
Auto white balance adjustment/check
White balance adjustment/check
White balance check
White balance check
For checking the flange back
For the color viewfinder adjustment
For adjusting the video section
For connecting the battery terminal and DC power supply
For adjusting the deviation
For extension between the CD-181 board (CN401) and
VC-195 board (CN501)
For adjusting the IR transmitter
For extension between the DD-105 board (CN931) and
VC-195 board (CN914)
Note 1: If the micro processor IC in the adjusting remote
commander is not the new micro processor (UPD7503GC56-12), the pages cannot be switched. In this case, replace
with the new micro processor (8-759-148-35).
Note 2: Connect the adjusting remote commander to the LANC
jack, and set the HOLD switch to the “ADJ” side.
5-1
Page 69
J-1 J-2
J-7J-6 J-8 J-9 J-10
J-11 J-12 J-13
J-3
J-4 J-5
Fig. 5-1-1.
5-2
Page 70
5-1. CAMERA SECTION ADJUSTMENT
1-1-2. Preparations
Note 1: For details of how remove the cabinet and boards, refer to
“2. DISASSEMBLY”.
Note 2: When performing only the adjustments, the lens block and
boards need not be disassembled.
1) Connect the equipment for adjustments according to Fig. 5-1-3.
2) By setting the “Forced Camera Power ON mode”, the camera
power can be turned ON even if the front panel b lock (MA-311
board, power switch, microphone unit) has been remov ed. When
removing the front panel block disconnect the following
connector.
1. VC-195 board CN903 (23P 0.5mm)
3) Video light (Video light model) need not be assembled. If
removing it. disconnect the following connector.
1. VC-195 board CN909 (10P, 0.5mm)
Pattern box
1.5m
Note 3: As remo ving the cabinet (R) (removing the VC-195 board
CN911) means removing the lithium 3V power supply
(CF-49 board) , data such as date, time, user-set menus
will be lost. After completing adjustments, reset these data.
If the cabinet (R) has been removed, the self-diagnosis
data, data on history of use (total drum rotation time etc. )
will be lost. Before removing, note down the self-diagnosis
data and data on the history use. (Refer to the “Service
Mode” of “VIDEO SECTION ADJUSTMENT” for the
data on the history use.)
Note 4: Setting the “Forced Camera Power ON” Mode
1)Select page: 0, address: 01, and set data: 01.
2)Select page: D, address: 10, set data: 01, and press the
PAUSE button of the adjusting remote commander.
The above procedure will enable the camera power to
be turned on with the front panel block removed. After
completing adjustments, be sure to exit the “Forced
Camera Power ON Mode”.
Note 5: Exiting the “Forced Camera Power ON” Mode
1)Select page: 0, address: 01, and set data: 01.
2)Select page: D, address: 10, set data: 00, and press the
PAUSE button of the adjusting remote commander.
3)Select page: 0, address: 01, and set data: 00.
Front of lens
Fig. 5-1-2.
5-3
Page 71
Color monitor Vector scope
r
Lens block
Need not connected
VIDEO terminal
CN909
CN902
CN903
CN551
CN901
CN501
VC-195
board
CN001
Terminated at 75
CD-181 board
CN401
Extension cable(16P)
(J-6082-357-A)
CN912
CN911
CN910
CN914
CN905
CN906
CN905
Ω
Regulaterd power supply
(8.4
±
Battery
0.1 Vdc)
terminal
(Note 1)
Adjusting
remote
commande
CN935
CN932
CN801
CN931
CN934
DD-105
LANC
terminal
board
MA-311 board
CN303
CF-49 board CN001
Extension cable(48P)
(J-6082-188-A)
Note 1: Connect the adjusting remote commander to the LANC
Fig. 5-1-3.
Must be connected when
performing the VIDEO system
or color EVF system
CPC-7 jig
adjustments.
(J-6082-382-A)
jack, and set the HOLD switch to the “ADJ” side or use
the AC power adaptor.
5-4
Page 72
1-1-3.Precaution
e
1. Setting the Switch
Unless otherwise specified, set the switches as follows and perf orm
adjustments without loading cassette.
1. POWER switch (MA-311 board) .......................... CAMERA
2. NIGHT SHOT switch (Lens block) ................................ OFF
(Night shot model)
3. VIDEO LIGHT switch (MA-311 board) ........................ OFF
(Video light model)
4. DEMO MODE (Menu display) ....................................... OFF
5. DIGITAL ZOOM (Menu display)................................... OFF
2. Adjusting Procedure
Adjust in the given order.
6. STEADY SHOT (Menu display) .................................... OFF
7. FOCUS switch (MF-8500) .................................... MANUAL
(Manual focus model)
8. PROGRAM AE (CF-49 board) ....................................... Auto
9. BACK LIGHT (CF-49 board) ......................................... OFF
10. PICTURE EFECT (CF-49 board) ................................... OFF
11. 16 : 9 WIDE (MENU display) ........................................ OFF
Color bar chart standard picture trame
H
Yellow
Cyan
White
Magenta
Green
AB
Fig. a. (Video output terminal
output wavefom)
A=B
Red
Blue
A
B
Enlargement
AB
Adjust the camera zoom and direction to obtain the output wavefom
shown in Fig. a and the TV monitor display shown in Fig. b.
3. Subject
1) Color bar chart (Standard picture frame)
Adjust the picture frame as shown in Fig. 5-1-4. if adjustments
are performed using the color bar chart.
(Standard picture frame)
2) White pattern (Standard picture frame)
Remove the color bar chart from the pattern box, and insert a
clear chart in its place. (Do not perform zoom operations during
this time.)
3) Chart for flange back adjustment
Combine a white A0 size (1189 mm x 841 mm) paper to a black
one, and make the chart shown in Fig. 5-1-5.
0
±
0.1 msec
V
Difference in level
Fig. 5-1-4.
Cyan
Green
Yellow
Fig. b. (TV monitor picture)
Black
1189 mm
White
Red
Magenta
White
Blue
Fig. 5-1-5.
Electronic beam
scanning frame
CRT picture fram
841 mm
Note : Use the non-reflecting and non-glazing vellum paper
whose size is more than A0, and make the boundary
between white and black to be smoothly flat.
5-5
Page 73
1-1-4. Adjusting Remote Commander
The adjusting remote commander is used for changing the
calculation coefficient in signal processing, EVR data, etc. The
adjusting remote commander performs bi-directional
communication with the unit using the remote commander signal
line (LANC). The resultant data of this bi-directional communication
is written in the non-volatile memory.
1. Using the adjusting remote commander
1) Connect the adjusting remote commander to the LANC terminal.
2) Adjust the HOLD switch of the adjusting remote commander to
“HOLD” (SERVICE position).
If it has been properly connected, the LCD on the adjusting remote
commander will display as shown in Fig. 5-1-6.
Page Data
Address
Fig. 5-1-6.
• Changing the address
The address increases when the FF ()) button is pressed,
and decreases when the REW (0) button is pressed. There
are altogether 256 addresses, from 00 to FF.
• Changing the data (Data setting)
The data increases when the PLAY (() button is pressed,
and decreases when the STOP (p) button is pressed.
There are altogether 256 data, from 00 to FF.
• Writing the adjustment data
The PAUSE button must be pressed to write the adjustment
data (D, E, F page) in the nonvolatile memory.
(The new adjustment data will not be recor ded in the nonvolatile
memory if this step is not performed.)
4) Select page: 0, address: 01, and set the data to 01, and enables
Page D and E, F to be adjusted.
5) After completing all adjustments, set data: 00 to page: 0, address:
01 and turn off the main power supply (8.4V) once.
2. Precautions upon using the adjusting remote
commander
Mishandling of the adjusting remote commander may erase the
correct adjustment data at times. T o pr ev ent this, it is recommended
that all adjustment data be noted down before beginning adjustments
and new adjustment data after each adjustment.
3) Operate the adjusting remote commander as follows.
• Changing the page
The page increases when the EDIT SEARCH+ button is
pressed, and decreases when the EDIT SEARCH– button is
pressed. There are altogether 16 pages, from 0 to F.
Hexadecimal
notation
LCD Display
Decimal notation
conversion value
0123456789ABCDEF
0 123456789A b c d E F
0123456789101112131415
Table 5-1-1.
5-6
Page 74
1-1-5. Data Processing
The calculation of the DDS display and the adjusting remote
commander display data (hexadecimal notation) are required for
obtaining the adjustment data of some adjustment items. In this case,
after converting the hexadecimal notation to decimal notation,
calculate and convert the r esult to hexadecimal notation, and use it
as the adjustment data. Table 5-1-2. indicates the hexadecimal
notation-the decimal notation calculation table.
