NEC JC1402HME, JC1402HMEE, JC1402HMED, JC1402HMN, JC1402HMR Service Manual

NEe

MODELS

JC-1402HME/EE/ED/N/R

MULTISYNC

COLOR

SERVICE

MONITOR

MANUAL

PART NO. 599910266

Better Service

Better Reputation

Better Profit

A.

Electrical Description

Picture

Tube

Input

Signal

Display

Synchronization

Resolution

Video
Active

Colors

Band

Display

Width

Area

13
90
Dot
Non-long
Direct
Video.

Sync.

TTL
Analog
Horizontal
Vertical

Horizontal
Vertical:

30MHz

Horizontal
Vertical:

Visual

inches

degree

deflection.

type

black

persistence

each

TTL

ANALOG
Separate
Horizontal
Vertical
Composite
Positive/Negative
Composite
sync.
(Video

Input:

Input

diagonal

matrix.

Level

Positive

0 7

sync.

sync.

sync.

sync.

sync.

0.3

Vp-p

0.7

Vp-p
8/16/64
Unlimited

15.5

kHz
50 Hz
Non-interlace
800

dots

560

lines

250mm
185mm

0.31

mm

Trio

dot

phosphor,

Vp-p/750

TTL

Positive/Negative

Positive/Negative

on

Negative

Positive)

colors

to

to

80

Dark

Positive

Level

TTL

Level

Green

colors

35

kHz

Hz

(Automatically),

Active

(

changed

Video

(Automatically)

display

SPECIFICATIONS

Misconvergence

Power
Power
Environmental

NOTE:

by

pitch

bulb,

signal

area is )

timing.

Supply
Consumption

Considerations

The

above

for

further

Less

than

AC220

~.

85W
Operating

Storage

specification
improvement.

0.6mm

240 V

50/60

Temperature
Humidity
Temperature
Humidity

are

sublect

Hz

to

change

O°C
30%
'-20°C

10%

to

+40°C

to

80%
to

to

90%

without

+60°C

notice

.-

..::

NEC

Corporation

TOKYO.

JAPAN

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AC

220

BLOCK

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DIAGRAM

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RL8Q2

RL8Q3

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S~YNC

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B.

Mechanical Description (See below diagrams)

1.

Cabinet:

2.

Dimensions:

3.

Tilt

Swivel

Front

- -

,

-'-

LI!

L;::

Range

I-- -

8

5

~

J

Molded
360(W)X372(H)X400(D)

plastic

cabinet

Side

1'----

~

t--

'"

M

!

~r

I

400m1

'LI~J

with

attachable

mm

i

,

tilt

swivel base.

i

4.

Weigtlt:

5.

Controls

6.

Input

7.

Power
In

power

Rear

Front

case

Controls:

Controls:

Signal

Terminal:

cord

of

JC-1402HMEE,

cord

is as

follows.

the

end

16 kg

MANUAL
MODE

COLOR

POWER
BRIGHTNESS
CONTRAST

V.

POSITION

V.

SIZE

H.

POSITION

H.

SIZE
TEXT
TEXT

9 PIN

(SEE

of

-----~y=:==.::.::::j

-1-

SWITCH

SWITCH

MODE
SWITCH

CONTROL

SWITCH
SWITCH
COLOR

D-SUB

PAGE

SWITCH

CONTROL

CONTROL

CONTROL

CONTROL

SWITCH

CONNECTOR

2 FOR PIN

~-

~

(FEMALE)

ASSIGNMENTS)

-

---

---Green

_

..

_n_

Blue: Neutral

-- - Brown: Live

and yellow Earth

.-

•

GENERAL

MultiSync

adjusts

(Vertical).
computers
adapters
graphics
available

•

•

•

•

•

•

•

•

to

MultiSync
vertical
MultiSync
MultiSync
Adapter,
Video
MultiSync
a

new

MultiSync

560

lines
MultiSync
unlimited
MultiSync
MultiSync

amber
alphanumeric
MultiSync

II,

The

graphics

MultiSync

users

of

(the

CGA,

adapters

in

the

market

II

automatically

frequencies

II

is

II

is

the

IBM

Graphics

II's

wide

monitor.

II

has a

for

superior

II

offers

palette

II

automatically

II features a

and

green)

text

II

has a 14

Intelligent

board

II

gives

crjsp

text

EGA,

PGC,

to

provide

place.

between

compatible

compatible

Professional

Array

and

compatibility

maximum

clarity

both

TTL

of

colors

TEXT

displaying

on a black

inch

Monitor,

scanning

IBM

and

vivid

VGA

users

scans all

50Hz

with

with

Graphics

other

horizontal

of

and

depending

adjusts

SWITCH

word

background.

diagonal

from

frequencies

PC,

PC/XT,

color

or

MCGA).

with

the

horizontal

and

the

IBM

the

IBM

IBM

compatible

makes

it

resolution

display.

ANALOG

on

to'

either a TTL

(TTL

processing,

display

NEC, is a

graphics

widest

high

from

PC/AT,

displays

MultiSync

range

15.5kHz

II
of

FEATURES

frequencies

80Hz.

PC,

PC/XT,

Color

Graphics

Controller,

possible

signal

the

mode

the

graphics

to

upgrade

of

800

inputs,

graphics

signal

only)

spread

and a large, 13

resolution

to

35kHz

Personal

when

can

also

color

monitor

between

PC/AT,

Adapter,

IBM

MultiColor

adapters.

boards

dots

and a

and

in

the

board

input

with a choice

sheets,

databases

inch

color

monitor

(Horizontal),

System/2

used

with

be used

compatibility

15.5kHz

PS/2

and

the

or

software

maximum

ANALOG

and

software

or

an
of

viewing

(PS/2)

any

of

with

other

and

look-alikes.

IBM

Enhanced

Graphics

without

vertical

mode

being

ANALOG

three

colors

or

other

area.

that

automatically

50Hz

and

compatible

the

IBM

IBM

compatible

and

35kHz,

Array,

purchasing

resolution

can

used.

signal

(paper

software

to

80Hz

graphics

capability

and

Graphics

the

IBM

display

input.

white,

in

crisp

all

of

an

When

setting up

•

To

eliminate

other

•

For
Allow

•
dissipate.

•

Don't
cause

• Keep
magnetic

•

Don't

•

Don't

lights

optimum

adequate

rest

the

fires

the

MultiSync

fields.
drop
use

the

iJnd

using
eye fatigue,
can

directly

viewing,

ventilation

MultiSync

or

electrical

the

MultiSync

MultiSync

II

the

don't

shine

the

MultiSync

all

II

or

shocks.

away

II

II

MultiSync

use

the

on

it.

around

other

heavy

from

high

when

in

damp,

CAUTIONS

II

pay

special

MultiSync

II

should

the

MultiSync

objects

capacity

transporting

dusty,

or

-·2-

attention

II

against a bright

be

just

below

II

so

that

on

the

power

transformers,

it.

dirty

places.

to

these

points

background

eye level.

heat

from

the

cord. A damaged

electric

motors

or

where

monitor

power

and

the

can

other

sun

properly

cord

can

strong

or

.-

I

PIN

ASSIGNMENTS

AND

SIGNAL

LEVELS

MANUAL

SIGNAL

PIN

Nd

Gf

2 GR

3 RE

4 GR EEN

5

BL

6

IN

MANUAL

---,,------------------------

SIGNAL

PIN

No

SWITCH

CGA/EGA

16

COLORS

---------

10UND

-----

OUND

0

UE

TENSITY

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

--CONNECTION

SYNC

YNC

SWITCH

OFF

-_._-

ON

TTL

COMPATIBLE

64

f--

GROUND
SECONDARY
PRIMARY
PRIMARY
PRIMATY
SECONDARY
SECONDARY
H.5YNC
V.SYNC

D-SUB

@@@@Ci)

(9'J@0@

COLORS

RED
RED
GREEN

BLUE

GREEN
BLUE

Type 9-P

ANALOG

PGC

COMPA

TIBLE

-RED

-GREEN -GREEN

-BLUE
COMPOSITE
6MODE
RED
GREEN
BLUE
GROUND GROUND

CONTROL

GROUND

GROUND

GROUND

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

SYNC

---

f----------------

VGA/MCGA

- RED

-BLUE
H.SYNG.
V.SYNC
RED

GROUND

GREN

GROUND

BLUE

GROUND

COMPATIBLE

--------,

2

3

6

11

9

______

_____

"

means

"6"

means
Normal
Approx.

SIGNAL

All

signal

"e"

means
means

-----

--------

-----

-_.

-------

INT

ENSITY

VIDEO

___ _ ________________________________

GFlOUND
mode

vertical

20%

LEVEL

levels.

except

0_7Vp-p (VI

07Vp-p

----.-~-

-------V-SYNC

or

NO-CONNECTION

control

height

increased

for

DEO)

(VIDEO).

-GREEN-----

._-

-------[-

H

of

vertical

at

TTL

vertical

those

listed

0_3Vp-p

RED

-------

BLUE

-IN-rEt,J.5ITY-

-------~

SYNC

height

high

height

below.

