JVC TK-C675BU, TK-C675BE Service Manual

SERVICE MANUAL

COMBINATION CAMERA

TK-C675BU/TK-C675BE

RELEASE

K

C

LO

COPYRIGHT © 1998 VICTOR COMPANY OF JAPAN, LTD.

No. 6681

December 1998

TABLE OF CONTENTS

Section Title Page Section Title Page

INSTRUCTIONS

1. DISASSEMBLY

1.1 REMOVING THE SIDE AND DOME COVERS ............ 1-1

1.2 REMOVING THE CAMERA ......................................... 1-1

1.3 REPLACING THE CCD IMAGE SENSOR .................... 1-2

1.4 REMOVING MAJOR CIRCUIT BOARDS ..................... 1-3

1.4.1 Removing the PR board ...................................... 1-3

1.4.2 Removing the IF board ........................................ 1-3

1.4.3 Removing the MD board and MD SUB board ..... 1-3

1.4.4 Removing the CN board ...................................... 1-4

1.4.5 Removing the power supply unit ........................ 1-4

1.4.6 Removing the lens assembly .............................. 1-5

1.4.7 Removing the pan/tilt assembly .......................... 1-5

1.5 DIP SWITCHES ........................................................... 1-5

1.6 CONSUMABLE PARTS ............................................... 1-6

1.7 REFFERENCE REPLACEMENT PERIODS OF
PARTS WHITCH REQUIRE MAINTENANCE AND

INSPECTION ............................................................... 1-6

1.8 Replacement of IC ROM (IF board IC27, IC29) ........... 1-6

1.9 Positional adjustments to the sensor plate ................. 1-7

1.10 Care in Transportation .............................................. 1-7

2. ELECTRICAL ADJUSTMENTS

2.1 EQUIPMENT NECESSARY FOR ADJUSTMENT ........ 2-1

2.2 COMPUTER AND PERIPHERAL EQUIPMENT ........... 2-1

2.3 GENERAL SETUP ........................................................ 2-2

2.4 SWITCH SETTING FOR ADJUSTMENTS .................... 2-2

2.5 HOW TO EXECUTE PROGRAM

SOFTWARE (PLSC1209) ............................................. 2-3

2.6 KEYBOARD OPERATION (PLSC1209) ........................ 2-3

2.7 MENUS ....................................................................... 2-3

2.8 CAMERA ADJUSTMENT ............................................ 2-4

2.9 BACK-FOCUS ADJUSTMENT ..................................... 2-4

2.10 EVR ADJUSTMENT ................................................. 2-5

3. DIAGRAMS AND CIRCUIT BOARDS

3.1 CCD/PR BOARD BLOCK DIAGRAMS ......................... 3-2

3.2 IF BOARD BLOCK DIAGRAM ..................................... 3-3

3.3 CCD BOARD SCHEMATIC DIAGRAM ........................ 3-4

3.4 CCD CIRCUIT BOARD ................................................ 3-4

3.5 PR CIRCUIT BOARD ................................................... 3-5

3.6 PR BOARD SCHEMATIC DIAGRAM ........................... 3-6

3.7 IF BOARD SCHEMATIC DIAGRAM ............................ 3-7

3.8 IF BOARD CIRCUIT BOARD ....................................... 3-8

3.9 MD/MD SUB BOARD SCHEMATIC DIAGRAM .......... 3-9

3.10 MD BOARD CIRCUIT BOARD ............................... 3-10

3.11 MD SUB CIRCUIT BOARD .................................... 3-10

3.12 CN BOARD SCHEMATIC DIAGRAM ..................... 3-11

3.13 CN CIRCUIT BOARD ............................................. 3-11

3.14 TM BOARD SCHEMATIC DIAGRAM ..................... 3-11

3.15 TM CIRCUIT BOARD ............................................. 3-11

3.16 OVERALL WIRINGS .............................................. 3-12

3.17 BLOCK DIAGRAMS of IC’s .................................... 3-13

4. EXPLODED VIEW AND PARTS LIST

4.1 EXPLODED VIEW ....................................................... 4-1

5. ELECTRICAL PARTS LIST

5.1 CCD BOARD ASSEMBLY PARTS LIST ....................... 5-2

5.2 PR BOARD ASSEMBLY PARTS LIST .......................... 5-3

5.3 IF BOARD ASSEMBLY PARTS LIST ............................ 5-6

5.4 MD BOARD ASSEMBLY PARTS LIST ......................... 5-8

5.5 MD SUB BOARD ASSEMBLY PARTS LIST ................. 5-9

5.6 CN BOARD ASSEMBLY PARTS LIST .......................... 5-9

5.7 TM BOARD ASSEMBLY PARTS LIST ......................... 5-9

6. PACKING ....................................................................... 6-1

SECTION 1

DISASSEMBLY

1.1 REMOVING THE SIDE AND DOME COVERS

(1) Rotate the side cover A in the direction of

it from the main body.