Hexadecimal notation-Decimal notation
The lower digits of the
hexadecimal notation
The upper digits of the
hexadecimal notation
0
1
2
3
4
5
6
7
8
9
A)
A (
1n
B (
C (
D (
E (
F (
b)
c)
d)
E)
F)
0123456789ABCDEF
0123456789101112131415
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47
48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63
64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79
80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95
96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111
112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127
128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143
144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159
160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175
176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191
192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207
208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223
224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239
240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255
2
n
(
A)(b)(c)(d)(E)(F)
Note: ( ) indicate the adjusting remote commander display.
(Example) In the case that the DDS display and the adjusting remote commander display are BD (bd).
As the upper digit of the hexadecimal notation is B (b), and the lower digit is D (d), the intersection “189" of the 1
and 2 in the above table is the decimal notation to be calculated.
Table 5-1-2.
5-7
Page 75
1-2. INITIALIZA TION OF D, E, F P AGE DATA
1. Initializing the D,E,F Page Data
Note 1: If “Initializing the D, E, F Page Data” is performed,
all data of the D page, E page and F page will be
initialized. (It is impossible to initialize a single
page.)
Note 2: If the D,E,F page data has been initialized, „Modification
of D, E, F Page Data“ and all adjustments need to be
performed again.
Adjusting page D
Adjusting Address 00 to 6F
Adjusting page F
Adjusting Address 00 to FF
Adjusting page E
Adjusting Address 00 to FF
Initializing Method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 2, address: 00, and set data: 55.
3) Select page: 2, address: 01, set data: 55, and press the PAUSE
button of the adjusting remote commander.
4) Select page: 2, address: 02, and check that the data is 01.
5) Select page: 3, address: 00, and set data: 29.
6) Select page: 3, address: 01, set data: 29, and press the PAUSE
button of the adjusting remote commander.
7) Select page: 0, address: 01, and set data: 00.
8) Perform „Modification of D,E,F Page Data“.
2. Modification of D, E, F Page Data
If the D, E, F page data has been initialized, change the data of the
“Fixed data-2” address shown in the following tables by manual
input.
Modifying Method:
1) Before changing the data, select page: 0, address: 01, and set
data: 01.
2) New data for changing are not shown in the tables because they
are different in destination. When changing the data, copy the
data built in the same model.
Note : If copy the data built in the dif ferent model, the camcorder
may not operate.
3) When changing the data, press the P A USE button of the adjusting
remote commander each time when setting new data to write the
data in the non-volatile memory.
4) Check that the data of adjustment addresses is the initial value.
If not, change the data to the initial value.
5) After compleating “Modification of D, E, F Page Data”, select
page: 0, address: 01, and set data: 00. Also perform all
adjustments.
5-8
Page 76
3. D Page Table
Note1 :
Fixed data-1 : Initialized data.
(Refer to “1. Initializing the D,E,F Page Data”.)
Fixed data-2 : Modified data.
(Refer to “2. Modification of D, E, F Pa ge Data”).
Address Initial V alue Remark Address Initial V alue Remark
00 to 0F
10 00 Fixed data-1
11 00 (Initialized data)
12 00
13 Fixed data-2
14 (Modified data, copy the data
15 built in the same model.)
16
17
18
19
1A
1B
1C
1D
1E
1F
20
21
22
23
24
25
26
27
28
29
2A Fixed data-1
2B (Initialized data)
2C
2D
2E Fixed data-2
2F
30 88 Battery end adj.
31 8D
32 A8
33 BD
34 C8
35 Fixed data-2
36 (Modified data, copy the data
37 built in the same model.)
38
39
3A
3B
3C
3D
3E
3F
40
41
42
43
44
45
46
47
48
49
4A
4B Fixed data-1
4C (Initialized data)
4D
4E
4F
50 Fixed data-2
51 (Modified data, copy the data
52 built in the same model.)
53
54
55
56
57
58
59
5A
5B
5C
5D
5E
5F
60 Fixed data-1
61 (Initialized data)
62
63
64
65
66
67
68
69
6A
6B
6C
6D
6E
6F
5-9
Page 77
4. F Page table
Note 1:
Fixed data-1 : Initialized data.
( Refer to “1. Initializing the D,E,F Page Data”.)
Fixed data-2 : Modified data.
(Refer to “2. Modification of D, E, F Page Data”).
Note 2: There are two models classified by CCD imager types as
shown below , and the initial value of adjustment is dif ferent
according to the model.
510H model : CCD-TR57/TR67/TR413PK
760H model : CCD-TR87/TR414PK/TR917/TR940/TR940PK
Note 3 :There are two models classified by VTR formats as shown
below, and the initial value of adjustment is different
according to the model.
Hi8 model : CCD-TR917/ TR940/ TR940PK
Standard8 model : CCD-TR57/ TR67/ TR87/ TR413PK/
TR414PK
Address Initial Value Remark
00 to 0F
10 00 Emergency memory address
11 00
12 00
13 00
14 00
15 00
16 00
17 00
18 00
19 00
1A 00
1B 00
1C Fixed data-2
1D
1E
1F Fixed data-1
20 Fixed data-2
21 D2 G-CAM flip adj.
22 Fixed data-2
23
24 Fixed data-1
25 (Color reproduction adj.)
26 Fixed data-2
27
28
29 Fixed data-1
2A
2B Fixed data-2
2C A0 28MHz origin osc. adj.
2D Fixed data-2
2E Fixed data-1
2F 80 Hall adj.
30 80
31 18/08 Max gain adj.
Note 2 : 510H model/ 760H model
32 Fixed data-1
33
34 1B Color reproduction adj.
35 Fixed data-1
36 42 Color reproduction adj.
37 Fixed data-1
38
39
3A 89 Auto white balance adj.
3B 59
3C 38 IRIS IN/OUT adj.
3D 41
Address Initial V alue Remark
3E 25 Flange back adj.
3F 00
40 19
41 00
42 35
43 52 Angular velocity sensor
44 52 sensitivity adj.
45 7A 1.5MHz deviation adj.
46 8D 1.7MHz deviation adj.
47 7A BPF f0 adj.
48 Fixed data-1
49 6B Y OUT level adj.
4A 40 AFC f0 adj.
4B 9A C OUT level adj.
4C Fixed data-1
4D 7B Filter f0 adj.
4E 60 RP filter f0 adj.
4F Fixed data-1
50
51
52
53 40 REC Y current adj.
54 40 Address 57 to 5A are fixed
55 5F data addresses.
56 5F Note 3 : Hi8 model/ Standard8 model
57 A0/80
58 80
59 90/80
5A 80
5B 50 REC L level adj.
5C 50 Address 63 and 64 are fixed
5D 43 data addresses.
5E 43 Note 3 : Hi8 model/ Standard8 model
5F 66
60 66
61 67
62 67
63 7C/80
64 78/80
65 80 REC C current adj.
66 41 IR video deviation Adj.
67 33 IR audio deviation Adj.
68 C7 IR video carrier freq. Adj.
69 3C CAP FG offset adj.
6A Fixed data-1
6B
6C
6D
6E
6F
70 3B AWB standard data input adj.
71 FF
72 56
73 7D
74 Fixed data-1
75
76 1B Flange back adj.
77 54
78 25
79 80
7A 10
7B FF
5-10
Page 78
Address Initial V alue Remark Address Initial V alue Remark
7C 0A Switching position adj.
7D 00
7E 0A
7F 00
80 Fixed data-2
81
82 Fixed data-1
83
84 Fixed data-2
85 Fixed data-1
86 Fixed data-2
87 Fixed data-1
88
89
8A
8B
8C
8D
8E Fixed data-2
8F Fixed data-1
90
91
92
93
94
95
96
97
98 Fixed data-2
99 Fixed data-1
9A Fixed data-2
9B Fixed data-1
9C Fixed data-2
9D Fixed data-1
9E Fixed data-2
9F Fixed data-1
A0 Fixed data-2
A1
A2
A3 Fixed data-1
A4
A5
A6 Fixed data-2
A7 Fixed data-1
A8 Fixed data-2
A9
AA Fixed data-1
AB
AC Fixed data-2
AD Fixed data-1
AE Fixed data-2
AF Fixed data-1
B0
B1
B2
B3
B4
B5
B6
B7
B8
B9
BA
BB
BC
BD
BE Fixed data-2
BF Fixed data-1
C0
C1
C2
C3
C4
C5 Fixed data-2
C6 Fixed data-1
C7
C8
C9 Fixed data-2
CA Fixed data-1
CB
CC
CD
CE
CF
D0
D1
D2
D3
D4
D5
D6
D7
D8
D9 Fixed data-2
DA Fixed data-1
DB
DC Fixed data-2
DD Fixed data-1
DE
DF
E0
E1
E2
E3 Fixed data-2
E4
E5 Fixed data-1
E6 Fixed data-2
E7 Fixed data-1
E8
E9
EA
EB Fixed data-2
EC
ED Fixed data-1
EE
EF
F0
F1
F2 Fixed data-2
F3 Fixed data-1
F4
F5 FF Color reproduction adj.