(SYNC.)

level

SECONDARY

PRIMARY

--p~~~~~y--

_._----

----

PRIMAflY

SECONDAfW

-----

SECONDARY

or

no-connection_

at

TTL

low

are

TTL

RED

RED

- -

-----

BLUE

GREEN

------

BLUE

level

-

-H

SYNC----

--------

V

L-

__________________

or

grounded_

SYNC

-GREEN

- - -

l

-BLUE

H/V

S-YNC - r

--

LiMODE

---

- -

GROUND

----------

- -

CONTROL

----

--

•

HIVSYNC

ON

GREEN

--

--::.---

------

---

----'

-3-

.-

•

TIMING

CHARTS

SEPARATE SYNC.

COMPOSITE

SYNC.

HORIZONTAL

VERTICAL

HORIZONTAL

VERTICAL

I"

____

~I

I~"_c

....

J2i

0

1_.

..

I

..

___

VIDEO

..

VIDEO

o

o"--

..

R

o

__

u

J

u,-----

..

! Sync. Polarity: Positive/Negative

I

.....

I •

.-=E'-1.1

~U

r--

COMPOSITE

SYNC. &

VIDEO

HORIZONTAL

VERTICAL

PRESET

r--'---~'-------:--

----_.

r--------

f---.-~--

f--

t---g.J1.2..~.

r--..Qp~--

--------

._---

r------~--

r--.-----~

1-----_.

REMARKS

IH

A

/lS

B

I'S

E

/lS

Iv

---

Oms
P

ms

Q

ms

R

ms

S

ms

TIMING

COMPATIBLE

1------.--

---------

r-------

-

---""---

1---

-----~

r----

CGA

15.85kHz
63

4.2 4.9

--

7.2 1.6 2.8 1.89
45

6.6 0

61

Hz

..

----~

16

.4

00.75 0.6

1.525 0.08

12.6

2.2 0

----

SEPARATE

SYNC.

H.

POSITIVE

V.SYNC

POSITIVE

--

SYNC.

Sync. Polarity: Positive/Negative

.~

(SYNC.

ON

GREEN)

-4~1------~'------~j

>-----_._.-

-----~---

'."

...

-

---~

I

---.....I-

-;~-

.-~-----'

Sync. Polanty: NegatIve

EGA

COMPATIBLE

22kHz

--_._.

45.5

----------_.

----------

39 25.6 25.17

60

Hz

--------

16.68 16.6 14.27 14.27 16.68

.-----

16

SEPARATE

SYNC.

H.

SYNC.

POSITIVE

V

SYNC.

NEGATIVE

PGC

COMPATIBLE

30.48kHz
33

--

4.5

---

0.1

60

Hz

0.07 0.064

2.12

13.05

1.36 1.2 0.41
HIV

COMPOSITE

SYNC.

----~---------------

1.88

11.126

SEPARATE

SYNC.

H.

SYNC.

POS!TIV.E

V.

SYNC·

NEGATIVE

-4-

VGA/MCGA

COMPATIBLE

31.5kHz

31.77

3.77

0.94

70Hz

0.064

._---

1.08 1.02

12.716 15.246

SEPARATE

SYNC.

H.

SYNC.

NEGATIVE

V.

SYNC.

POSITIVE

L.....-........_~

--

~

I

-----

60Hz

0.064

0.35

SEPARATE

SYNC.

H.SYNC.

NEGATIVE

V.

SYNC.

NEGATIVE

__

--

.-

•

ADJUSTING

Fig. 1

THE

REAR

MANUAL SWITCH

CONTROLS

"'I

COLOR MODE SWITCH

o

MANUAL

This

switch

selects

OFF,

MultiSync

resolution

When

(8/16/64)
SWITCH_ (see

8

This
assignment

Refer

e

One
compatible

SWITCH

and

this

switch

needed

MO

DE

switch

to

the

COLOR

of

tile

four

graphics

as

of

user

shown

D SUB 9PIN TYPE (TTUANALOG)

SWITCH

either

the

IBM

mode

when

II

automatically

color

requirements

is

ON,

by

the

No_

00

the

graphics

below)

user

works

of

must

adapter

in

the

IBM

manually

SWITCH

selects

either

the

gray

scale

gray

scale_)

manual

MODE

color

~----

8

____________________

16

16

64

accompanying

SWITCH

configurations

adapters_

below

..

------

-----------------+-----------

colors

colors
colors

--

colors

The

-

-----

COLOR

with

low

with

IBM

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

---------------------------'---------------

the

[8/16(NEC)/16(IBM)/64]

proper

-----

---------

MODE

intensity

brown

OFF

or

the

IBM

mode

compatible

select

being

used

or

color

graphics

configuration

yellow

the

manual

and

adjusts

graphics

the

mode

with

the

with a TTL

adapter

can

be

----"~-------~

COLOR

-+

____

------'-----'-------

for

mode

itself

adapter

(gray/color)

MODE

signal

information

must

be

selected

selected

MODE

8

----'-

_____

16

(NEC)

16

(IBM)

64

when

ON_

to

the

being

and

SWITCH

input.

(See

on

by

using

SWITCH

When

this

switch

scanning

used_

the

and

the

when

the

--l

frequency,

number

APPENDIX B pin

input

COLOR

signal.

using

COLOR

of

non-IBM

is

colors

MODE

MODE

Note

This
Refer

switch

to

the

should

user

be

set

manual

correctly

accompanying

in

relation

the

to

the

grapllics

-5-

input

adapter

signal

for

of

the

~raphics

information

adapter

on

the

input

used_

.-

signal_

•

ADJUSTING

THE

FRONT

~

CONTRAST CONTROL
BRIGHTNESS
POWER SWITCH

TEXT COLOR SWITCH

CONTROLS

CONTROL

• POWER

Used

to

turn

When

the

power

•

BRIGHTNESS

Used

to

adjust

o

CONTRAST

Adjust

8

Adjust
display

o

the

display

V.

POSITION

this

knob

position;

V.

SIZE

o

SWITCH

the

Power

is

ON,

the

CONTROL

the

picture

CONTROL

to

the

CONTROL

for

the

turn

it

counterclockwise

CONTROL

o

V.

SIZE CONTROL

H.

POSITION CONTROL

ON

or

OFF.

power

LED

indicator

brightness

contrast

proper

of

preferred

vertical

the

position

for a lower

is lit.

screen.

by

the

user.

of

I

the

display.

display

TEXT SWITCH

H.

SIZE SWITCH

Turn

the

position.

knob

clockwise

for a higher

Adjust

this

turn

it

counterclockwise

o H.

Adjust
display

POSITION

this

to

knob

knob

the

for

for

right;

the

proper

for a smaller

CONTROL

the

proper

turn

it

counterclockwise

vertical

horizontal

size

display.

of

the

position

to

reposition

display.

of

the

~6~

Turn

display.

to

Hie left.

the

Turn

knob

the

clockwise

knob

clockwise

for a larger

to

reposition

display;

.-

•

• H.

Adjust
display

4D

This
When

below),

When it is

Note

The

CD

Use
Also
is selected (see No.2) regardless

SIZE

this

can be

TEXT

switch

it

is ON,

regardless

TEXT

TEXT

this

switch

use

this

SWITCH

switch

for

made

SWITCH

controls

the

OFF, the

SWITCH

COLOR

to

select the

switch

the

horizontal

wider.

- .

the

text

mode

text

will

appear

of

the

colors

color

of

the

works

only

SWITCH

text

to

select

the

size

of

of

the

MultiSync

in

the

of

the

software

software

in the

color-green,

gray

of

TTL

scale

the

program

position

display

color

mode.

color-green,

preferred.

displayed

program

being

amber

of

the

II.

or

by

being

used

paper

amber

TEXT

Wh~n

this

the

TEXT

used.

will

be

displayed.

White-when
or

paper

SWITCH.

switch

white-when

COLOR

the

TEXT

is ON, the

SWITCH

SWITCH

the

gray

width

of

(see No.12

is ON.

scale

mode

the

-7-

.-

•

THE

METHOD

FOR

REMOVING

Screw

AND

"a"

MOUNTING

Base A

CD

Insert 3 mounting

table

A. -

®

Arrange
on

the

bottom

Screw

the

philips

head

THE

TILT

the 3 male

of

the

table A to

screwdriver.

SWIVEL

screws

screws

Set

the

set

BASE

"a"

into

holes

"a"

into

the

in

correct.
driving 3 screws

on

the

female

"a"

turnin~.

Screws

with

a

[zJ

Base B
Base A

Square

/f

hole

of

rear

cover

(I)

(2)

Align

the

B,

into

Both

tables

degrees

arrow

the

table

are

clockwise.

of

both

A as

fixed

tables

shown

firmly

A and B,

on

the

by

turning

and

left.

the

put

table

the

B 180

table

0

[1]

[_{lin

case

you

Sequence

remove

from

[11--

the

OJ

turning

.

table,

take

a reverse

-8-

After

completing
Sequence
It is

recommended

coming

face

NOTE:

Please
horizontally.

avoid a harsh

OJ

to

-

the

the

ill

that

printing

,place

handling

attachment

the

the

Set

side

to

of

the

set in its

should

on

the

turn

the

turning

proper

be used

turning

Set

vertically

table

position.

with

table.

in

its

or

.-

I

DISASSEMBLY

Warning;

1.