Fig. 1-1

(2) Remove the 3 screws 1 . Slide the dome cover B slightly

in the direction of , and pull it up in the direction of

B

and remove

A

.

1.2 REMOVING THE CAMERA

(1) Remove the covers as described in 1.1.
(2) Unplug the FPC cable C from the IF board.

IF board

C

Fig. 1-3

(3) Remove the 3 screws 2 and remove the camera D .

2

1

Fig. 1-2

CAUTION

When attaching the dome cover, tilt the camera by about
45° so as not to foul the FPC cable.

D

Fig. 1-4

(4) Remove the FPC cable from the section of the wire holder.

E

Fig. 1-5

1-1

1.3 REPLACING THE CCD IMAGE SENSOR

F

E

䡵 The image sensor is interchangeable only with a specified

image sensor.

䡵 New image sensors and crystal filters should be handled so

as not to leave fingerprints or grease on their glass surfaces.
To remove attached dirt or grease, blow on the glass surface
until it becomes misted then wipe it gently with a cotton
swab. (Do not use alcohol or other similar substances.)

䡵 After replacement, all of the adjustments should be performed

from the beginning.

䡵 Note that the image sensor is susceptible to static damage.
Be sure to take anti-static measures before replacing it.
䡵 After an image sensor has been removed, an electrical charge

may remain on the terminals of the camera circuit for a cer­tain period of time.
If a new image sensor is inserted into the socket in this con­dition, the image sensor may be instantly damaged by the
remaining electric charge. To prevent this happening, wait a
while (2 to 3 minutes) after removing an image sensor until
inserting another one in the socket.

䡵 After the CCD board has been removed from the lens as-

sembly, the back-focus adjustment should be performed
again.

(1) Remove the camera as described in 1.2.
(2) Remove the 3 screws 3 , the 3 screws 4 and the 2

screws 5 .

(3) Lightly push the section of the right camera cover F .
(4) Remove the left camera cover E in the direction as indi-

cated by the arrow →.

Fig. 1-8

CAUTION

Be careful not to damage the FPC cable when remov­ing the camera cover.

(5) Remove the 2 screws 6 and take out the CCD board. (The

CCD is inserted into the CCD board.)

CCD board

4

3

6

Fig. 1-6

Fig. 1-9

4

5

Fig. 1-7

1-2

1.4 REMOVING MAJOR CIRCUIT BOARDS

MD boad

M

N

9

P

1.4.1 Removing the PR board

(1) Remove the camera cover as described in 1.3.
(2) Remove the 2 screws 7 and remove the PR board.

PR board

1.4.3 Removing the MD board and MD SUB board

(1) Remove the camera as described in 1.2.
(2) Remove the IF board as described in 1.4.2.
(3) Remove the blind mask L .

L

7

Fig. 1-10

1.4.2 Removing the IF board

(1) Remove the side and dome covers as described in 1.1.
(2) Disconnect CN202 G and CN4 H from the IF board.
(3) Remove the 2 screws 8 and pull the IF board in the direc-

tion of the arrow. Now the IF board can be removed together
with the bracket (L) J and bracket (R) K .

G

IF board

H

J

K

Fig. 1-12

(4) Disconnect CN11 M , CN12 N and CN504 P from the MD

board.

(5) Remove the screw 9 and remove the MD board.

Fig. 1-13

Fig. 1-11

8

1-3

(6) Remove the 2 spacers R .
(7) Remove the MD. INSULATOR Q and remove the MD SUB

board.

1.4.5 Removing the power supply unit

(1) Remove the screws and disconnect the connectors as de-

scribed in 1.4.4.

(2) Remove the 2 screws 12 .

V

Q

R

Fig. 1-14

1.4.4 Removing the CN board

(1) Remove the 5 screws 10 and pull out the chassis assembly

in the direction of the arrow.

10

(3)

Remove the screw

Fig. 1-17

13

and remove the power supply unit

12

V .

Fig. 1-15

(2) Disconnect CN1 S , CN2 T and CN4 U from the CN

board, remove the 3 screws 11 , and remove the CN board.

U

S

T

CN boad

11

Fig. 1-16

13

Fig. 1-18

1-4

1.4.6 Removing the lens assembly

(1) Remove the CCD board as described in 1.3.
(2) Remove the PR board as described in 1.4.1. Now the lens

assembly can be removed.