F6 F6
F7 Fixed data-1
F8
F9
FA
FB
FC
FD
FE
FF
5-11
Page 79
5. E Page T able
Note 1:
Fixed data-1 :Initialized data.
( Refer to “1. Initializing the D,E,F Page Data”.)
Fixed data-2 :Modified data.
(Refer to “2. Modification of D, E, F P age Data”).
Address Initial Value Remark
00 Fixed data-1
01
02
03
04
05
06
07
08
09
0A
0B
0C
0D
0E
0F
10
11
12
13
14 Fixed data-2
15 Fixed data-1
16
17
18
19
1A
1B
1C
1D
1E
1F
20
21
22
23
24
25
26
27
28
29
2A
2B Fixed data-2
2C
2D
2E
2F Fixed data-1
30
31
32
33
34
35
36
37
Address Initial V alue Remark
38 Fixed data-2
39
3A
3B Fixed data-1
3C
3D
3E
3F
40
41
42
43
44
45
46
47
48
49
4A
4B
4C
4D
4E
4F Fixed data-2
50 Fixed data-1
51
52 Fixed data-2
53 Fixed data-1
54
55
56
57
58
59 Fixed data-2
5A Fixed data-1
5B
5C Fixed data-2
5D Fixed data-1
5E
5F
60 Fixed data-2
61
62
63 Fixed data-1
64 Fixed data-2
65
66
67 Fixed data-1
68
69
6A
6B
6C
6D
6E
6F
70
71
72
73 Fixed data-2
74 Fixed data-1
75 Fixed data-2
76 to 99 Fixed data-1
5-12
Page 80
Address Initial V alue Remark Address Initial V alue Remark
9A Fixed data-2
9B Fixed data-1
9C Fixed data-2
9D Fixed data-1
9E
9F
A0 Fixed data-2
A1 Fixed data-1
A2
A3
A4
A5
A6
A7
A8
A9
AA
AB
AC
AD
AE
AF
B0
B1
B2
B3
B4
B5
B6
B7
B8
B9
BA
BB
BC Fixed data-2
BD
BE
BF Fixed data-1
C0
C1
C2 B0 VCO adj. (Color EVF)
C3 80 Bright adj. (Color EVF)
C4 77 Contrast adj. (Color EVF)
C5 80 White balance adj. (Color EVF)
C6 80
C7 Fixed data-2
C8
C9
CA
CB
CC B0
CD Fixed data-1
CE
CF
D0
D1
D2
D3
D4
D5
D6
D7
D8
Backlight consumption current adj. (Color EVF)
D9 Fixed data-1
DA
DB
DC
DD
DE
DF
E0
E1
E2
E3
E4
E5
E6
E7
E8
E9
EA Fixed data-2
EB Fixed data-1
EC
ED
EE
EF Fixed data-2
F0 Fixed data-1
F1
F2
F3 Fixed data-2
F4 Fixed data-1
F5
F6
F7
F8
F9
FA
FB
FC to FF
5-13
Page 81
1-3. CAMERA SYSTEM ADJUSTMENTS
Before perform the camera system adjustments, Check that the
specified value of “28MHz Origin Oscillation Adjustment”, “Y OUT
level Adjustment” and “C OUT level Adjustment” of “VIDEO
SYSTEM ADJUSTMENT” are satisfied.
1. G-CAM flip Adjustment
Set the color reproduction conditions to optimum.
Subject Color bar chart standard picture frame
Measurement Point Display data of page 1 of the adjusting
remote commander (Note 1)
Measuring Instrument
2. HALL Adjustment
For detecting the position of the lens iris, adjust the hall AMP g ain
and offset.
Subject Not required
Measurement Point DDS display data of EVF or TV monitor
(Note 3)
Measuring Instrument
Adjustment Page F
Adjustment Address 2F, 30
Specified Value 90 to 94 during IRIS OPEN (Note 1)
19 to 1D during IRIS CLOSE (Note 2)
Adjustment Page F
Adjustment Address 21
Note 1. Displayed data of page 1 of the adjusting remote
commander.
XX : XX
1 :
n S2
n S1
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 0, address: 03, and set data: 16.
3) Select page: F, address: 21, set data: D2, and press the PAUSE
button of the adjusting remote commander.
4) Select page 1 of the adjusting remote commander, and compare
the higher 2 digits (S1) and lower 2 digits (S2) of the 4-degits
display data.
When S1<S2
Perform steps 5) onwards.
When S1 S2
Perform steps “Processing after Completing Adjustments”.
5) Select page: F, address: 21, set data: 52, and press the PAUSE
button of the adjusting remote commander.
Processing after Completing Adjustments
1) Select page: 0, address: 03, and set data: 00.
2) Select page: 0, address: 01, and set data: 00.
Note 1: Select page: 2, address: 01, set data: 01, and press the
PAUSE button of the adjusting remote commander.
Note 2: Select page: 2, address: 01, set data: 03, and press the
PAUSE button of the adjusting remote commander.
Note 3: DDS display data of EVF or TV monitor.
00 00XX
n Object data
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 0, address: 03, and set data: 03.
3) Select page: D, address: 11, set data: 02, and press the PAUSE
button of the adjusting remote commander.
4) Select page: 2, address: 01, set data: 03, and press the PAUSE
button.
5) Select page: F, address: 30, set data: 80, and press the PAUSE
button.
6) Select page: F, address: 2F, set data: 40, and press the PAUSE
button.
7) Read the DDS display data (the bottom two digits of the display
data at the bottom right of the EVF or the TV monitor), and this
data is named K2.
8) Select page: F, address: 2F, set data: 30, and press the PAUSE
button.
9) Read the DDS display data, and this data is named K
1.
10)Select page: 2, address: 01, set data: 01, and press the PAUSE
button.
11)Read the DDS display data, and this data is named W
1.
12)Select page: F, address: 2F, set data: 40, and press the PAUSE
button.
13)Read the DDS display data, and this data is named W
14)Convert W
W
2' , K1' , K2'. (Refer to Table 5-1-2. “Hexadecimal notation -
1, W2, K1, K2, to decimal notation, and obtain W1' ,
2.
decimal notation conversion table” of “Service mode”.)
15)Calculate X
1' using the following equations (decimal notation
calculation).
2'+ K1'- W1'- K2' Equation 1
A’= W
B’= W
1' - K1' Equation 2
X
1'=[1904+(48 x A’)-(16 x B’)] / A’ Equation 3
16)Convert X
1' to hexadecimal notation, and obtain X1.
(Round off to one decimal place)
17)Select page: F, address: 2F, set data: X
1, and press the PAUSE
button.
18)Select page: 2, address: 01, and set data: 01, and press the PAUSE
button.
19)Select page: F, address: 30, change the data and adjust the DDS
display data to “92”.
20)Press the PAUSE button of the adjusting remote commander.
21)Select page: 2, address: 01, and set data: 03, and press the PAUSE
button.
5-14
Page 82
22)Read the DDS display data, and this data is named K0. If K0 lies
within the “19” to “1D” range, perform “Processing after
completing adjustments”. If it is lies outside the range, perform
the following adjustments.
23)Convert K
24) Calculate X
0 to decimal notation, and obtain K0'.
2' using the following equations (decimal notation
calculation).
C’= 146 - B’- K
X
2'=[(119- B’) x ( X1'-48)+(48 x C’)] / C’
0' Equation 4
Equation 5
1' and B’ are values obtained from equations 2) and 3) )
( X
25)Convert X
2' to hexadecimal notation, and obtain X2.
(Round off to one decimal place)
26)Select page: F, address: 2F, set data: X
2, and press the PAUSE
button.
27)Select page: 2, address: 01, set data: 03, and press the PAUSE
button.
28)Select page: F, address: 30, change the data and adjust the DDS
display data to “1B”.
29)Press the PAUSE button of the adjusting remote commander.
30)Select page: 2, address: 01, set data: 01, and press the PAUSE
button.
31)Check the DDS display data lies within the “90” to “94” range.
Processing after Completing Adjustments
1) Select page: D, address: 11, and set data: 00, and press the P A USE
button.
2) Select page: 0, address: 01, and set data: 00.
3) Select page: 2, address: 01, and set data: 00, and press the P A USE
button.
4) Select page: 0, address: 03, and set data: 00.
3. Flange Back Adjustment
The inner focus lens flange back adjustment is carried out
automatically. In w hichever case, the focus will be de viated during
auto focusing/manual focusing.