Remove
rear.

This

equipment
properly,
radio

or

the

two

OF

THESE

ie.,

in

television

screws

generates

strict

accordance

reception.

0,

the

,.

,-

MODELS

and

two

screws ® and

'"

,wG~

I

used

with

hid

radio

the

following

one

• •

frequency

screw@

...

...

. .

-

energy

instruction,

pull

the

Cabinet

it

and
may

if

not

cause

Back

inet Back

©

reconstructed

interference

bakcward

to

to

the

F

Note:

2.

Remove

To

prevent

attaching

the 9

,'r

i/._

the

the

screws

"

lillI/III

Cabinet

III/III

/11/1111111/1111

.

/1111111111111/11

'2.

II

III

III!,'

/III

occurrence

Back,

©,

then

/,-

'

'

~

I

of a gap

be

lake

between

sure

to

tighten

off

SHIELDING © and

the

the

Cabinet

screws

@.

SHIELDING

Front

in

the

®

and

order

®

the

Cabinet

of 0 to

®

Back

when

.-

--

9-

I

2' As

for

Remove
PLATE,

model

the

JC-1402HMED

11

screws@1

SHIELDING.

and

one

screw

CD,

then

take

off

~

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}

1111111111111111

;

1111111111111111

1111111111111111

/.

~

I

PLATE, SHIELDING

3.

INTERFACE

Remove the 4 screws
Disconnect

PWB

the

connectors

UNIT

@,

then take

DISASSEMBLY

from

Remove the 2 screws, ® then take

off

the

the

INTERFACE

off

the

I r

~

......

,

..

_

..

't~~

..

".

....

,:-

SHIELDING

PWB

INTERFACE

,,~.

~

~_

@.

UNIT.
PWB

' •

UNIT.

10-

.-

•

3'

As

for

Remove

instructions
Remove
Disconnect
Remove

••

t •

~

¥

,~·,,·~#~·

••

1t

)1

model

PLATE,

the 4

the 2 screws,

~ . ~

.......

JC-1402HMED

SHIELDING 0 and

bellow.

screws

@,

then

take

the

connectors

t - I

/;"'~'~~~:~}~

~'ft~I'f.":~"~(~"~

CD

"

from

then

.-

:

take

.,.. , .,

.'

_

........

then

off

the

the

INTERFACE

off

the

,,;..(.

.

'J

take

out

SHIELDING

PWB

INTERFACE

the

INTERFACE

0.

UNIT.
PWB

UNIT.

r-

I

I

I
I

1.- -

r

..

I

I

I

L

· .

f¥lB

UNIT

as

the

,

•

~

...

4. SW. REG.

Disconnect
Remove

the

the 2 screws

~

®

UNIT.

DISASSEMBLY.

connectors

0,

then

C.

K.

SW

take

off

'

..

'.,r---. , __

SHIELDING

and

DEGAUSSING

the

SW. REG.

-L

Ii+

4~~~~

@

COIL

UNIT.

from

the SW. REG.

-

UNIT.

.,

~/II

II

filII

'I

i ! ! ! ! ! ! Ill!

/

111/111111111111

f"":

II I III!

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1///

1I11-'---='::"'-'ii,,:;'i,

.~

----

I

11-

SW

®

Fl

EG

LJ

N I

.-

•

PARTS

DEF

PWB ASSY

LOCATION

(PWE-194)

DIAGRAMS

S7

S6

S"

S~

S3

S7
SI

VR552

VRS,,]

15 8Sk

nk

\

l11il@NON

RIi?

mu

A VR551 H. F-V

--"--

--------

B TP551

.-.------

C VR401

--.--

o TP501 H.

~-.----

E VR502

~--

F VR501

...

_-------

G TP503

H

~~

---~Fl!~~-.

- -

------------~--.------

H.

F-V

-....

V.HOLD

HOLD

H.

HOLD

H.

HOLD

ADJ

--

----.-------

---

-.-

-----.--------.---------

.. ------------------

.- -

._---------------------

-.-------.----.-----~--------.-

-

..

(GND)

TP5E1 (16V)

-_·_·_·_-----------_·_------_·_--+----<1-----

R

o

K3

K?

K 1

f'

00::::0

---

------

M TP2002A

--

--

-.----

.. -..

---------

2 0 L506

--

1 R L505

-~--.-

----.-

t---.----

---

------

.

---

-~--.-.-

-----

N TP2001A

.. -.----.---.------------------1

0 VR402

P VR405 V

..

S VR5C1 TP502 6V

T VR403

-----

---------------------_._--1

--

--

-~----------------.--.----~

-

o

SUB

V.

LIN

.---------------------1

H.

WIDTH

...

--.-----.------.-------1

SIDE

PIN

f B T

HEIGHT

COIL

ADJ.

.-

--

12-

I

1
2
3
4
5

LED

PWB ASSY

VR

PWB ASSY
INTERFACE
VIDEO

PWB ASSY

CONTROL

PWB

ASSY

PWB ASSY

PWE-207E

PW~i-207D

PWE-207B
PWE-207A

PWE-207C

5

~-~----,-"------------~--~-

X VR3

f------1,-~-

Y VR4 V SIZE

f--~~+--------------------

Z VR5 H. POSITION EE VR2

r------

AA

r--·~-r-~~-~--~------4_--

BB

V.

POSITION

--.----------.---~~--+-------.~~

SW1

H.

SIZE

SW2 TEXT

-----------'-.-~-'-----.-----

.----j~----

-13

----

CC
DD VR701 SUB.

FF

-

---~---

SW3 TEXT

----.~-------

--~--~------------------

VR1

t-------~----·-·

------

COLOR

CONT
BRIGHT
CONTRAST

---.-~---.-

.-----.------~-

.-

I

INPUT

GG

HH

II

PWB ASSY

LL

KK--"

JJ

SW803
SW802
SW801

(PWE-206)

COLOR
MODE
MANUAL

MODE

GG

HH

JJ

KK

LL

"

VR803
VR802
VR801

CRT

-----

MM
NN

~~-

t

------"--

PWB ASSY (PWE-203)

MM

,

CRT

SOCKET

SS

-

VR904

VR905

-~::~~-------------.------

~

-"'-"----------------------

TT

I~Q

.------~-

--

----+----------------1

RR

-

~~--

------

VR902
VR903
TP901
TP902

A

.-

-

14

--

I

SW. REG. PWB ASSY (PWE-198)

CONNECTOR"K"

CONNECTOR"C"

e·

~

/ VR652 REF

'L

..

·11

.LV-VR653

,'t:-I

,

if'-

~II

•

V.

LIMITER

CONNECTOR

"DEGAUSSING

CONNECTOR"SW'

COIL"

.-

-

15-

•

ADJUSTMENT

PROCEDURE

Standard Adjustment Conditions

1)

Power

source

2)

3)

Aging:
Signals:

Video

Unless

Adjust

1. SW. REG.

1)

+B,

(VR651)185V

Adjust

2) t BUM

Note:

3) t

Remove
Adjust

Do

not

BH

(VR652)

This

control

Do

not

(VR653)

voltage:

after

Analog
Analog

Synchronizing

Deflection

otherwise

UNIT

VR651

to

V.limit

C-connector

VR653

to

operate

High

is

permanently

attempt

to

AC220V~240V

leaving

0.6Vp-p
Sync.

specified,

LINE

be

85

be

the

Voltage

readjust.

power

750

on

green
Video:
Synchronizing

TTL

Separate/composite

frequency:

VDC

(C1-Gnd

122 Volts.

SW. Reg.

on

terminal

0.6Vp-p

level

H.

V.

use

signal

Voltage)

unit

control

sealed at

50 Hz.

for

20

minutes

Positive

03Vp-p

Negative

15kHz -35kHz
50

Hz -80

14

itself

factory

polarity

polarity/positive

Hz

(22kHz

without

EGA

any

or

more.

mode).

load.

polarity

2.

Pre-adjustment of DEF PWB

Apply

24V

DC

For

sections

used

as a

1)

I 16V

Adlust

2)

t6Vadjustment
Applya
Adjust

3) I-:lorizontal FIV
Input

Adjust

3)

TESTING

adjustment

VR5EI

resistance

VR5CI

fH

ccc

25kHz

VR551

between

and

for

for

convertor

for

K2

4).

the

EOUIPMENT

16V t 0.05V

load

of

6 t 0.05V

adjustment

hOrizontal

10

±0.05V

and

K3.

JC-1402HMA

DC

between

1001

OW

between

DC

between

(signal 17)

synchronizing

DC

between

INTERFACE

TP5El

TP502

TP551

HC2

and

negative

and

and

and

PWB

the

HC3.

the

ground

polarity

the

ground.

ASSY S connector

ground.

5Vp-p

between

outPlit

S7 and

the

can

also

ground

be

.-

-

16-

•

4)

5)

Vertical
Input

Adjust
High
High

High

FIV

convertor

fv =

60Hz

VR451

for
voltage
voltage

With
DC

voltage
With
DC
Due
(74007891) .

protector
protector

32.0 ±O. W

between

protector

31.8

±0.1 V DC

between

to

DHHS,after

vertical

5.95

TP2001C

TP2002C

3. Main Adjustment

Set

the

Front

external

controls

VR1

CONTRAST:

VR2

BRIGHTNESS:
VR3 V
VR4

V.SIZE
VR5

HPOSITION:

VRs

(as seen

POSITION:

adjustment

synchronizing

±0.05V

setting

1

DC

applied

and

2

applied

and

adjusting

and

switches

from

front)

DC

between

between

the

between

the

VR2001

(signal

as

17)

positive

TP451

TP20().1 A and

ground.