1.4.7 Removing the pan/tilt assembly

(1) Remove the MD board as described in 1.4.3.
(2) Remove the CN board as described in 1.4.4
(3) Remove the power supply unit as described in 1.4.5. Now

the pan/tilt assembly can be removed.

Board

Symbol No.

MD S1-1

S1-2

S1-3

Function

Not used.
All switches should be set to OFF .

Switches whether “MANUAL” is dis­played during manual pan/tilt operation.

ON : Not displayed.
OFF : Displayed.

1.5 DIP SWITCHES

See Table 1-1 for the description of DIP switches on the PC
boards.
Values inside indicate the factory-set values.

Board

Symbol No.

IF S1

Switches the camera (PR board) control.

Function

JIG : Camera is controlled from the

jig connected to CN5 on the IF
board.

IF : Camera is controlled from the

CPU of the IF board.

S2

Switches enable/disable the pan/tilt opera­tion.

INIT : The pan/tilt assembly is initial-

ized at power ON and the pan/
tilt operation from the control­ler is enabled.

OFF : The pan/tilt assembly is not ini-

tialized at power ON and the
pan/tilt operation from the con­troller is disabled. (This setting
is used during adjustments.)

S3-1

Switches the maximum rotation speed in
the manual pan/tilt operation.

ON : PAN 240 degree/sec.

TILT 120 degree/sec.

OFF : PAN 80 degree/sec.

TILT 60 degree/sec.

S3-2

Switches the CPU operation mode accord­ing to the TV system.

OFF : NTSC
ON : PAL

S1-4

S1-5

S1-6

S2
S3

CN S1

Switches the communication line connec­tion mode. (This also results in switching
the communication protocol.)

ON : Bus connection (multi-drop).
OFF : Star connection (1-to-1 connec

tion).

Switches the communication directions.

ON : Simplex (1-way).
OFF : Duplex (2-way/4-wire).

Switches the internal sync and external
sync (power line lock).

ON : External sync (line lock) mode.
OFF : Internal sync mode.

When the camera is used in a RS-485
multi-drop connection system, set the
camera ID.

S2 : Sets the figure of 10.
S3 : Sets the figure of 1.

(Example: When S2 = 3 and S1
= 5, “35” is set.)

When it is used in a RS-422 system, these
switches should be set as
follows.

S2 : 0
S3 : 0

Sets the termination of the lines con­nected to RX+ and RX- on the bottom
panel.

ON : 110 ohm termination across

RX+ and RX-.

OFF : No termination.

S3-3

Switches the protocol.

OFF : Sets S1-4 and S1-5 of the MD

board.

ON : Uses the JVC-CAM protocol.

S3-4
S3-5

Not used.

All switches should be set to OFF .
S3-6
S3-7
S3-8

Note:

The settings of other DIP switches than S1 on the CN
board and S1-6 on the MD board are read at the time
the power is turned ON. Therefore, when changing the
position of these DIP switches, it is necessary to turn
the power OFF then ON again.

Table 1-1

1-5

1.6 CONSUMABLE PARTS

The pan/tilt assembly and the lens assembly of the TK-C675B
are consumable parts. Therefore, their servicing is charged to
the user even when it occurs within the warranty period.

For the method of checking the operation count, refer
to the instruction manual of the remote control software.

See Table 1-2 for the reference periods for the replacement of
the consumable parts.

1.8 Replacement of IC ROM (IF board IC27, IC29)

(1) For removing the IC ROM, it is recommended to use a spe-

cial tool, however, two small screwdrivers are substitutable
for it.

Part Name Replacement Period

Pan/tilt assembly 1,000,000 times of operation

Lens assembly 400,000 times of operation

Table 1-2

1.7

REFFERENCE REPLACEMENT PERIODS OF PARTS

WHITCH REQUIRE MAINTENANCE AND INSPECTION

Periodical maintenance and inspection are required to maintain
the initial performance and reliability of the unit. Table 1-3 has
been complied assuming the use of the unit under room tem­perature, and the periods indicated in the table are greatly vari­able depending on the operating environment and conditions.
Lack of proper maintenance, inspection and servicing will result
in great reductions of the times indicated in the table and will
cause other effects as well.

Part Name Part No. Reference Period

POWER SUPPLY UNIT

Refer to Sec. 4.1

30,000 hours or 3 years

Fig. 1-19 Example of special tool

(2) Insert the portions N of the special tool into the notches P of

the IC socket to pick up the IC. When using small screwdriv­ers, insert their tips into the notches P respectively and pick
up the IC with the two screwdrivers.