3-1. Flange Back Adjustment(1)
Subject Flange back adjustment chart
(2.0 m from the front of the lens)
(Luminance: 200 ± 50 lux)
Measurement Point Check operation on TV monitor
Measuring Instrument
Adjustment Page F
Adjustment Address 3E to 42, 76 to 7B
Switch setting:
1) NIGHT SHOT switch ...................................................... OFF
Adjusting method:
1) Check that at both the zoom lens TELE end and WIDE end, the
center of the chart for the flange back adjustment and center of
the exposure screen coincide.
2) Select page: 0, address: 01, and set data: 01.
3) Check that the data of page: F , address: 3E to 42, 76 to 7B is the
initial value (See table below).
Address Data Address Data
3E 25 77 54
3F 00 78 25
40 19 79 80
41 00 7A 10
42 35 7B FF
76 1B
4) Select page: 2, address: 02, and check that the data is “00 “.
5) Select pa ge: 2, address: 01, set data: 13, and press the PAUSE
button of the adjusting remote commander.
6) Select pa ge: 2, address: 01, set data: 15, and press the PAUSE
button of the adjusting remote commander.
(The adjustment data will be automatically input to page: F,
addresses: 3E to 42, 76 to 7B.)
7) Select page: 2, address: 02, and check that the data is „01“.
Processing after Completing Adjustments
1) Turn OFF the main power supply (8.4V).
2) Perform “Flange Adjustment (2)”.
5-15
Page 83
3-2. Flange Back Adjustment (2)
Perform this adjustment after performing “Flange Back Adjustment
(1)”.
Subject Subject more than 500m away
(Subjects with clear contrast such as
buildings, etc.)
Measurement Point Check operation on TV monitor
Measuring Instrument
Adjustment Page F
Adjustment Address 3E to 42, 76 to 7B
Switch setting:
1) NIGHT SHOT switch...................................................... OFF
Adjusting method:
1) Set the zoom lens to the TELE end and expose a subject that is
more than 500 m away (subject with clear contrast such as
building, etc.). (Nearby subjects less than 500 m away should
not be in the screen.)
2) Select page: 0, address: 01, and set data: 01.
3) Select page: 2, address: 02, and check that the data is “00”.
4) Select page: 2, address: 01, set data: 13, and press the PAUSE
button of the adjusting remote commander.
5) Place a ND filter on the lens so that the optimum image is obtain.
6) Select page: 2, address: 01, set data: 29, and press the PAUSE
button of the adjusting remote commander.
(The adjustment data will be automatically input to page: F,
addresses: 3E to 42, 76 to 7B.)
8) Select page: 2, address: 02, and check that the data is “01”.
Processing after Completing Adjustments
1) Select page: 0, address: 01, and set data: 00.
2) Turn OFF the main power supply (8.4V).
3) Perform “Flange Back Check”.
4. Flange Back Check
Subject Siemens star
(2.0 m from the front of the lens)
(Luminance: approx. 200 lux)
Measurement Point Check operation on TV monitor
Measuring Instrument
Adjustment Page F
Adjustment Address 3E to 42, 76 to 7B
Switch setting:
1) NIGHT SHOT switch ...................................................... OFF
Checking method:
1) Place the Siemens star 2.0m from the front of the lens.
2) T o open the IRIS, decrease the luminous intensity to the Siemens
star up to a point before noise appear on the image.
3) Select page: 2, address: 40, and set data: 02.
4) Select page: 2, address: 41, and set data: 01.
5) Shoot the Siemens star with the zoom TELE end.
6) Turn on the auto focus.
7) Check that the lens is focused (Note1).
8) Select page: 2, address: 21, and set data: 10.
9) Shoot the Siemens star with the zoom WIDE end.
10) Observe the TV monitor and check that the lens is focused.
Note 1: When the auto focus is ON, the lens can be checked if it is
focused or not by observing the data on the page 1 of the
adjusting remote commander.
1) Select page: 0, address: 03, and set data: 0F.
2) Page 1 shows the state of the focus.
1 : 00 :
XX
n Odd: Focused
Even: Unfocused
Processing after Completing Adjustments
1) Select page: 2, address: 21, and set data: 00.
2) Select page: 0, address: 03, and set data: 00.
3) Select page: 2, address: 40, and set data: 00.
4) Select page: 2, address: 41, and set data: 00.
5-16
Page 84
5. Picture Frame Setting
t=0 ± 0.1mesc
v
Color bar chart picture frame
TV monitor picture frame
Subject Color bar chart standard picture frame
(1.5m from the front of the lens)
Measurement Point Video output terminal
Measuring Instrument Oscilloscope and TV monitor
Specified Value A=B, C=D, t=0 ± 0.1msec
Setting method:
1) Adjust the zoom and the camera direction, and set to the specified
position.
2) Mark the position of the picture frame on the monitor display,
and adjust the picture frame to this position in following
adjustments using “Color bar chart standard picture frame”.
1. Horizontal period
A=B
A
2. V ertical period
C=D
B
C
D
Fig. 5-1-7.
Fig. 5-1-8.
5-17
Page 85
6. Color Reproduction Adjustment
Adjust the color Separation matrix coefficient so that proper color
reproduction is produced.
Subject Color bar chart standard picture frame
Measurement Point Video output terminal
Measuring Instrument Vectorscope
Adjustment Page F
Adjustment Address 34, 36, F5, F6
Specified Value All color luminance points should settle
within each color reproduction frame.
Note1: 510H model (CCD-TR57/TR67/TR413PK)
760H model (CCD-TR87/TR414PK/TR917/TR940/
TR940PK)
Switch setting:
1) NIGHT SHOT switch...................................................... OFF
For 510H model
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 2, address: 01, set data: 3D, and press the PAUSE
button of the adjusting remote commander.
3) Select page: F, address: 25, set data: 3F, and press the PAUSE
button of the adjusting remote commander.
4) Adjust the GAIN and PHASE of the vectorscope, and adjust the
burst luminance point to the burst position of the color
reproduction frame.
5) Change the data of page: F, address: 34, 36, F5 and F6, and
settle each color luminance point in each color reproduction
frame.
Note 2: Be sure to press the P A USE button of the adjusting r emote
commander before Changing the addresses. If not, the new
data will not be written to the memory.
6) Press the PAUSE button of the adjusting remote commander.
Processing after Completing Adjustments
1) Select page: 2, address: 01, and set data: 00, and press the PAUSE
button of the adjusting remote commander.
2) Select page: 0, address: 01, and set data: 00.
Burst positon
For 760H model
Burst positon
Fig. 5-1-9.
5-18
Page 86
7. IRIS IN/OUT Adjustment
For the unit to judge if the white balance is indoors or outdoors in
auto white balance operations, measure the light level and write it
in the EEPROM.
If the level is not correct, the white balance will not be accurate.
Subject Clear chart
(Color bar standard picture frame)
Measurement Point DDS display of EVF or TV monitor
Measuring Instrument (Note 1)
Adjustment Page F
Adjustment Address 3C, 3D
Note 1: The right four digits of the display data at the right bottom side
of the EVF and TV monitor is the LIGHT LEVEL data.
XX XX
00
n Lower two digits
n Upper two digits
Switch setting:
1) STEADY SHOT (Menu display) .................................... OFF
2) NIGHT SHOT switch...................................................... OFF
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 0, address: 03, and set data: 06.
3) Select page: D, address: 11, and set data: 02, and press the
PAUSE button of the adjusting remote commander.
4) Select page: 2, address: 40, and set data: 02.
5) Select page: 2, address: 01, set data: 0B, and press the PAUSE
button of the adjusting remote commander.
6) Read the DDS display data (Note 1), and take the upper two
digits as D
7) Conv ert D
1 and the lower two as D2.
1 to decimal notation, and obtain D1'. (Refer to Table
5-1-2. “Hexadecimal notation - decimal notation conversion
table” of “Service mode”.)
8) Calculate D
3' using the following equations. (Equations 1 and
2 are for decimal notation calculation).
When D
When D
9) Convert D
10) Select page: F, address: 3C, set data: D
2 D0
D
3' = D1' - 21 ................................................... Equation 1
2 < D0
3' = D1' - 22 ................................................... Equation 2
D
3' to hexadecimal notation, and obtain D3.
3, and press the PAUSE
button of the adjusting remote commander.
11) Select page: 2, address: 01, set data: 09, and press the PAUSE
button of the adjusting remote commander.
12) Read the DDS display data (Note 1), and take the upper two
digits as D4 and the lower two as D5.
13) Convert D
4 to decimal notation, and obtain D4'. (Refer to Table
5-1-2. “Hexadecimal notation - decimal notation conversion
table” of “Service mode”.)
14) Calculate D
6' using the following equations. (Equations 3 and
4 are for decimal notation calculation).
When D
When D
15) Convert D
16) Select page: F, address: 3D, set da ta: D
5 F0
D
6' = D4' - 13 ................................................... Equation 3
5 < F0
D
6' = D4' - 14 ................................................... Equation 4
6' to hexadecimal notation, and obtain D6.