TP2002A

ground.

and

follows

Max.

(fully

At

point
Mechanical
Center
Center

click
click

polarity

and

and

VR2002 seal

unless

otherwise

clockwise)

where

back

center

position
position

12Vp-J'I

the

ground.

the

ground,adjust

the

ground,

with

luster

between

adjust

an

adhesive

specified.

disappears.

S6

and

the

ground.

VR2001

VR2002

for

for

(TSE-385RTV)or

0.3

0.3

±0.05V

±005V

cap

3-1)

Rear

DEF

(1)

(2)

(3)

(4)

SW1

H.SIZE:

SW2

TEXT:

SM3

TEXT

controls
SW801
SW802
SW803

Horizontal
a)
b)

c)

Vertical
Receive

the
High
Receive
voltage
Due
Horizontal
Check
with

PWB

Short
Receive
screen.
Receive
screen.

indented

Voltage

to

L506.

MANUAL:
MODE
COLOR

Adjustment

Hold

signal

signal

is 23.5kV

DHHS,after

that

COLOR

(as seen

Hold

TP501

signal

signal

range.

Adjustment

Raster

the

from

MODE

and

TP503

16

(fH:

18

(IH:

14

(Iv:

60Hz),

16

(fH:

30.48kHz)

with

the the

adjusting

Centering

horizontal

rear)

(GNO).

30kHz)

20kHz)

linearity

Off
Off
Paper

Off
Color
8

colors

turn

vertical

and

CRT

seal

Signal

(small)(left
(left

side)

white

(left

side)

(right

(left

and

adjust

and

adjust

hold

adjust

anode

current

with

an

adhesive

14

(Adjust

is

suitable.

side)

(left

end)

side)

end)

horizontal

horizontal

VR401

high

voltage

cut

at

VGA

If

it is

hold

(1) VR501

hold

(2) VR502 so

and

set

to

the

adjustment

off.

(TSE-385RTV)

H:

31.5kHzlV

extremely

bad,

so

that

that

mechanical

VR2003

or

60Hz, 350

adjust

so

cap

(74007891).

to a suitable

there

there

center

that

line

mode)

is

is

within

the

one

one

high

point

--- 17

.-

--

If

the

screen

VRS

to

the

Turn

the
connector
Reinsert
Set

the

luster

horizontal

is

rolling,

center

brightness

RH

so

connector

centering

size

switch

t

z.

1°

0\ . No

o 0 •
o 0 •

click

that

RH

-.

-.

Little

Much

centering

position.

control

the

back

where

there

with

the

on

(widened).

oo""Hoc

correction

correction

can

fully

luster

manual

CRT

be

adjusted

clockwise

is

in

the

is

no

extreme

switch

For
of

with

so

that

center

lack

off

(to

horizontal

the

connector.

horizontal

~

back

of

the

CRT

of

or

break

the

left

correction,

position

raster

screen.

as

seen

appears,

in

the

from

set

with

VRS,

raster.

the

the

but

after

then

back)

direction

return

reinsert

and

the

NOTE:

Horizontal

(5)

Input

NOTE:

(6)

Vertical

a)

IJ)

(7)

Vertical
Receive

Due

the

Signal
CGA

EGA
PGC
PS/2

Linearity

Receive

Ad/ust

Sub

EGA

to

overscanning,

Position

signals

fH
fH
fH.

fH

The
The

signal

VH405

Height

signal

below

TTL/analog
manual

12

for

(Adjust

and

switch

(fH:

the

optimum

14 (fH:

Signals

to

the

adJust so

15.85kHz
kHz

22

30.48kHz

31.5

kHz

setting

should

18kHz)

and

22kHz)

of

fH:

raster

to

should

be

adjust

vertical

and

18kHz

center)

the

center

TTL

signal

TTL

signal

TTL

signal

TTL

signal

be

off.

VR402

linearity.

adjust

or

lower

of

10
14

16
1

correct.

for

VR402

cannot

the

raster.

the

suitable

for a vertical

be set.

The

order

VR
VR552

VR553
VR554
VR555

vertical

screen

is

not

screen

size

of

important.

size.

180mm.

.-

-~18

~

•

(8) Side Pin

(9)

(10)

Adjustment

3-2)

NOTE:

(1)

Cushion

djust

VR403

for

the

Horizontal
Adjust

Horizontal
Receive
250

The

If

correction

range

Initial Settings
VR801
VR701 SUB
VR901 - 903
VR904 - 906 SUB

Linearity

L506 fDr the

Width

EGA

signal 14 (fH: 22kHz) and

±2mm.

horizontal

so

Check
adjustment. In
to
Video:
Synchronizing:
Unless

- 803

size

is

not

that the linearity

of

Video

that the

the signal paterno

Analog

otherwise

of

GAIN

BIAS

Amplitude

Adjustment

optimum

optimum

switch

sufficient

video

particular,

0.6Vp-p
Separate

VR

CaNT

VR

BRIGHT

side

pin

horizontal

should

does

signals

so

specified, use signal 10

VR

with

not

and

for

check

TTL

VRs

VR

be off.

L505,

get worse.

White

are as

LVG-1600.

the level

level

cushion

Fully
Fully
Fully
Fully

distortion.

linearity.

adjust

width

turn

the

Balance

shown

the video signal

with

for

counterclockwise
clockwise
clockwise
clockwise

coil

L505

for a horizontal

L506

linearity

below

the signal

video adjustments.

before

to

coil

performing

be adjusted.

slightly

output

screen size

and

adjust

the

main

level varies

of

within

according

a

(2) Video

a)

GAIN

CD

o

CD

Contrast

Receive the
ABL
Contrast
Brightness
Adjust
are
After
settings.

Adjustment

VR

adjustment

window

even

with

contrast

control

VR801, VR802, and VR803

40Vp-p.

adjusting,

Fully

control

check

(Signal

pattern

Fully

(the

at

maximum

clockwise

counterclockwise

the

Vp-ps

11:

Window

video area

so

again

pattern)

of

1/3

is preferable).

that the

R,

G, and B

and readjust

Vp-p

- 1/2H x 1/2V in

outputs

if

they

do

not

which

on

the

conform

there is

VIDEO

to

the

no

PWB

-19-

.-

I

b)

SUB-CONT.

CD

Contrast
Brightness

o

Adjust
After
If

not,

±O.SVp-p.

VR

control

cosntrol

VR701

adjusting,

fine-adjust

adjustment

so

that

the G output

check

that

VR701

Fully

counterclockwise

Fully

clockwise

the

Rand B outputs

so

that

the

on

R,

the

G,

video

PWB

is

are

10Vp-p

and B outputs

10Vp-p.

±O.SVp-p.

are

within

the

range

of

10Vp-p

Cut-off

(3)

Set

the

a)

CD

Short

o

Short

(Be
As
line.
Turn
clockwise.
turn
color

b)

Turn
about

c)

Undo
order.

NOTE:

SUB-BRIGHT.

(4)

a)

Receive

b)

Contrast
Brightness

c)

Adjust
Do

not

d)

Contrast
Brightness

e) Receive an all

f)

Turn
Following
(4)'

procedure

Adjustment
Turn

the
sub-brightness
a) Receive
b)

Adjust
appear,

readjust

c) Receive the

Adjustment

contrast

TP901
TP401

sure

the

screen

the

the

is

the

bias

as

bright

the

Perform
tracking

signal

control

SUB

touch

control

VR904 and VR906

of

contrast

the

VR904

readjust

white

(All

control

and

TP902.

and

TPSE1 (16V) at 12kO.

to

perform

VR is

bias

VR

and

turn

screen

just

shorts

VR

slightly

VRs

for

as

the

between

the
which

VR

Adjustment

10 (1S.7SkHz) H

control

BRIGHT.

VR905

control

black

can

be

sub-brightness

control

control

signal

8 (15.75 kHz) all

and

VR906

the

balance.

all

white

black

signal)

fully

counterclockwise.

step

CD

before

turned

for

the

cut-off

after

signal.

used

VR905

VR905

pattern.

gradually

that

the

bias

further

VR905 so

clockwise

visible.

colors

reference

TP401

adjustment

follows

Fully
Fully

this.

Fully
Fully

so

that

instead

VR

fully

counter
mechanical

so

that

counter

color

VR

This

step

0.)

clockwise, a single

fully

counterclockwise.

for

the

next

and

set

color

is

the

other

than

the

color.

and

TPSEI 0

in as

better.

gray

scale

(16
clockwise
counterclockwise

that

the

4/16

counterclockwise
clockwise

the

back

raster

of

above.

clockwise,

center.

black

signal.

the

background

clockwise

color

to

appear

the

screen
reference
reference

and

between

dark a place

gradations).

gradation

is

white.