Fig. 1-20

(3) When in a new IC for replacement, make sure of its orienta-

tion and insert it gently into the IC socket with fingers keep­ing the IC level with the board surface.

Table 1-3

The figures shown in Table 1-3 are accumulated operating hours
assuming that the unit is operated for 24 hours a day under
room temperature (approx. 25°C). The figures will be reduced
to 15,000 hours or 1.5 years if the unit is accommodated in a
camera housing or used outdoors.

1-6

Fig. 1-21

1.9 Positional adjustments to the sensor plate

Whenever the sensor plate has been replaced, carry out the
adjustments listed below.

(1) Loosen screw 1 .
(2) Adjust the sensor plate position so that b is less than half of

a (b

a/2).
(3) Tighten screw 1 .
(4) Make sure that the sensor plate is positioned so that c=d.

a

b

c

d

Camera cover (L)

Sensor plate

1

Photo
Interrupter IF board

Fig. 1-22

1.10 Care in Transportation

In order to prevent damage to the photo interrupter on the IF
board during transportation, a bracket has been added. Be sure
to remove the bracket before installation by referring to the dia­gram below. Also, be sure to reinstall the bracket at the time of
transportation by reversing the removal procedure.

Don't Forget! Be sure to remove the transportation bracket.

A bracket to reduce shock during transportation is mounted
when this unit is shipped from the factory.

Be sure to remove this bracket before installation.

1.

Turn the camera
body cover in a
counterclockwise
direction to set the
mark to "RELEASE".

RELEASE

LOCK

(5) If the sensor plate is not positioned so that c=d, use pliers

etc. to bend the sensor plate until e becomes equal to f.

e

f

Bend here.

Fig. 1-23

RELEASE

LOCK

Camera body cover

2.

Pull the camera body
cover upward.

Claw

LOCK

R

ELEASE

3.

Remove the

Claw

5.

screw.

Put the screw back
and tighten it.

Camera body

4.

Remove the

transportation bracket

6.

Install the camera body cover in the reverse order of
removing and set the mark to "Lock".
Check that the three claws on the cover are locked onto
the camera body and that there is no clearance
between the cover and the camera body.

.

1-7

SECTION 2

ELECTRICAL ADJUSTMENTS

This unit is a camera incorporating an EVR (Electric Variable
Resistor) function. The EVR varies the resistance using a PC
and writes the varied resistance data in the memory of the cam­era.

2.1 EQUIPMENT NECESSARY FOR ADJUSTMENT

Instrument

Oscilloscope

Vectorscope

Color video monitor

Digital voltmeter

Program disk

(Software for adjustment)

(IBM-PC) (Windows 95) (For IBM-PC)

Available for 100MHz or higher

A calibrated instrument.

A color type instrument with a 75 ohm
video input.

Input impedance of 10M ohm or higher

(Remote control software)

Condition

Program disk

Conversion cable Interface cable Conversion cable

2.2 COMPUTER AND PERIPHERAL EQUIPMENT

• IBM PC/AT or compatible with MS-DOS operating system (For
Adjustment)

• 3.5inch FDD

• Serial port (RS232C)

• CPU:80386 or higher microprocessor

• VGA monitor (color or monochrome)

• Mouse

• WINDOWS 95 operating system (For Remote Control)

• 3.5inch FDD

• Serial port (RS232C)

• VGA monitor

• Mouse

J

V

C

PLSC1209 * PLSC1210

Light box lamp

YQ20645-001

Light box

YTU93072

Infinity adjustment lens Color bar chart Gray scale chart Test chart (Portrait)

YTU92001B YTU92001-051 YTU92001-052 YTU92001-054

Color temp. Conversion filter

KODAK wratten gelatin filter
No. 80C (or equivalent) SC32125 YTU93079

SC32124 YTU93063 YTU94066

Lens mount tool Focus chart Camera Stand

(Included in Infirity adjustment lens.)

* When used with TK-C675BU/E, it does not display “Camera Model” and “Camera ID”.

(Not necessory for adjustment)

2-1

2.3 GENERAL SETUP

Connect the equipment as shown below. The Left camera cover should be removed for adjustments (see 1.1).