6, and press the PAUSE
button of the adjusting remote commander.
8. MAX GAIN Adjustment
Setting the minimum illumination.
If it is not consistent, the image lev el required for taking subjects in
low illuminance will not be produced (dark).
Subject Clear chart
(Color bar standard picture frame)
Measurement Point DDS display of EVF or TV monitor
Measuring Instrument (Note 1)
Adjustment Page F
Adjustment Address 31
Specified Value C0 to FF
Note 1: The right two digits of the display data at the right bottom
side of the EVF and TV monitor is the object data.
00 00 XX
n Object data
Note 2: 510H model : CCD-TR57/TR67/TR413PK
760H model : CCD-TR87/TR414PK/TR917/TR940/
TR940PK
Switch setting:
1) STEADY SHOT (Menu display)...................................... OFF
2) NIGHT SHOT switch....................................................... OFF
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: D, address: 11, and set data: 02, and press the P A USE
button of the adjusting remote commander.
3) Select of page: 0, address: 03, and set data: 01.
4) Select page: 2, address: 40, and set data: 02.
5) Select page: 2, address: 56, and set data: 40.
6) Select pa ge: 2, address: 01, set data: 19, and press the PAUSE
button of the adjusting remote commander.
7) Select pa ge: F, address: 31, set data: [18] <08>, and press the
PAUSE button of the adjusting remote commander.
Note : [ ] : 510H model
: < > : 760H model
8) Check that the DDS display data (Note 1) lies within the specified
value.
Processing after Completing Adjustments
1) Select page: D, address: 11, and set data: 00, and press the P A USE
button of the adjusting remote commander.
2) Select page: 0, address: 01, and set data: 00.
3) Select page: 2, address: 01, and set data: 00, and press the P A USE
button of the adjusting remote commander.
4) Select page: 2, address: 40, and set data: 00.
5) Select page: 2, address: 56, and set data: 00.
Processing after Completing Adjustments
1) Select page: D, address: 11, and set data: 00, and press the PA USE
button of the adjusting remote commander.
2) Select page: 0, address: 01, and set data: 00.
3) Select page: 2, address: 01, and set data: 00, and press the PA USE
button of the adjusting remote commander.
4) Select page: 2, address: 40, and set data: 00.
5) Select page: 0, address: 03, and set data: 00.
5-19
Page 87
9. Auto White Balance Standard Data Input
Subject Clear chart
(Color bar standard picture frame)
Adjustment Page F
Adjustment Address 70 to 73
Note 1: Perfor m “Color Reproduction Adjustment” before this
adjustment.
Note 2: Check that the data of page: 2, address: 02 is 00. If not,
turn the power of the unit OFF/ON.
Switch setting:
1) NIGHT SHOT switch...................................................... OFF
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Wait for 2 seconds.
3) Select page: 2, address: 01, and set data: 11, and press the PAUSE
button of the adjusting remote commander.
4) Select page: 2, address: 01, and set data: 0D, and press the PA USE
button of the adjusting remote commander.
(When the standard data is take in, the data will be automatically
input to page: F, address: 70 to 73.)
5) Select page: 2, address: 02, and check that the data is “01”.
6) Perform “Auto White Balance Adjustment”.
Processing after Completing Adjustments
1) Select page: 2, address: 01, and set data: 00, and press the P A USE
button of the adjusting remote commander.
2) Select page: 0, address: 01, and set data: 00.
10. Auto White Balance Adjustment
Adjust to the proper auto white balance output data.
If it is not correct, auto white balance and color reproducibility will
be poor.
Subject Clear chart
(Color bar standard picture frame)
Filter Filter C14 for color temperature
correction
Measurement Point DDS display of EVF or TV monitor
Measuring Instrument (Note 1)
Adjustment Page F
Adjustment Address 3A, 3B
Specified Value R ratio: 2B40 to 2BC0
B ratio: 5E40 to 5EC0
Note 1: Perf orm “ Auto White Balance Standard Data Input” before
this adjustment.
Note 2: The right four digits of the display data at the right bottom
side of the EVF and TV monitor is the object data.
XXXX
00
n Object data
Switch setting:
1) NIGHT SHOT switch ...................................................... OFF
Adjusting method:
1) Place the C14 filter for color temperature correction on the lens.
2) Select page: 0, address: 01, and set data: 01.
3) Select page: D, address: 11, and set data: 02, and press the
PAUSE button of the adjusting remote commander.
4) Select page: 2, address: 01, and set data: 3F , and press the P A USE
button of the adjusting remote commander.
5) Select page: 0, address: 03, and set data: 04.
6) Select page: F, ad dress: 3A, and change the data, and adjust the
average value of the DDS display data(Note 2) to the R ratio
specified value.
7) Press the PAUSE button of the adjusting remote commander.
8) Select page: 0, address: 03, and set data: 05.
9) Select page: F, address: 3B, and change the data, and adjust the
average value of the DDS display data(Note 2) to the B ratio
specified value.
10) Press the PAUSE button of the adjusting remote commander.
Processing after Completing Adjustments
1) Select page: D, address: 11, and set data: 00, and press the
PAUSE button of the adjusting remote commander.
2) Select page: 0, address: 01, and set data: 00.
3) Select page: 2, address: 01, and set data: 00, and press the P A USE
button of the adjusting remote commander.
4) Select page: 0, address: 03, and set data: 00.
5-20
Page 88
11. White Balance Check
B-Y
2 mm
2 mm
R-Y
1.0 mm
1.0 mm
B-Y
R-Y
3 mm
3 mm
Subject Clear chart
(Color bar standard picture frame)
Filter Filter C14 for color temperature
correction
ND filter 1.0 and 0.3
Measurement Point video output terminal
Measuring Instrument Vectorscope
Specified Value Fig. 5-1-10. A to C
Switch setting:
1) NIGHT SHOT switch...................................................... OFF
Checking method:
1) Check that the lens is not covered with either filter.
2) Select page: 2, address: 01, set data: 0F, and press the PAUSE
button of the adjusting remote commander.
3) Check that the center of the white luminance point is within the
circle shown Fig. 5-1-10.A.
4) Select page: 2, address: 01, set data: 00, and press the PAUSE
button of the adjusting remote commander.
5) Select page: 2, address: 01, set data: 23, and press the PAUSE
button of the adjusting remote commander.
6) Place the C14 filter on the lens.
7) Check that the center of the white luminance point settles in the
circle shown Fig. 5-1-10.B.
8) Remove the C14 f ilter, and place the ND filter 1.3 (1.0 +0.3) on
the lens.
9) Check that the white luminance point stopped moving, and then
remove the ND filter 1.3.
10) Check that the center of the white luminance point settles within
the circle shown Fig. 5-1-10.C.
Processing after Completing Adjustments
1) Select page: 2, address: 01, and set data: 00, and press the PA USE
button of the adjusting remote commander.
Fig.5-1-10. A
Fig.5-1-10. B
R-Y
3 mm
2.0 mm
3 mm
B-Y
1.0 mm
Fig.5-1-10. C
5-21
Page 89
12. Angular Velocity Sensor Sensitivity Adjustment
• This adjustment is performed only when replacing the angular
velocity sensor.
Although this adjustment need not be performed when the circuit
is damaged, etc., check the operations.
• Note down the sensitivity displayed on the angular velocity sensor
of the repair parts. At this time, note down also to which board it
was attached to.
Be sure to check because if attached incorrectly, the screen will
vibrate up and down or left and right during hand-shake correction
operations.
Precautions on the Parts Replacement
There are two types of repair parts.
TYPE A : ENC03EA or ENC03JA
TYPE B : ENC03EB or ENC03JB
Replace the broken sensor with a same type sensor. If replace with
other parts, the image will vibrate up and down or left and right
during hand-shake correction operations. After replacing, re-adjust
according to the adjusting method after replacement.
Precautions on Angular Velocity Sensor
The sensor incorporates a precision oscillator. Handle it with care
as if it dropped, the balance of the oscillator will be disrupted and
operations will not be performed properly.
Adjustment page F
Adjustment Address 43, 44
Note: The sensor sensitivity of SE451 and SE452 of the SE-65
board is written only on the repair parts.
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Read the sensor sensitivity written on SE451 of the SE-65 board,
and take this as S
451.
3) Read the sensor sensitivity written on SE452 of the SE-65 board,
and take this as S
4) Calculate D
452.
43' and D44' using the following equation (decimal
calculation).
43' = 85 / S451
D
D44' = 90 / S452
5) Conv ert D43' and D44' into hexadecimal digits, to obtain D43 and
D
44. (Round off decimal points)
6) Select page: F, address: 43, set data: D
43, and press the PAUSE
button of the adjusting remote commander.