(Regarding

the

brightness

raster

so

that

color

Turn

fully

VR
color
color

TP901

as

is

just

quantum

becomes

the

retrace

will

appear

the

screen

counterclockwise.

at

the

point

where

for

the

cut-off

clockwise

possible

slightly

801C]

control

and

to

visible.

fully

white.

lines

for

TP902

make

disappear,

as a

horizontal

VR

further

the

adjustment.

that

they

CD

the

clockwise

If

retrace

Next
third

in

that

white

and

lines

are

and

.-

--

20-

I

(5)

Fine

Adjustment

Color

The

color

a)

Receive
(Window

b)

Contrast
Brightness
Check
If

not,

c)

Set
raster.

Check

If

not,

of

White

temperature:

should

signal

pattern -within a range

control

that

fine

the

contrast

that

fine

be

11

control
the

white

adjust

the

white

adjust

Center

white

(15.75kHz,

Fully

the

control

tile

Balance

X = 0.310

Y = 0.325

with a slightly

pattern

counterclockwise

Fully

clockwise
balance
sub

balance

gain

is

bright

fully

clockwise

is

VR, VR801

blue

window) H gray

in

which

proper

proper

for

VR, VR904

and

for

and

tinge.

there

all

gradations.

and

the

all

gradations.

VR803

scale

is

no

ABL.)

VR906

brightness

to

to

make

(16

make

control

it

white.

gradtions).

it

white.

so

that

there

is

no

back

(6)

Focus

Adjustment

(100%

white
Contrast
Brightness
Turn

the

(7)

Purity

Adjustment

a)

Be

sure

b)

Ensure
the

CRT

c)

Produce a complete,
assembly
such a manner
same

d)

Check

purity.

or

4-dot

control

focus

<Ingle

Make

Fully

control

control

that

the

that

the

stem

is 29

to

obtain a complete

between

the

complete

minor

missing

clockwise

To

sufficient

and

display

spaCing

mm11

red

that

they

adjustments

adjust

is

between

pattern

advance

the

two

blue

signal)

brightness

not

being

mm.

field

tabs,

and

complete

for

the

the
(See
on

in

which

if

needed.

optimum

exposed

Purity,
below

the

display.

of

the

an

opposite

focus.

to

any

Convergence

diagram)

Adjust

color

red.

direction
should
green

be

patterns

external

the

This

approximately

Magnet,

Purity

is

done

but

at

to

observe

magnetic

the

(PCM),

magnet
by

moving

same

180

their

fields.

assembly

rings

the

time

0

.

respective

on

two

to

the

tabs

obtain

and

PCM

in

the

color

.-

-

21-

•

Purity

4-pole

6-pole

Purity,

Convergence Magnet Assembly

Magnets

magnets

magnets

29' 1 nlln

(Red

(Green

to\lue

to

Magenta

(I'CM)

Convergence)

Convergence)

~t

--,

Il

___

~

I<

Red

to

Blue

(Magenta)

Convergence

(8)

a)

Produce a magenta

b)

Adjust
Also

c)

Vertical
4-pole

d)

Horizontal
angle

e)

Produce a white

f)

Vertical
of

the

g)

Horizontal
keeping

B R

Perform
the

an~le

~

_L_

1-

:

Perform
rot.ltion

Convergence

Adjustment

the

focus

adjust

the

red

and

magnets

red

between

green

6-pole

magnets.

green

the

angle

the

adjustment

betwecn

I·

the

adjustment

of

thc

two

crosshatch

for

the

brightness

blue

lines

on

the

and

blue

them

constant.

crosshatcll

and

magenta

and

between

the

tabs.

by

tabs.

best

overall

to

the

are

converged

PCM

assembly.

lines

are

pattern

lines

magenta

them

by

opening

synchrunous

on

the

focus

desired

converged

on

are

converged

lines

constant.

Green

display.

on

condition.

by

(See

the

display.

are

converged

B/RG

-+-

___

1

Perform
the

angle

~

~lLR

Perform

rotation

. .

the

adJustment

between

I

the

adjustmenl

of

the

two

the

tabs.

'--------~

to

Magenta Convergence

(White)

the

display.

varying
above
by

the

diagrams)

varying

by

varying

angle

the

by

between

two

tabs

the

angle

varying

the

together.

between

the

two

two

keeping

the

tabs

tabs

by

openln~

tabs.

hy

\yndlrollou')

of

the

the

two

tabs

together.

-22-

.-

•

BY

Indication

address

0

1
2
3

4

5

6

N

W

7

S
9

10

11
12
13
14

Abbreviation

CLOCK

H

FREO

V

FREO

CHR-SIZE

Nht

I

Nhd

Nhsp

Vpw-Hpw

Nadj

Nvt

Nvd

Nvsp

Nvspdj

INT

OUT

Unit

MHz

kHz

Hz

~OT

CHR
CHR
CHR

V.-RASTER

H-CHR

RASTER

LINE

LINE
RASTER
RASTER

ROM

address

XOO
X03
X06
X09

XOB

XOO

XOF

X11

X13
X14
X1S

X1S
X1A
X1B
X1C

01

I

28.320F 28.320F 28.320F

31.470F 31.470F 31.470F

50.032F
09X14 09X14

F100 F100 F100
F080
FOS2

02X12

13
F044 F037
F025 F025
F034 F030 F027

01
00 00

FOOOi1

02

SO.057F

F080 F080

F082

02X12 02X12

07

05

FOO011

03

70.0S9F
09X14

F082

01
F032
F025

09

00

FOO011

04

28.320F 2S.320F 28.320F

31.470F

50.032F 60.057F 70.089F
09X16

F100 F100
F080
F082

02X12

05
F039
F025
F031

06

00

F10011

LVG-1S00

05

31.470F 31,470F

09X16

FOSO
F082

02X12

13

F032
F025
F028 F025

02
00

F10011 F10011

OS

09X1S

F100 F100
F080
F082 F082

02X12

01
F028 F039
F025 F030

12

I

00

07

28.320F 2S.320F 14.160F

31.470F

50.032F
09X16

FOeO

02X12 02X12

05

F033 F030

14
00

FOO011

,08

31.470F 31.470F
SO.057F

09X16

F100
FOeO
FOS2

13
F032
F030

10

00

FOO011

09

60.057F
09X16

F050
F042
F042

02X06

12

F032
FOi1
F031

01
00

FOO011

I!

I

Indication

address

0
1
2

3

I

4
5

I

6

I

7

8

9
10
11
12
13
14

Abbreviation

CLOCK

FREQ

H

FREQ

V

CHR-SIZE

Nht

Nhc

Nhsp

Vpw-Hpw

Nadj

Nvt

Nvd

Nvsp

Nvspdj

INT

OUT

Unit

I

I

MHz

I

kHz

Hz

I

DOT

CHR

I

CHR

I

CHR

V-RASTER

H-CHR

RASIER

LINE

LINE
RASTER
RASTER

i

ROM

address

XOO
X03
X06
X09

XOB

XOO

XOF

X11

X13
X14
X16
X18

X1A
X1S
XIC

10

14.200F 14.200F

15.850F 15.850F 18A32F 22.003F

I 60.577F

08X10

F112
F080
F092 F062

I

01

X07

00
F026 F026 F026
F020
F023

05

I

00

F10011

11

60.577F
08X10

F112
F020

01X07

00 06 06

FOlD
F018 F025 F035 F035

05
00

F10011

CGA

12

16.255F 16.370F 16.370F

49.817F
09X14 I 08X10 08X10

F098 F093 F093 F103
F080
F081

1

5X1

5

F025

00

00

FOO101

MOA

13

59.953F

F080
F080 F080

13X10 13X10 02X14

F036 F036
F035 F035 F040

I

01
00

F10001

BY

LVG-1600

14

22003F

59.953F 59.987F

F080

06

01
00

FOOOO1

EGA

15

25.110F 25.110F

30.473F

08X10

F080
F080

08

F050

F044

01
00

F11011

400(L)PGC480(H)

16

30.473F

59.987F
08X10

F103
F080 F080
F080 F088

02X14

08
F050
F048 F038
F048

01

00

F11011

'17

20.800F

25.000F

59.952F
08X10

F104

03X08

07

F041

F038

01
00

FOOO01

25k

•

18

16.640F

20.000F

60.060F
08X10

F104
F080
F088

03X08

03
F033
FOjO
F030

01

00

FOOO01

20k

1\ i

•

DATA

TIMING

Real

Time

Dot
Horizontal
Vertical

Non-Real

Dots/Character
Total
Characters
Drive
Drive

OPTION

Signal

Gating

Composit
Vertical
Horizontal
Vertical

FORMAT

FOR

PARAMETERS:

Parameters

Rate

Rate

Rate

Time

Parameters

Horizontal

Delay
Width

PARAMETERS

Sync.

Step

Drive

Drive

USING

Quantum

801C

Vertical

Lines/Character

Total

Rows
Drive
Drive
Step

OP

1.-0=off

OP

2.-0=off

OP

3.-0=off

OP

4.-0=off

MHz

KHz
Hz

Delay

Width

Width

l=on
l=on
l=on

l=on

Signal

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

14.

15.

16.

17.

18.

No.