Lens mount tool
SC32125

POWER SUPPLY

DC 6V

To RS232C
port

(IBM PC/AT or compatible with MS-DOS)

TK-C675B

To RS422
port

IF board

CN5

AC 24V

Video out

75 Ω
terminator

Infinity adjustment lens
YTU92001B

Conversion cable
SC32124

Connect

Vectorscope

Light box

YTU93072

Connect

Conversion cable YTU94066

Interface cable YTU93063

75 Ω
terminator

Color monitorWaveform monitor

(WFM)

Adjustment
software

Computer

Remote control
software

Oscilloscope

RS422

RS232C

RS232C to RS422 conversion adapter

2.4 SWITCH SETTING FOR ADJUSTMENTS

(1) Set the camera functions by software (PLSC1210) as shown

in Table 2-1. (Note that S1 on the camera’s IF board should
be set to “IF”.)

(2) After the setting above, turn the power OFF, and set the

camera’s internal switches as shown in Table 2-2.

(3) Turn power ON again to start the adjustments.

Item Setting

AGC mode OFF

Shutter NORMAL

BLC mode OFF

Iris mode MANU

White balance ATW

Table 2-1 Function Setting

To RS232C
port

Computer

(Windows 95)

Board Switch Setting

IF S1 JIG

S2 OFF

S3-2 OFF (U Ver.) ON (E Ver.)

S3-1 OFF

S3-3

S3-4

S3-5

S3-6

MD S1-3 ON

S1-1 OFF

S1-2

S1-4

S1-5

S1-6

CN S1 ON

Table 2-2 Internal Switches

2-2

2.5

HOW TO EXECUTE PROGRAM SOFTWARE (PLSC1209)

2.6 KEYBOARD OPERATION (PLSC1209)

1) Install the MS-DOS “MOUSE. COM”. (This program can also
be used without Mouse.)

2) At the MS-DOS command line, type as follows.
A>TK-C675 {/N or /P} [/BW] [/COM2] <Enter>

/N or /P Set type of TV system. The program cannot

start without specified.
N : NTSC (U Ver.)

P : PAL (E Ver.)
/BW Set if the monitor is Black & white.
/COM2 Set if a serial mouse is connected to the

COM1 serial port to allow camera data com-

municate via COM2. If not specified, COM1

becomes the main communication port auto-

matically.

3) At the “Welcome” message, click <OK> or press [ENTER]
key.
Follow the message appearing on the display to prepare and
execute each setting.

4) When the main window is displayed, data communication
begins. However, if due to faulty connection or other abnor­mality, the program stops. Observe the check indication at
the lower right of the screen. If indication is “NG”, check
the cable connections and camera power. When indication
is “OK”, the program operation starts. If communication is
abnormal, press the [Break] key to terminate the program.

5) When the program starts, check the TV system indication of
the main window. If this is incorrect, restart the program
and correct the TV system entry.
To terminate the program, click the EEPROM menu, then
click Quit (or press [Crtl] + [F4] keys).

NOTE

For Remote Control Software (PLSC1210), See instruc­tion manual attached to the software. Not described on
this Service Manual.

Although a mouse is recommended for using this program, it
can also be operated from the keyboard in cases when a mouse
is not available.
The commonly use keys are as follows.

Key Function
[Alt] Menu selection
[Enter] Confirm
[Esc] Cancel
[Up] or [Shift] + [Up] Cursor shift
[Down] or [Shift] + [Down] Cursor shift
[Left] or [Shift] + [Left] Cursor shift
[Right] or [Shift] + [Right] Cursor shift
[Tab] or [Shift] + [Tab] Item select
[Insert] Insert or Overwrite text
[Delete] Delete text
[Back space] Cursor backspace during

text input

Short key operations are indicated on the screen.

2.7 MENUS

1) EEPROM Menu

Menu command Function

Read Readout EEPROM data (256 bytes) from camera.

Backup Backup EEPROM readout data to disk.

Restore Write disk backup data or EEPROM initial data of this disk into camera EEPROM.

Edit After EEPROM data readout, edit the data of a selected address (if using a mouse, double click

the desired address of the data table). Use care since editing rewrites the camera EEPROM
data.

Compare Compare EEPROM readout data with data in disk. Different data's color are change on the

screen.

Difference After comparing the data, data difference of a selected address is displayed.

(Double click the desired address data of the data table.)

Esc compare End comparison

Help Display “README. DOC” file.

Quit Terminate program.

2-3

2) BUFF menu

2.8 CAMERA ADJUSTMENT

Menu command Function

Buffer 1
Buffer 2
Buffer 3

3) CAM. ADJ. menu

Menu command

PLL control voltage

Gain

OFD

Y setup

White clip

AGC set

Burst level

Color difference balance (1)

Carrier dot balance

Color difference balance (2)

Carrier balance

Display white balance data on
main window.