7) Select page: F, address: 44, set data: D
44, and press the PAUSE
button of the adjusting remote commander.
Processing after Completing Adjustments
1) Select page: 0, address: 01, and set data: 00.
2) Check that the steady shot operations have been performed
normally.
5-22
Page 90
1-4. COLOR ELECTRONIC VIEWFINDER SYSTEM
ADJUSTMENT
Note 1: The back light (fluorescent tube) is dri ven by a high voltage
AC power supply. Therefore, do not touch the back light
holder to avoid electrical shock.
Note 2: W hen replacing the LCD unit, be careful to prevent
damages caused by static electricity.
[Adjusting connector]
Most of the measuring points for adjusting the viewfinder system
are concentrated in CN910 of the VC-195 board.
Connect the measuring instruments via the CPC-7 jig (J-6082-382A).
The following table shows the Pin No. and signal name of CN910.
Pin No. Signal Name Pin No. Signal Name
1 LANC SIG 9 RF AGC OUT
2 XCPC IN 10 REC RF
3 IR VIDEO 11 RF SWP
4 AFC F0 12 CAP FG
5 BPF MONI 13 EVF BL
6 PB RF 14 EVF BL 4.75V
7 RF AGC IN 15 VCO
8 REG GND 16 EVF VG
1. EVF Initial Data Input
Mode VTR stop
Signal No signal
Adjustment Page E
Adjusting Address C2 to CD
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: E, and input the data in the following table.
Note: To wr ite in the non-volatile memory (EEPROM), press
the P A USE button of the adjusting remote commander each
time to set the data.
3) Select page: 0, address: 01, and set data: 00.
Address Data Remark
C2 B0 VCO adjustment
C3 80 Bright adjustment
C4 77 Contrast adjustment
C5 80 White balance adjustment
C6 80 White balance adjustment
C7 68 Fixed value
C8 50 Fixed value
C9 F8 Fixed value
CA A8 Fixed value
CB 3C Fixed value
CC B0 Backlight Consumption
Current Adjustment
CD 70 Fixed value
Screw driver (–)
Cover
Fig.5-1-11.
5-23
Page 91
2. VCO Adjustment (VF-1 19 board)
Set the VCO free-run frequenc y . If deviated, the EVF screen will be
blurred.
Mode VTR stop
Signal No signal
Measurement point Pin !∞ of CN910 (VCO) on VC-195
board
Measuring instrument Oscilloscope (DC range)
Adjustment page E
Adjustment address C2
Specified value A = 1.8 ± 0.1Vdc
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 3, address: 01, set data: 55, and press the PAUSE
button of the adjusting remote commander.
3) Check the GND level of the oscilloscope.
5) Select page: E, address: C2, change the data and set the VCO
output voltage (A) to the specified value.
4) Press the PAUSE button of the adjusting remote commander.
5) Select page: 3, address: 01, set data: 00, and press the PAUSE
button of the adjusting remote commander.
6) Select page: 0, address: 01, and set data: 00.
H
3. Bright Adjustment (VF-119 board)
Set the level of the VIDEO signal for driving the LCD to the specif ied
value. If deviated, the screen image will be blackish or saturated
(whitish).
Mode VTR stop
Signal No signal
Measurement point Pin !§ of CN910 (EVF VG) on VC-195
board
Measuring instrument Oscilloscope
Adjustment page E
Adjustment address C3
Specified value A = 7.2 ± 0.1 V
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 3, address: 01, set data: 55, and press the PAUSE
button of the adjusting remote commander.
3) Select page: E, address: C3, change the data and set the voltage
(A) between the reversed waveform pedestal and non-reversed
waveform pedestal to the specified value.
4) Press the PAUSE button of the adjusting remote commander.
5) Select page: 3, address: 01, set data: 00, and press the PAUSE
button of the adjusting remote commander.
6) Select page: 0, address: 01, and set data: 00.
A
Fig. 5-1-12.
A
GND level
(0 Vdc)
2H
Fig. 5-1-13.
5-24
Page 92
4. Contrast Adjustment (VF-119 board)
Set the level of the VIDEO signal for driving the LCD to the specified
value. If deviated, the screen image will be blackish or saturated
(whitish).
5. Backlight Consumption Current Adjustment (VF-120
board)
Set the backlight luminance and color temperature.
If deviated, the image may become dark or bright.
Mode VTR stop
Signal No signal
Measurement Point Pin !§ of CN910 (EVF VG) on
VC-195 board
Measuring Instrument Oscilloscope
Adjustment Page E
Adjustment Address C4
Specified Value A = 2.1 ± 0.1V
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select page: 3, address: 01, set data: 55, and press the PAUSE
button of the adjusting remote commander.
3) Select page: E, address: C4, change the data and set the voltage
(A) between the 7 step peak and the pedestal to the specified
value.
4) Press the PAUSE button of the adjusting remote commander.
5) Select page: 3, address: 01, set data: 00, and press the PAUSE
button of the adjusting remote commander.
6) Select page: 0, address: 01, and set data: 00.
7 step peak
A
2H
Fig. 5-1-14.
Mode VTR stop
Signal No signal
Measurement Point + Probe: Pin !¢ of CN910
(EVF BL 4.75V) on VC-195 board
– Probe: Pin !£ of CN910 (EVF BL)
on VC-195 board
Measuring Instrument Digital voltmeter
Adjustment Page E
Adjustment Address CC
Specified Value A = 21.0 ± 1.0 mVdc
Note: Adjust 30 seconds after running on the power supply.
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select pa ge: 3, address: 01, set data: 55, and press the PAUSE
button of the adjusting remote commander.
3) Select page: E, address: CC, change the data and set the voltage
difference (A) between Pin !¢ of CN910 (EVF BL 4.75V) and
Pin !£ of CN910 (EVF BL) to the specified value.
4) Press the PAUSE button of the adjusting remote commander.
5) Select pa ge: 3, address: 01, set data: 00, and press the PAUSE
button of the adjusting remote commander.
6) Select page: 0, address: 01, and set data: 00.
6. White Balance Adjustment (VF-119 board)
Correct the white balance.
If deviated, the reproduction of the EVF screen may degenerate.
Mode VTR stop
Signal No signal
Measurement Point Check on EVF screen
Measuring Instrument
Adjustment Page E
Adjustment Address C5, C6
Specified Value The EVF screen should not be colored.
Adjusting method:
1) Select page: 0, address: 01, and set data: 01.
2) Select pa ge: 3, address: 01, set data: 51, and press the PAUSE
button of the adjusting remote commander.
3) Select page: 2, address: 7D, and set data: 03.
4) Select page: E, address: C5 and C6, set the data to the initial
value.
Note: To wr ite in the non-volatile memory (EEPROM), press
the P A USE button of the adjusting remote commander each
time to set the data.
Address C5 C6
Data 80 80
5) Check that the LCD screen is not colored. If colored, change the
data of page: E, address: C5 and C6 so that the EVF screen is
not colored.
Note: To wr ite in the non-volatile memory (EEPROM), press
the P A USE button of the adjusting remote commander each
time to set the data.
6) Select page: 2, address: 7D, and set data: 00.
7) Select pa ge: 3, address: 01, set data: 00, and press the PAUSE
button of the adjusting remote commander.
8) Select page: 0, address: 01, and set data: 00.
5-25
Page 93
5-2. MECHANICAL SECTION ADJUSTMENT
t
2-2. T APE PATH ADJUSTMENT
Mechanism Parts Adjustments
For details on the adjustments and checks of mechanical section
and replacements of mechanism parts, refer to the separate volume“8 mm V ideo Mechanism Adjustment Manual VII B Mechanism ”.
2-1. OPERATING WITHOUT A CASSETTE
1) Refer to “Section 2 DISASSEMBL Y” and supply the pow er with
the cabinet removed. (So that the mechanical deck can be
operated.)
2) Connect the adjusting remote commander to the LANC terminal.
3) Turn on the HOLD switch of the adjusting remote commander.
4) Close the cassette compartment without loading a cassette and
complete loading.
5) Select page: 0, address: 01, and set data: 01.
6) Select page: F, addr ess: 2A, and set data: 01, and press the PA USE
button of the adjusting remote commander.
7) Select page: D, address: 10, and set data: 10, and press the PA USE
button of the adjusting remote commander.
8) Disconnect the power supply of the unit.
By carrying out the above procedure, the unit can be operated
without loading a cassette.
Be sure to carry out “Processing after Operations” after checking
the operations.
Set the data of page: D, address: 10 to the following if the sensor
ineffective mode, forced PLAYER (VTR) power supply ON
mode or forced camera power supply ON mode are to be used
together.
Forced VTR power supply ON mode ............ 12
Forced camera power supply ON mode ........ 11
[Processing after Operations]
1) Select page: 0, address: 01, and set data: 01.