H:

31.47KHz

31.47KHz

H:
H:

31.47KHz

31.47KHz

H:

31.47KHz

H:

31.47KHz

H:

H

31.47KHz

H:

31.47KHz

31.47KHz

H:
H:

lS.8SKHz
1S.8SKHz

H:

l8.43KHz

H:
H:

22KHz
22

H

30.48KHz

H:
H

30.48KHz

H:

25KHz

H:

20KHz

Description

KHz

V:

50Hz (350

V:

60Hz (350

V:

70Hz

(350

V:

50Hz

(400

V:

60Hz (400

V:

70Hz

(400

V:

50Hz

(480

60Hz (480

V:
V:

60Hz (496 Lines)

WINDOW

(400
(480

PATTERN

Lines)
Lines)

lines)
lines)
lines)
lines)
lines)
Lines)
Lines)
Lines)

-

Signal

Polarity
Composite
Vertical
Horizontal
Vertical
Video

Interlace

Video

Mode

Duty

Cycle

Character

Horizonatal
Vertical
Cursor

Skew

Step

Drive

Mode

Clocking

Skew

Sync.

Drive

Mode

OP

5.-0=non-inverted

OP

6.

-O=non-inverted 1 =inverted

OP

7.-0=non-inverted 1 =inverted

OP

8.-0=non-inverted

OP

13.-0=non-inverted/positive
1

=inverted/positive
2=non-inverted/negative
3=inverted/negative

OP

9.-0c-cnon-interlace
1

=interlaced

3=interlaced

OP

1O.-0~-=monochrome

OP

11.-0=50%

o

or

1~100%

OP

12-0~single-phase

2=dual-phase
OP14.-skew
OP

15.-skew

OP

16.

-O:off
1=last
2=slow
3=on

1=100%(OP

right

down

blink

blink

continuous

l=inverted

1-c-inverted

sync
sync & video

(OP

12.2)

0-3

dots

0-9

lines

only

1

=-~color

120)

.-

-25-

•

Real Time
Dot
Horizontal

Vertical

Non-R,eal Time
HOots/Character
Total 112
Characters

Drive

Drive
V:

Lines/Character
Total
Rows
Drive

Drive

Step

Signal

Composite

Vertical

Horizontal

Vertical
Signal
Compolslte

Vertical

Horizontal

Vertical
Video

Interlace

Video

Duty

Character

Horizontal

Vertical
Cursor

Parameters

Rate(~/1Hz)

Rate(kHz)

Rate(Hz)

Parameters.

Delay
Width

Delay
Width

Width

Gating

Sync

Step

Drive 1

Drive

Polarity

Sync

Step

Drive

Drive

Mode

Mode

Cycle

Clocking
Skew

Skew

14200
15850

60580

80
92 62

10 10 14

260

20
23

1'v1ode

10

8 8

7

1 1 15

- -

1
0

1

1

- -

0 P 0
0

P

11

14200
15850

60580

112

20

7

260

10
18

0 P

12

16255

18.432

49820

9 8
98
80 80
81
15

370

25
25

-

- -

P 0

1 N

366

P

0

0
1

0
0

-

- - - -

-

-

-

-

-

14

16370

22.003
59950

93

80
10
10

35
35
13

-

0 P

1

N 1

-

-

15

25110
30473

59.990

8 8

103

80
80

14

10

508

40
44

2

-

-

N

1

N

-

-

-

16

25.110
30473

59990

103

80
80
14
10

508

48

48

2

-

-

1

1

-

-

-

17

20800
25000
59950

8

104

80
88

8 8

10

417

38

38

3

-

-

N

1 N 1

N 1 N

-

-

-

18

16.640

20.000

60.060

8

104

80
88

10

333

30

30

3

-

-

N

1 N

-

-

-

Ii

I

•

Parameters

I:me

F<.eal

Ra:e(,vlf-z)

Cot

,=<a

~orlzontal

\/ert:cat
,\Jer,-Real

;-:.

Cets/C:",arac:er

:e(,kHz)

Rate(~z;

I:me

Total

Charac:ers
Drive

:::e:a'l

\,ViCt,1

Drive

V·

UnesjCharac:er

-

otal

,:Jaws

Delay

Orl'le

Wid;h

Crive

'I'/:dth

Steo
Signal

C;ating
Comcoslte
Vertical

Steo

Horizontal

Ver:ical

Signal
Compe!site
Vertical

rOrlZontal

Vertical

Crive

Polarity

Sync.

Steo

Drive

Drive

Video

Interlace
Video
Juty
Character

~ollzontal

Vertical

Mode

Ivlede

Cycle

C:cc:<:ng

SkeIN -

Skew

Curser

Parameters

Sync.

Cr!ve

,\lcde

,

~

0

1.l2CC

~5.350

:30.520

:

B 8

'

,2

30

92

I

I

,

~

0 i 0

I

250

i

20
23

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0

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0

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250

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2
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62

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1

1 1

1

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0

(\

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v

0

0

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v

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-

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12

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16255
18

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9

98

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;;

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0

1

1

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0

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1

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v

" "

1 1 1 1 1 1

~.

""'

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1

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80

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35

35

i 3

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5

25.1;
3047'3

59.990

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03
80 80
80

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0

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59.990

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48

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0

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30
30

0

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1 N
1 N

0
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,I

•

TROUBLE

BEFORE
MANUAL.

1.

NO

'---~

USING

RASTER

[

CHECK
CHECK

OK

CHECK
OPERATION

OK

CHECK
CHECK

SHOOTING

THIS

CHART,

85V

LINE

24V

LINE

NG

~

HV

f-

12V
5V

NG

LINE

LINE

PLEASE

MEASURE
K2

AND

K3

CHECK

JUDGE
AT

MEASURE
P2

PECULIAR

POWER

CHECK

AND

P4

REFER

THE

ON

SW.REG.UNIT

SW

H.OSC.HDEF
HV.CIRCUIT

THE

ON

TO

VOLTAGES

THE

DEF

NOISE

ON,

OR

VOLTAGES

THE

VIDEO

THE

BETWEEN

PWB

OF

STATIC

BETWEEN

PWB

TROUBLE

POINTS

PWE-194

REFER

HIGH

ELECTRICITY

REFER

PWE-207A

TO

VOLTAGE

TO

POINTS

SHOOTING

K1

AND

ITEM

15

GENERATED

ITEM

5

P1

AND

THE

K3,

P4,

USER'S

OK

[]HECK

CRT

HEATER

-------

HEATER
LIGHTS

CHECK

VOLTAGE

-,----

APPROX.

300V~700V

CRT

-~~--

-~---

HEATER

SCREEN

TOO

FAILURE

NG

J

LOW

IC501,IC502

DOES

NOT

LIGHT

CONNECTOR

T502,

OR

ASSOCIATED

HC,

C911, SG905

CRT

FAILURE

+6V

CIRCUITRY

LINE

OR

FAILURE

CRT

FAILURE~

.-

-

28--

I

2.

ABNORMAL

r---~----'~Gl

AT

CHECK

R,G,B

VIDEO

VIDEO

ANALOG

f------~-

OUT

___ . _____ ~ ___

ON

CRT

TOO
TOO

SCREEN

BRIGHT
DARK

._~

__

...

_~

.[AT~TL

!cHECK

~

______

==r_---

I

_______________

VIDEO

THE

CIRCUIT

INPUT

PWB PWE-206

IC80i,IC803 ~ IC805
TR80i ~ TR8i2,TR817 ~ TR824
OR

ASSOCIATED

CIRCUITRY

FAILURE

~

MEASURE
ON

THE
USE
WHICH
MAXIMUM
REFER

OK

---

THE

NG

-----

THE

VIDEO

INPUT

ABL

DOES

CONTRAST

TO

THE

VOLTAGES

PWB PWE-207A.

SIGNAL

NOT

ALIGNMENT

MEASURE
Ei

AND

TOO
C9ii,SG905
T502(F.BT),CRT

POINTS

WITHIN

FUNCTION

THE

E2

ON

LOW

PROCEDURE

R,

G, B

THE

RANGE

EVEN

VOLTAGES

THE

CRT

-.~---

FAILURE

FOR

WITH

BETWEEN

PWB PWE-203.

~--l

R5i3
0502
C523
T502(FBT)

POINTS

FAILURE

~---------~-----

300-·700V

CRT

FAILURE

-

29-

.-

•

3.

ABNORMAL

----

WHITE

BALANCE

ABNORMAL

BRIGHTNESS

CONTROL

AND

~--[

,------

ABNORMAL

CONTRAST
CONTROL

~----C-_~-=

___

TRACKING

TR904 ~ TR908
VR901 ~ VR906, VR2

OR

ASSOCIATED

FAILURE

~

TR716~

OR
FAILURE

TR718,VR801 ~ VR803

ASSOCIATED

CIRCUITRY

CIRCUITRY

4.

NO

,-----

,--

BLANKING

VISIBLE

----~------

CHECK

[

-----

.

__

------

--

---

READJUSTJ

WHITE
BALANCE

--

WORKS

RETRACE

BLANKING

._-----

--_.,_._

----

________

LINE

ON

THE

-----

-------J

CIRCUIT

....