Burst phase (E Ver. only)

SC phase (E Ver. only)

Offset data

R-Y/B-Y low

R, B gain

Color difference gain

Color difference matrix

White level

Manual white balance

Auto iris level

Menu command

• Light source and object for adjustment
Use the specified light box and object when adjusting the
camera with this program.

• Adjustment
Prepare the equipment and fixtures required for adjust­ment
Before adjusting, it is recommended to backup the
EEPROM data. Refer to the screen messages and per­form accordingly. Unless otherwise indicated, avoid oper­ating other menus etc. while adjustment is in progress.

Caution

If the camera power supply is cut off during program op­eration, communication error is produced. The program
stops and operations are not recognized. Communication
and program operation resume when camera power is re­stored. However, if communication error occurs during
adjustment or EEPROM data editing, first terminate, and
then restart the program again.

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

2.9 BACK-FOCUS ADJUSTMENT

This unit is shipped from the factory after its back-focus has been adjusted. Therefore, back-focus adjustment is usually unneces­sary. It should be performed only when required, for example after replacing the lens assembly.

1 Back-focus

adjustment

Monitor screen,
focusing chart.
The adjustment
software is not
used in this
adjustment.

Monitor screen

1) Attach the focus chart onto the INF adjust­ment tool.

2) Set the iris to fully open.

3) Adjust the illumination of the light box so that
the signal level is between 0.57 and 0.64 Vp­p (80 and 90 IRE).

4) Adjust the back-focus by referring to the in­struction manual of the remote control soft­ware (PLSC1210).

2-4

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

2.10 EVR ADJUSTMENT

• After replacing the CCD image sensor or EEPROM, execute “Restore” in the EEPROM menu to write the initial value data
“TKC675_N.DAT”(U Ver.) or “TKC675_P.DAT”(E Ver.) in EEPROM before proceeding to the adjustment.

• Set the lens iris using the remote control software (refer to the instruction manual of the remote control software).

• To adjust items which require the adjustment software, select the required menu commands from the CAM. ADJ. menus using

the [Alt] key or mouse.

1 PLL control

voltage
adjustment

2 Gain

adjustment

3 OFD

adjustment

• Oscilloscope
(H-rate 10:1)

• It is not neces
sary to use the
infinity adjust
ment lens for
this adjustment.

• Gray scale chart
(just scan)

• Oscilloscope
(H-rate 10:1)

• It is not neces­sary to use the
infinity adjust­ment lens for
this adjustment.

• TV monitor
screen.

• Incandescent
lamp.

Shutter
<U Ver.>
1/100
<E Ver.>
1/60

TP1 (A-2B) [IF]
2Bh (PLL voltage)

2.75V DC

TP201 (B-1C) [PR]
LENS IRIS

0.7Vp-p

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output
36h (Y gain)
<U Ver. >

0.714Vp-p [100 IRE]
<E Ver.>

0.7Vp-p

TV monitor screen
26h (V. sub)
Minimum blooming

1) Set S1-6 on the MD board to ON.

2) Adjust the PLL voltage data so that the volt­age at TP1 [IF] is 2.75V DC.

3) Set S1-6 on the MD board to OFF.

1) Set lens iris so that the white level in the
center of the gray scale chart at TP201 [PR] is

0.7Vp-p.

2) Adjust the Y gain data so that the white level
in the center of the gray scale chart at VIDEO
output is 0.714 Vp-p [100 IRE] (U Ver.) or 0.7
Vp-p (E Ver.).

1) Set the shutter to “1/100” (U Ver.) or 1/60(E
Ver.).

2) Shoot an incandescent lamp and set the iris
to a position at which blooming becomes
most clear.

3) While observing the monitor screen, adjust
the V. sub data so that blooming disappears.

4) Set the shutter to “NORMAL”.

Smear

Incandescent lamp

Blooming

Monitor

2-5

Monitor

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

4 Y setup

adjustment

5 White clip

adjustment

0.785 Vp-p
(U Ver.)

0.77 Vp-p
(E Ver.)

• Oscilloscope
(H-rate, 10:1)

• Gray scale chart
(Just scan)

• Oscilloscope
(H-rate, 10:1)

VIDEO output
22h (Y setup level)
30mVp-p

30 mVp-p

VIDEO output
37h (White clip level)
<U Ver.>

0.785Vp-p
<E Ver.>

0.77Vp-p

1) Close the lens iris.

2) Adjust the Y set up level data so that setup
level is 30mVp-p. (From the pedestal level)

1) Attach the infinity adjustment lens with gray
scale chart to the lens.

2) Open the lens iris.

3) Adjust the white clip level data so that the
white peak of gray scale chart is following
specified level at VIDEO output.