2) Select page: F, addr ess: 2A, and set data: 00, and press the PA USE
button of the adjusting remote commander.
3) Select page: D, address: 10, and set data: 00, and press the PA USE
button of the adjusting remote commander.
4) Select page: 0, address: 01, and set data: 00.
5) Disconnect the power supply of the unit.
1. Preparations for adjustments
1) Clean the tape path face (tape guide , drum, capstan shaft, pinch
roller).
2) Connect the adjusting remote commander to the LANC terminal.
3) Turn on the HOLD switch of the adjusting remote commander.
4) Select page: 0, address: 01, and set data: 01.
5) Select page: F , address: 2A, and set data: 04 and press the P A USE
button of the adjusting remote commander.
Be sure to perform “Processing after operations” after
completing adjustments.
6) Connect the oscilloscope.
Channel 1: Pin 6 of CN910 of VC-195 board
External trigger: Pin !¡ of CN910 of VC-195 board
Connect the oscilloscope via the CPC-7 jig
(J-6082-382-A).
7) Playback the alignment tape for tracking.
WR5-1NP
8) Check that the RF waveform of the oscilloscope is flat a t both
the entrance and the exit.
If not flat, perform necessary adjustment according to the separate
“8 mm Video Mechanical Adjustment Manual VII (B
Mechanism)”.
9) Perform “Processing after operations”, after completing
adjustments.
CN910 of VC-195 board
Pin No. Signal Name Pin No. Signal Name
1 LANC SIG 9 RF AGC OUT
2 XCPC IN 10 REC RF
3 IR VIDEO 11 RF SWP
4 AFC F0 12 CAP FG
5 BPF MONI 13 EVF BL
6 PB RF 14 EVF BL 4.75V
7 RF AGC IN 15 VCO
8 REG GND 16 EVF VG
[Processing after operations]
1) Connect the adjusting remote commander, and tur n on the HOLD
switch.
2) Select page: 0, address: 01, and set data: 01.
3) Select page: F, address: 2A, and set data: 00.
4) Press the PAUSE buttonA of the adjusting remote commander.
5) Select page: 0, address: 01, and set data: 00.
6) Remove the power supply from the unit.
Must be fla
Fig. 5-2-1.
5-26
Page 94
5-3. VIDEO SECTION ADJUSTMENTS
When performing adjustments, refer to the layout
diagrams for adjustment related parts beginning
from page 5-52.
3-1. PREPARATIONS BEFORE ADJUSTMENT
The following adjusting instruments are used for adjusting the video
section.
3-1-1. Equipments to be Used
1) TV monitor
2) Oscilloscope: 2 phenomena, band 30 MHz or wider, with delay
mode. (Use a 10:1 probe unless specified otherwise.)
3) Frequency counter
4) Pattern generator with video output terminal
5) Digital voltmeter
6) Audio generator
7) Audio level meter
8) Audio distortion meter
9) Audio attenuater
10) Regulated power supply
11) Alignment tape
• For tracking adjustment (WR5-1NP)
Part Code: 8-967-995-02
• For video frequency characteristics adjustment
(WR5-7NE) Part Code: 8-967-995-13
• For checking Standard 8 mode operations
For LP (WR5-4NL)
Part Code: 8-967-995-51
For SP (WR5-5NSP)
Part Code: 8-967-995-42
Note: The following alignment tapes can also be used.
1) WR5-4NSP (8-967-995-41)
• For checking Hi8 mode operations
For SP (WR5-8NSE)
Part Code: 8-967-995-43
For LP (WR5-8NLE)
Part Code: 8-967-995-52
• For checking AFM stereo operations (WR5-9NS)
Part Code: 8-967-995-23
For checking BPF adjustment (WR5-11NS)
Part Code: 8-967-995-71
12) Remote commander for adjustment (J-6082-053-B)
13) CPC-7 jig Part Code: J-6082-382-A
14) Power code Part Code: J-6082-223-A
Note: Connect the adjusting remote commander to the LANC
jack, and set the HOLD switch to the “ADJ” side.
15) AFM DEV jig (J-6082-312-A)
16) IR Receiving jig (J-6082-383-A)
17) Extension cable (48P, 0.8mm) (J-6082-188-A)
5-27
Page 95
3-1-2. Precautions on Adjusting
1) The adjustments of this unit are performed in the VTR mode or
camera mode.
To set to the VTR mode, set the power switch to “VTR” (or
“PLAYER”) or set the “Forced VTR Power ON mode” using
the adjusting remote commander (Note 1).
T o set to the Camera mode, set the power s witch to “CAMERA”
or set the “Forced Camera Power ON mode” using the adjusting
remote commander (Note 2).
After completing adjustments, be sure to exit the “Forced VTR
Power ON Mode” or “Forced Camera Power ON Mode”.
(Note 3)
2) By setting the “Forced VTR Power ON mode” or “Forced Camera
Power ON mode”, the video section can be operate e ven if even
if the front panel block (MA-311 board, power switch,
microphone unit) has been removed. When removing the front
panel block disconnect the following connector.
1. VC-195 board CN903 (23P 0.5mm)
3) The lens block (CD-181 board) need not be connected except
during battery end adjustment. To remove, disconnect the
following connectors.
1. VC-195 board CN501 (16P, 0.5mm)
2. VC-195 board CN551 (23P, 0.5mm)
4) Video light (Video light model) need not be assembled. If
removing it. disconnect the following connector.
1. VC-195 board CN909 (10P, 0.5mm)
5) Cabinet (R) (Camera function switch (CF-49 board), viewfinder)
need not be connected. But removing the cabinet (R) (removing
the VC-195 board CN911) means r emoving the lithium 3V power
supply (CF-49 board) , data such as date, time, user-set menus
will be lost. After completing adjustments, reset these data. If
the cabinet (R) has been removed, the self-diagnosis data, data
on history of use (total drum rotation time etc. ) will be lost.
Before removing, note down the self-diagnosis data and da ta on
history of use. (Refer to the “Service Mode” for the data on the
history use.) T o remove the cabinet (R), disconnect the following
connectors.
1. VC-195 board CN911 (50P, 0.5mm)
Note 1: Setting the “Forced VTR Power ON” mode
(VTR mode)
1) Select page: 0, address: 01, and set data: 01.
2) Select page: D, address: 10, set data: 02, and press
the PAUSE button of the adjusting remote
commander.
The above procedure will enable the VTR power to be
turned on with the front panel block removed.
After completing adjustments, be sure to exit the
“Forced VTR Power ON mode”.
Note 2: Setting the “Forced Camera Power ON” mode
(Camera mode)
1) Select page: 0, address: 01, and set data: 01.
2) Select page: D, address: 10, set data: 01, and press
the PAUSE button of the adjusting remote
commander.
The above procedure will enable the camera power
to be turned on with the front panel block removed.
After completing adjustments, be sure to exit the
“Forced Camera Power ON mode”.
Note 3: Exiting the “Forced Power ON” mode
1) Select page: 0, address: 01, and set data: 01.
2) Select page: D, address: 10, set data: 00, and press
the PAUSE button of the adjusting remote
commander.
3) Select page: 0, address: 01, and set data: 00.
3-1-3. Adjusting Connectors
Some of the adjusting points of the video section are concentrated
at VC-195 board CN910. Connect the measuring instruments via
the CPC-7 jig (J-6082-382-A). The following table lists the pin
numbers and signal names of CN910.
Pin No. Signal Name Pin No. Signal Name
1 LANC SIG 9 RF AGC OUT
2 XCPC IN 10 REC RF
3 IR VIDEO 11 RF SWP
4 AFC F0 12 CAP FG
5 BPF MONI 13 EVF BL
6 PB RF 14 EVF BL 4.75V
7 RF AGC IN 15 VCO
8 REG GND 16 EVF VG
Table 5-3-1.
Screw driver (–)
Cover
Fig. 5-3-1.
5-28
Page 96
3-1-4. Connecting the Equipments
Connect the measuring instruments as shown in Fig. 5-3-2 and
perform the adjustments.
Connecting the TV Monitor and Regulated Power Supply
Battery terminal
Regulated power supply
8.4
±
0.1Vdc
Main Unit
VIDEO terminal
Fig. 5-3-2.
3-1-5. Alignment Tape
The following table lists alignment tapes which are available.
Use the tape specified in the signal column for each adjustment.
If the type of tape to be used for checking operations is not specified,
use whichever type.