_------------

TR713
0710

0711
0712

C714

REFER
PROCEDURE

BACK

-------

TO

RASTER

THE

ALIGNMENT

ON

THE

PWE-207A

VIDEO

FAILURE

PWB

L_~~_

TR503
Z0404

0406
0503

R513

-30-

ON

THE
PWE-194
FAILURE

OEF PWB

.-

I

5.

H.OSC/OEF/HV.CIRCUIT

NO
ABNORMAL

ABNORMAL

RASTER

FAULT

PICTURE
VIDEO

ON

SIZE

THE

CRT

SCREEN

CHECK

l

NO

FOR

OPERATION

H.~

PROTECTOj

YES

THE

HIGH

MAKES

VOLTAGE

AN

AUDIBLE

PROTECTOR

NOISE

DURING

CRICUITRY

OPERATION

r~~N~EC_T_._

IcHECKTHEj

l,=,_ORIZONTAL

._-

·--C----

rS

VNCH

R-O

LWITH

H.SYNC

O~CJ

N I Z I N-G--l

---------·F

HOUTPUT

TR501,TR502
T502(F.B.T.)

DEF
OR
SW.REG.UNIT

OR
H.V.

FEEDBACK

OR

HVPROTECTOR

'-------

CIRCUIT

YOKE

FAILURE

FAILURE

CIRCUIT

R2001, R2007

02001,02002,02004,02005
C2001, C2002, C2004, C2005 ZD2001,
TR2001, TR2002, IC401

IC401
FIV

CONVERTER

SW.REG.UNIT

-.J

~-

YES

FAILURE

FAILURE

FAILURE

FAILURE

1

J

MEASURED
TR501

OR

T502(F.B.T.)
R2001,D2001,C2001

ZD2004

FAILURE

BASE

FREE

NO

THE

VOLTAGES

ON

THE

DEF PWB PWE-194

RUNNING

PULSE

IC401

FAILURE

OR

F/V

CIBVERTER

ASSOCIATE

POLINT

ABO

CIRCUITRY

FAILURE

.-

--

31

-

•

6.A

H-FIV

CONVERTER

AND

ASSOCIATED

CIRCUITRY

CHECK
ON

THE
PWE-194
POINT

--

OK

CHECK

AND

VOLTAGE

OK

CHECK
IC554

'--

H.SYNC

DEF PWB

S7

TP5E1

TP551

~------

THE

OUTPUT

NG

MEASURE
ON
SIGNAL

TP5E1=16V
TP551=10V

NG

OK

MEASURE

,------

IC554 15k

CD

f----

CD CD

@
@

'----

CHECK
ON
PWE-207B

THE

AT

I

READ[ST

---

SYNC,

CIRCUIT

THE

INTERFACE

THE

VOLTAGES

DEF PWB PWE-194.

CONDITION:

25kHz

HORIZONTAL

I

._-------

THE

VOLTAGES

20

~--

I

SEE

ALIGNMENT

30k

25

1

___

PWB

FREQUENCY

NG

ON

THE

(Hz)

-fH

L

PROCEDURE

IC551
IC552

FAILURE

DEF PWB PWE-194

15.

IC554

CD

@ H
@ H H

85 22

kH

z kHz

C

GA
H H
H

EGA

L
L

30.48
kHz
PGC

---

31.5
kHz

VGA
L
L
L
L

L
L
L
L

NG

I

IC557 IC554
IC555

FAILURE

-32-

FAILURE

.-

•

6.8

V-F/V

CONVERTER

AND

ASSOCIATED

CIRCUITRY

CHECK
ON

POINT

CHECK
AND

V.SYNC.

THE

DEF PWB

PWE-194

S6

>---

___

OK

TP5~J1

TP451

VOLTAGE

OK l

r--

_____

N'-'-G~

TP5E1=16V
TP451=5.95V

_

__J

CHECK
ON

MEASURE
ON

THE

SIGNAL

NG

REALuST

.OK_-=--[~_

MEASURE

SYNC.

THE

PWE-207B

THE

DEF PWB PWE-194.

CONDITION:

AT

60Hz

CIRCUIT

INTERFACE

VOLTAGES

VERTICLA

1

NG

_______

THE

VOLTAGES

PWB

SEE

ALIGNMENT

FREQUENCY

ON

PROCEDURE

IC451
IC452

FAILURE

THE

DEF PWB PWE-194

IC456

IC453

-----

FAILURE

50Hz 60

CD

--l___

-

__________

------

-----1

@

--

-------

--------_.

@ L

---

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

--------

NG

-fv

7080Hz

-----

----_._-

L_

--

------------1

..

_

IC452
IC453

FAILURE

-33-

.-

•

7.

LACK

OF

•

HORIZONTAL

[

CHECK

STABLE

H.SYNC:

_

OK

SYNCHRONIZATION

I

MEASURE

ON

THE

INTERFACE

___

SEE

FIV

CONVERTER

THE

VOLTAGES

POINT

PWB PWE-207B

CIRCUIT

CONNECTOR

ITEM

S7

6.a

•

VERTICAL

r

CHECK

-----

8.

PICTURE

NG

V~SY~CJ

-

NG

~

I

IC401

SIZE

ABNORMAL

FAILURE

HORIZONTAL

CHECK
ON

MEASURE

ON

CHECK
ON

SYNC.

THE

THE

-.-~-~~

SYNC.

THE

WIDTH

CIRCUIT

INTERFACE

THE

VOLTAGES

INTERFACE

CIRCUIT

INTERFACE

PWB PWE-207B

POINT

PWB PWE-207B

PWB

PWE-207B_

CONNECTOR

S6

1:~,~~~S~ol~-l

L L505

-----]-_.

ICH-ECK
l!SSOCIATED

H-FIV

~

CONVERTER
CIRCUITRY

ADJUSTED

ANOl

~

ON

DEF PWB PWE-194

~~=J==------

rc·HECK

L

[ CHEC-K

FOR H.DEF

------l--NG-

H

WIDT~-l

CORRECT~~

~Q

__

TR555

j=

OK

S-CORRECTIONl

CIRCUIT

C514A.C5148,C515,C575

__

~::~:~~,~570

OK

DEF

YOKE

FAILURE

FAILURE

J

FAILURE

-34-

.-

•

ABNORMAL

VERTICAL

HEIGHT

TOO

LARGE

PICTURE

OR

SMALL

SIZE

CHECK
ST

ANDARD

OK

--

-----------'-

CHECK

16V

TPSE1 OR TRSE1 ®

16V±0.1V

CHECK

V-FlY
TP4S1

S.9S±0.1V
AT

60Hz tv

BY

SIGNAL

NG

THE

LINE

THE

CONVERTER

OUT

SIGNAL
CONDITION

NG

READJUST

VRSE1

NG

READJUST

VR4S1

CGA,

EGA,

MANUAL

CONTROLS:

OK

SWITCH = ON

OR

CENTER

--

1----,---

PGC

MECHANICAL

CLICK

NG

RSE1

TRSE1

TRSE2
VRSE1

NG

IC4S1

IC452

TR451

VR451

CENTER

POINT

FAILURE

FAILURE

I~HECKBY

-~

LpSIISIGN~

NG

OK

1-4--------

OK

TR463. - 7
TR4S2

TR45S.

SIGNAL
CONDITION
CONTROLS:

PSII(350
MANUAL
MECHANICAL
OR

LINES, 400 LINES. 480 LINES)

SWITCH

CENTER

CENTER

CLICK

l

~C-H-EC-K-

lEVEL

S S2

6,

7 ASSY

--

35-

::::O~

OF

CONNECTOR

CHECK

INTERFACE

OFF

POINT

,--------

PSII

MODE

350

~-

ti'~

S5

L....-_

--------'

L
H
H

PWB

+---

400

H

L
H

480

H
H
H

.-

I

2.

PARTICULAR

1)

NO

CHANGE

WITH

2)

UNDERSCANNING
RASTER

3)

SMALL
400

LINES

CASE

V.SIZE

WITH

AT

PGC

MODE

CONTROL

OF

CGA

LOOSE

TR453. TR459
IC551
IC552
IC554
16V

TR454
TR462

CONNECTOR

LINE

CIRCUIT

FAILURE

L

FAILURE

-36-

.-

•

9.

CENTERING

9.1.

HORIZONTAL

a)

BACK

RASTER

CENTERING

CHECK
CENTERING

b)

I

READJUST

BACK

--------

PICTURE

RASTER

CIRCUIT

CENTERING

SUB

H

CENTERI~

I..

[CHECK

~SSOCIATEO

H-FIV

CONVERTOR
CIRCUITRY

·--1-

_

T503
05C1

05C2
C5C4

CONNECTOR

SEE

ALIGNMENT PROCEDURE

AN~

....

-

~::a~RTO

CONNECTOR H FAILURE

RH

ITEM

FAILURE

6

9.2.

VERTICAL

I CHECKVERTICAL

CIRCUIT

----

-r--

~

------

CENTERING]

-~:~:

0402
0403

0404

CONNECTOR M FAILURE

:-

-37-

I

10.

11.