NOTE

When the carrier level of the white clip ex­ceeds 100mVp-p, use the menu command
[Edit] after completing white clip adjustment
in order to move the 26(Vsub) data and bring
the carrier level to a minimum.

6 AGC set

adjustment

• Gray scale chart
(Just scan)

• Oscilloscope
(H-rate, 10:1)

0.678 Vp-p
(U Ver.)

0.665 Vp-p
(E Ver.)

VIDEO output
LENS IRIS
<U Ver.>

0.643Vp-p [90 IRE]
<E Ver.>

1) Set lens iris so that the white level in the
center of the gray scale chart at VIDEO out­put is 0.643Vp-p [90 IRE] or 0.63Vp-p (E Ver.).

2) Click “OK”. The camera’s AGC mode is
switched automatically to 20 dB.

0.63Vp-p

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output

39h (AGC normal
reference)
<U Ver.>

0.678Vp-p [95 IRE]
<E Ver.>

3) Adjust the AGC normal reference data so that
the white level in the center of the gray scale
chart at VIDEO output is 0.678Vp-p [95 IRE]
(U Ver.) or 0.665Vp-p (E Ver.). (After this ad­justment, the AGC mode is switched auto­matically to OFF.)

0.665Vp-p

NOTE

As the output has hysteresis, decrease the
white level to below -95 IRE before starting
the adjustments.

2-6

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

7 Burst level

adjustment

8 Color

difference
balance(1)
adjustment

• Oscilloscope
(H-rate, 10:1)

• It is not neces­sary the infinity
adjustment lens
for this adjust­ment.

• Color bar chart
(Just scan)

•Oscilloscope
(H-rate, 10:1)

• Vectorscope

VIDEO output
25h (Burst level)
<U ver.>

0.286Vp-p [40 IRE]

1) Adjust the Burst level data so that the level
of the burst signal at the VIDEO output is

0.286 Vp-p [40 IRE] (U Ver.) or 0.300 Vp-p (E
Ver.).

<E ver.>

0.300Vp-p

VIDEO output
LENS IRIS

0.65Vp-p

1) Attach the infinity adjustment lens with color
bar chart to the lens.

2) Set lens iris so that white level of color bars
is 0.65Vp-p at VIDEO output.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­TP202 (B-1C) [PR]
30h [1H delay gain
(Yellow)]

3) Adjust the 1H delay gain (Yellow) data so that
the levels of the adjacent 1H signals at TP202
[PR] are identical.

Identical

0.65 Vp-p

9 Carrier dot

balance
adjustment

• Vectorscope

• It is not neces-

sary the infinity
adjustment lens
for this adjust­ment.

VIDEO output
34h (Carrier balance
dot adjustment)
Two dots are over­lapped.

1) Close the lens iris.

2) Adjust the Carrier balance dot adjustment data
so that the two dots on the vectorscope are
overlapped.
(It is recommended to be easier to see that
the gain of vectorscope is boosted.)

2-7

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

10 Color

difference
balance(2)
adjustment

0.65 Vp-p

11 Carrier

balance
adjustment

• Color bar chart
(just scan)

• Oscilloscope
(H-rate, 10:1)

• Vectorscope

• Vectorscope

• It is not neces-

sary the infinity
adjustment lens
for this adjust­ment.

VIDEO output
LENS IRIS

1) Set lens iris so that the white level of the color
bar chart is 0.65Vp-p.

0.65Vp-p

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output
31h (1H delay gain
(Cyan))

2) Adjust the 1H delay gain (Cyan) data so that
the dots of different colors are superimposed
on the vectorscope.

Chroma (colored) dots
should be superim­posed.

VIDEO output
27h
(Blue carrier balance)
28h
(Red carrier balance)

1) Close the lens iris.

2) Adjust the Blue carrier balance and Red car­rier balance data alternately so that the dot
on the vectorscope is center.
(It is recommended to be easier to see that
the gain of vectorscope is boosted.)

12 Burst phase

adjustment
(E Ver. only)

R-Y

• Vectorscope

B-Y

R-Y

R-Y

B-Y

VIDEO output
2Ah (Burst phase)
Angle of burst phase
is 90 degrees.

B-Y

1) Close the lens iris.

2) Adjust the Burst phase data so that the angle
of burst phase is 90 degrees on the
vectorscope.

90°90°

2-8

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

13 SC phase

adjustment
(E Ver. only)

14 Offset data

adjustment

• Color bar chart
(just scan)

• Oscilloscope
(H-rate, 10:1)

• Vectorscope

• It is not neces-

sary the infinity
adjustment lens
for this adjust­ment.