Name
Record
-ing
mode
Tape
type
Tape
speed
Usage
Ta pe path
Tracking
WR5-1NP
Standard
8 mm
MP
SP
adjustment
Switching
position
adjustment
SP
SP
Frequency
characteristics
adjustment
Video frequency
characteristics
WR5-7NE
Operation check
(SP mode)
WR5-5NSP
Hi8
Standard
8 mm
ME
MP
Operation check
(SP mode)
WR5-8NSE
Operation check
(LP mode)
WR5-4NL
Hi8
Standard
8 mm
ME
MP
SP
Checking
operations
LP
Operation check
(LP mode)
Hi8
ME
LP
WR5-8NLE
SP
SP
AFM stereo
Checking
operations
BPF
adjustment
AFM stereo
Operation check
WR5-9NS
BPF adjustment
WR5-11NS
Standard
8 mm
Standard
8 mm
MP
MP
TV monitor
VIDEO
Connect when using the camera
mode or playing back.
Fig. 5-3-3. shows the 75% color bar signals recorded on the
alignment tape.
Note: Measure using the VIDEO terminal (Terminated at 75 Ω).
Tape type
MP ..... Particle type metal tape
ME .....Evaporated type metal tape
Table 5-3-2.
Fig. 5-3-3. Color Bar Signals of the Alignment Tape
5-29
Page 97
3-1-6. Input/Output Level and Impedance
Video input/output
Phono jack, 1 Vp-p, 75Ω,
unbalanced, sync negative
S video input/output (Hi8 model)
4-pin mini DIN
Luminance signal:
1Vp-p, 75Ω, unbalanced, sync negative
Chrominance signal:
0.286Vp-p 75Ω, unbalanced
Audio input/output
Phono jack,
Input: –7.5 dBs, input impedance more
than 47 kΩ
Output: –7.5 dBs, (at load impedance 47 k Ω),
impedance less than 2.2 kΩ
3-1-7. Recording Mode (Standard 8/Hi8) switching
(Hi8 model)
The record mode (Standard 8/Hi8) of this unit switches as shown in
the following table. The playback mode (Standard 8/Hi8) switches
automaticaly according to the recording mode of the tape played
back.
3-1-8. Service Mode
Additional note on adjustment
Note: After the completion of the all adjustments, cancell the
service mode by either of the following ways.
1) Unplug the main power supply and remove the lithium battery.
(In this case, date and time and menu setting have been set by
users are canceled. Perform resetting.)
2) After data on page: D and F is restored, select page: 0, address:
01, and return the data to 00. And when data on page: 3 is changed,
return the data to the original condition.
1. Test mode setting
Set/release each test mode. Select page: 0, address: 01, and set data:
01 before setting the data of page D and F.
Address 2APage F
FunctionData
00
01
Normal
Test mode
Various emergency prohibitions and releases
Drum emergency , capstan emergency , loading motor
emergency, reel emer gency, ta pe top and end, DEW
detection
Tape Used
ME
Hi8 MP
MP
Recording Mode
Hi8
Standard 8
Page D
Data
00
01
02
03
* For page D and F , the data set will be recorded in the non volatile
memory by pressing the PAUSE button on the adjusting remote
commander. Take note that, in this case, the test mode will not
be released even if the main power has been turned of f (8.4 Vdc).
* Be sure to return this address data to 00 after completing
adjustments/repairs and press the P A USE button of the adjusting
remote commander. And select page: 0, address: 01, and set data:
00.
Normal
Camera power ON
VTR power ON
Camera+VTR power ON
Address 10
Function
5-30
Page 98
2. Emergency Memory Address
Page F
Address
1st EMG code
10
Upper: MSW code when the mechanism starts shifting
12
13
14
16
17
18
1A
1B
When there are no emergency, data 00 will be written in the above
addresses (10 to 1B). When the first emergency occurs, the data
corresponding to the emergency will be written in the address (10
to 13) for this first emergency. In the same way, when the second
emergency occurs, the data corresponding to the emergency will be
written in the address (14 to 17) for this second emergency.
The data corresponding to the emergency occurring the last will be
written in the address (18 to 1B) for this last emergency.
Therefore the data of addresses 18 to 1B are renewed each time an
emergency occurs.
the 1st time
Lower: MSW code when the 1st emergency occurs
Lower: Target MSW code of the 1st emergenc y occurs
2nd EMG code
Upper: MSW code when the mechanism starts shifting
the 2nd time
Lower: MSW code when the 2nd emergency occurs
Lower: Target MSW code of the 2nd emer gency occurs
Last EMG code
Upper: MSW code when the mechanism starts shifting
the last time
Lower: MSW code when the last emergency occurs
Lower: Target MSW code of the last emergenc y occurs
Address 10 to 1B
Contents
2-1. EMG CODE (Emergency Code)
The codes shown in the following table which correspond to errors
that occur are recorded in addresses 10, 14, and 18.
Code
00
10
11
20
21
22
23
30
31
40
41
42
43
44
No error
Loading motor time-out during load
Loading motor time-out during unload
T reel emergency (reel slack) dur ing unloading
S reel emergency (reel slack) dur ing unloading
T reel emergency
S reel emergency
FG emergency at the start up of the capstan
FG emergency during the normal rotation of the capstan
FG emergency at the start up of the drum
PG emergency at the start up of the drum
FG emergency during the normal rotation of the drum
PG emergency during the normal rotation of the drum
Phase emergency during the normal rotation of the
drum
Type of Emergency
Note 1: Be sure to rewrite the data of addresses 10 to 1B to 00
after repairs/adjustments.
Note 2: When r ewriting the data, be sure to press the PAUSE
buttton of the remote commander after setting the data.
5-31
Page 99
2-2. MSW Codes
• The lower parts of the data of addresses 12, 16 and 1A represent
the MSW codes (mode switch, mechanism position) when errors
occurs.
• The upper parts of the data of addresses 12, 16 and 1A represent,
when the mechanism position is to be moved, the MSW codes at
the start of movement (when moving the loading motor).
• The lower parts of the data of addresses 13, 17 and 1B represent
the MSW codes of the desired movement when the mechanism
position is to be moved.
N Unloading Loading n
Mechanism
Position
MSB
MODE SW C
MODE SW B
MODE SW A
EJECT BL USE BL LOAD BL STOP BL TURN BL REC/PB BL REW
0 0 0 1 = 1
(
(
(
(
0 1 1 1 = 7
0 1 1 1 = 7
0 0 1 1 = 3
0 0 1 0 = 2
0 1 1 1 = 7
0 1 1 1 = 7
0 1 1 0 = 6
0 1 0 0 = 4
0 1 1 1 = 7
0 1 1 1 = 7
0 0 0 0 = 0
0 1 0 1 = 5
Release of Cassette Compartment Lock
Mechanism
Position
EJECT
BL
USE
LOAD
STOP
TURN
RECP/PB
REW
LS Chassis Movement Range
9(
MSW
Code
1
7
3
2
6
4
0
5
Position at which the cassette compartment lock is released. The mechanism will not move any further in the
unloading direction.
BLANC code. Between two codes. The mechanism will not be stopped by this code while it is operating.
EJECT completion position. When the cassette is ejected, the mechanism will stop at this position.
Code during loading/unloading. Code that is used while the LS chassis is moving.
Normal stop position. The pinch roller separates, the tension regulator returns, and the brakes of both reels
turn on.
Position at which is used when the pendulum gear swings from S to T or from T to S.
PB, REC, CUE, REV, PAUSE, FF positions.
The pinch roller is pressed and tension regulator is on.
REW position. REW are carried at this position.
The mechanism will not move any further in the loading direction.
9 (
Release of Pinch Roller
9
Pinch Roller Pressing
Contents
(
5-32
Page 100
3. Bit value discrimination
Bit values must be discriminated using the display data of the
adjusting remote commander for the following items. Use the table
below to discriminate if the bit value is “1” or “0”.
4. Switch check (1)
Page 3 Address 43
Bit Function When bit value=1 When bit value=0
0 VTR MODE SW OFF ON
1 CAM MODE SW OFF ON
2 START/STOP SW OFF ON
3 EJECT SW OFF ON
4 CC DOWN SW OFF ON
5
6
7
Using method:
1) Select page: 3, address: 43.
2) By discriminating the bit value of display data, the state of the
switches can be discriminated.
Remote
controller
display
0
1
2
3
4
5
6
An
Bn
(Example) If the remote commander display data is “8E”, bit
7
8
9
A (A)
B (b)
C (c)
D (d)
E (E)
F (F)
values from bit7 to bit4 can be discriminated from
column A, and those from bit3 to bit0 from column
B.
bit 3 or
bit 7
0
0
0
0
0
0
0
0
1
1
1
1
1
1
1
1
Bit value
bit 2 or
bit 6
0
0
0
0
1
1
1
1
0
0
0
0
1
1
1
1
bit 1 or
bit 5
0
0
1
1
0
0
1
1
0
0
1
1
0
0
1
1
bit 0 or
bit 4
0
1
0
1
0
1
0
1
0
1
0
1
0
1
0
1
5-33
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