VIDEO output
LENS IRIS

0.65Vp-p

1) Attach the infinity adjustment lens with color
bar chart to the lens.

2) Set lens iris so that white level of color bar
chart is 0.65Vp-p at VIDEO output.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output
29h (SC phase)

3) Adjust the SC phase data so that the red dots
are superimposed on the vectorscope.

Red dots should be
superimposed.

66h (2R-G offset)
67h (2B-G offset)
6Ah (Y low offset)

1) Close the lens iris.

2) Press Enter key. The adjustment is preformed
automatically.

15 R-Y low, B-Y

low (indoor/
outdoor)
adjustment

(INDOOR)

• Color bar chart
(just scan)

•Oscilloscope
(H-rate, 10:1)

(OUTDOOR)

• Color bar chart
(just scan)

• Filter (80C+80C)

• Oscilloscope

(H-rate, 10:1)

VIDEO output
LENS IRIS

0.65Vp-p

1) Attach the infinity adjustment lens with color
bar chart to the lens.

2) Set lens iris so that white level of color bar
chart is 0.65Vp-p at VIDEO output.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­62h (B/Y
63h (R/Y

L indoor data)
L indoor data)

VIDEO output
LENS IRIS

0.46Vp-p

3) Press Enter key. The adjustment is preformed
automatically.

1) Put the filters (80C+80C) to the lens.

2) Set lens iris so that white level of color bar
chart is 0.46Vp-p at VIDEO output.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­64h
(B/YL outdoor data)

3) Press Enter key. The adjustment is preformed
automatically.

65h
(R/YL outdoor data)

2-9

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

16 R, B gain

(indoor/
putdoor)
adjustment

(INDOOR)

• Color bar chart
(just scan)

• Oscilloscope
(H-rate, 10:1)

• Vectorscope

VIDEO output
LENS IRIS

1) Set lens iris so that white level of color bar
chart is 0.65Vp-p at VIDEO output.

0.65Vp-p

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -

VIDEO output
A0h [R gain (indoor)]
A1h [B gain (indoor)]
A white signal

2) Adjust the R gain (indoor) and B gain (indoor)
data alternately so that the dot of the white
signal component appears in the center of the
vectorscope.

component dot should
appear in the center of
the vectorscope.

(OUTDOOR)

• Color bar chart
(just scan)

• Filter (80C+80C)

• Oscilloscope

(H-rate, 10:1)

• Vectorscope

VIDEO output
LENS IRIS

0.46Vp-p

1) Put the filters (80C+80C) to the lens.

2) Set lens iris so that white level of color bar
chart is 0.46Vp-p at VIDEO output.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output
A4h [R gain (outdoor)]
A5h [B gain (outdoor)]
A white signal

3) Adjust the R gain (outdoor) and B gain (out­door) data alternately so that the dot of the
white signal component appears in the center
of the vectorscope.

component dot should
appear in the center of
the vectorscope.

2-10

No.

Measuring

Item Mode Adjustment procedure

instrument &
Input signals

Measuring point ( )
Adjustment parts ( )
Adjustment level ( )

17 Color differ-

ence gain
(indoor/
outdoor)
adjustment

(INDOOR)

• Color bar chart
(just scan)

• Oscilloscope
(H-rate, 10:1)

VIDEO output
LENS IRIS

1) Set lens iris so that the white level of color
bar chart is 0.65Vp-p at VIDEO output.

0.65Vp-p

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output
A2h [R-Y gain(indoor)]
A3h [B-Y gain (indoor)]
Red signal level:

2) Adjust the R-Y gain (indoor) data so that the
Red signal level is 0.46Vp-p at video output.

3) Adjust the B-Y gain (indoor) data so that the
Blue signal level is 0.36Vp-p at video output.

0.46Vp-p
Blue signal level:

0.36Vp-p

Red

Blue

(OUTDOOR)

• Color bar chart
(just scan)

• Filter

(80C +80C)

• Oscilloscope (H­rate)

VIDEO output
LENS IRIS

0.46Vp-p

1) Attach the filters (80C + 80C) to the lens.

2) Set lens iris so that the white level of the color
bar chart at the output is 0.46Vp-p.

- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ­VIDEO output
A6h [R-Y gain(outdoor)]
A7h [B-Y gain (outdoor)]
Red signal level:

0.32Vp-p
Blue signal level:

3) Adjust the R-Y gain(outdoor) data so that the
Red signal level in the color bar signal is

0.32Vp-p.

4) Adjust the B-Y gain(outdoor) data so that the
Blue signal level in the color bar signal is

0.23Vp-p.

0.23Vp-p

2-11