SIDE

POOR

PINCUSHION

READJUST
VR403
DEF

READJUST
FOCUS

ON

PWB

,

_______

FOCUS

CONTROL

THE

PWE-194

DISTORTION

T401
C425, C424, C423
TR408
0405

FAILURE

FAILURE

'-------

FOCUS
FOCUS

CRT

CONTROL
LEAD,

CRT

UNIT

(T502F.B.T.)

SOCKET

FAILURE

.-

--

38-

I

12.

IMPURITY

ON

CRT

SCREEN

POWER SW OFF

5 ~ 1O-MtNUTES

EFFECT

POWER SW
VIDEO
DEGAUSSING

------

MAKE
MONITOR
FROM
MAGNETIC

l

OE

ON

-~---~------~TJ

SURE

ANY

AND

WAIT

TO

GET

THE

TH601

ON

AND

PRODUCE

THE

CRT

CONFIRM

EFFECT

NO

EFFECT.BUT
NOT

ENOUGH

THAT

THE

IS

DISTANT

STRONG

FIELD

NO

MAGNETIC

FOR

AN

EFFECT

FIELD

2

TH601
DEGAUSSING

INTERFERENCE

,DEGAUSSING

COIL

FAILURE

COIL

CONNECTOR

13.

ABNORMAL

--~--------

CHECK

[

INPUT

---------

TEXT

VR

--------

MODE

---------

PWB

PWB

----_.

EADJLJST

[;:

PURITY

--------

CRT, DY,

OPERATION

-·ND~

l

AND

ON

SW2
SW3

TR1,

CONNECTOR

ON

-~~---

~~J

MAGNET

---

--

PURITY

FAILURE

VR

PWB PWE-207D
(TEXT
(TEXT
02,

D3

INPUT
IC801,IC803
TR820,TR821,TR822,TR823

PWB PWE-206

FAILURE

MAGNET

SWITCH)
COLOR

T

SWITCH)

FAILURE

-39-

.-

•

1~ABNOHMAlCOlORATTTlMODE

CHECK

J:>WE-206

INPUT

f------

L----

__

PWB

_

NO

EFFORT BY

TR801 ~ TR806

OTHERS

MANUAL
MODE
COLOR
IC801

TR807

SWITCH

SWITCH

MODE

~ TR812.TR817 ~ TR822

CONTRAST

FAILURE

SW801

SW802

SWITCH

SW803

CONTROL

FAILURE

-40-

.-

I

15.

SWITCHING

REGULATOR

UNIT

NO

OUTPUT

--~--------

TURN

THE
DISCONNECT
RESISTER
K3-K1

and

ON

AND

CHECK

1---

I

[

K1-+85V

K2-+24V
C1-REFER"(0

ANYWHERE

L

POWER

SO
K3-K2.

CHECK

CHECK

CHECK

SWITCH

K1. K2, K3, K4

THAT

RATED

(FIGURE

THAT

THAT

THAT

THAT

CHECK

TABLE

-

OFF

AND

CURRENT

6)

NEXT

85V

APPEARS

NO

F601 IS

NO

R601

NO

R604 IS OFF

NO

IF

EACH

1

I

AND

INSERT

OFF

IS OFF

OUTPUT

NO

WAIT

IS

TURN

AT

APPEARS

REGULAR

15 ~ 30

THE

DAMMY

ADDED

THE

POWER

K1.

OUTPUT

SECONDS.

BETWEEN

1 YES

I

YE~

____________

~_Y_ES

______

AT

C1

-------

=lr-~L

~A1

C602
C601

0601
C605
IC601

CR601
ZD611

NO

-~--

--~-----

A2

IC602
R624
R632

CHECK

~_~_

PC601
ZD602
0653
0654
ZD655

------

---------

OUTPUT

AT

--------

-~-I

·1

0606
TR602
C615

--

C610
C611
TR601
TR651

K2

ONLY]

·2

CHECK

CHECK

----

TURN

THE POWER

THAT

ABOUT

R609

l

~----~-

R615

R614 J TR601

--------------~-.~--

R630

----------~J

SWITCH

5V APPEARS AT

NO

ON

AND

BOTH

0609

CR602

CHECK
ENDS OF

_"--~~

___

CHECK

-41-

_

PC601
0651
0652
C651

C652
C654

IC601

TR602

CHECK

.-

•

'1

TURN

THE

SECONDS

NEXT

TURN

ABOUT

TURN
AOUT

120V

THE

7V

YES

POWER

THEN

DISCONNECT

THE

POWER

APPEARS

NO

POWER

APPEARS

NO

PC602

CR603

IC602
TR602

SWITCH

ON

AT

SWITCH

AT

BOTH

OFF.WAIT

C1. C2. C3.

AND

C1.

ON

AND

ENDS

Z0604
0610
0606

0604

5

CHECK

CHECK

OF

R620.

THAT

THAT

YES

YES

R624
R632
R623

PC602

0658

C660

0663
TR652

C657
C658
C662

Z0604

C615
C616

C617

CHECK

0659

Z0660
TR652
TR653

TR602
CR603
0658
0659

OR

CHECK

A3

IC602

CHECK

CHECK

-42-

.-

•

L652
D652

T601

CD

PIN

ETC.

TABLE1.C10UTPUTVOLTAGE

HORIZONTAL

FREQUENCY

OPEN

[kHz]

C1

VOLTAGE

[V]

FIGURE

ATTENTION)

6.

RATED

OR

WITH

DO

IT

MAY

15.85

22

30.48

31.5

NO

INPUT

LOAD

CURRENT

NOT

POWER

MISOPERATE

(CGA)
(EGA)
(pGC)

(VGA)

SIGNAL,

ON

PROTECTOR.

ABOUT

AT

K1

SW.REG.

AND

UNIT

45V

K2

SHOULD

ITSELF

TERMINAL

WITHOUT

53
65

94
98

APPEARS

-t85V

-

-t

24V

AT

THE

C1.

LOAD

0.015 - 0.18A
R1

(5.67KO _.

0.4

AT

10A

-

R2(600 -240)

K1,K2,

4720)

-43-

.-

•

VOLTAGE

85V

CONNECTOR

24V

K2

k3
AND
ASSOCI-

ATED
VOL

TAGE

LINE

MAIN

LINE

K1

- K3

24V
CONNECTOR
K2 K3

16V
POINT
TPSE1

--

12V
CONNECTOR
P1 --P4

VOLTAGE

LINE

FAILURE

FAILURE

PARTS

0554,0555

TR553,

rC708-~-C-7-09---'

TR707
C413,

TR554

--------------~-+-:-v~15E-O-P-WB

-TR712

C5C3

IC402,IC502

RSE1

,CSE1 ,ZOSE1

~------~-----

TRSE1,TRSE2

~

IC4S1
ICSS1

CSCS,CSC6,CSC7

IC4S4,IC4S6

~

ICSS7,ICSS9

=-~-----~O-EF-PWB

RSC9,IC502

f----

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

EXCEPT

SW.REG.UNIT

....

---j-6EF-P-W-B~

PWE-207A

PWE-194

OEF
PWE-194

PWE-194

PWB

ASSY

OEF

PWB

PWE-194

PWB

REMARKS

4S

120V
CONNECTOR
C1

HIGH

C3

VOLTAGE
FEEDBACK
CONNECTOR
C2-

C3

------~-

6V CSC1 -

CONNECTOR

HC2-

~----~-

HC1 IC501

VOLTAGE

---------

CRSC1,

------~------~_+----_____i

CSC3

ZDSC1,

TRSC2

CS16,CS14A,CS14B,CS1S,CS7S
DS01, TR502, TS02(F_B_T)
DEFLECTION

-

----

-------

R2001

,02001

YOKE

---------~-

,C2001

OEF

PWB

PWE-194

DEF

PWB

PWE-194

DEF

PWB

PWE-194

--~

.-

-

44-

REP

All

components

LA

C E MEN T PARTS LIS T

are

common

for models:

JC-1402HMEiEE/N/R

Note:

except

The

components

for the parts

Identified

Indentified

by

6.

marK are

by

model

critical

name

for

In

symbol

safety

Replace

part,

\..

;.

(;'

T S

only

with

t,

C

CE.SCDr~TIC_~.

parts

Number

•

specified

G T Y

t,

6CR':'\~'=-

I

.j:>.

(}1

'6IC

I

.

~------~--

c t; T'

,;.:-::

!C

/,

':::

I C

I.

: t

I ( ~ :

I e p : 1

ICE

r 3

I e 8 S '

leI.:

Ie/,

5 2

Ie

5 5 :

I

esc

!C

5 C (

ICE

C 2

61

CHZ

6 I e 6 C 1

1

.r1

ICE

C 1

leI.

C 2

T R 5 E ,

'1 R /, C ::

6n2CC2

T P

/,

r7

T R

L.

5

T R 5 C 3

TIi

7 1

T P E 1 2

T R '\ : 7

TOU

T R

-;

C 5

T R 5 ~ 2

T R

7C

nfU

108['

T R PSI.

T P

4C

t,TR2CC1

TRI.1(

. _

,!>',-,.

...

~

:2:-i:·:~~!

I C

I. 5 I.

I (

5:'

~

ICE. ) 2

I

CF

c:

I e

55

1

I ( 5 5 2

Ie:

(j

i"

::

t

5 6

T

r,

l.

0 P

l'

I.

C 1

1

'I.e,

T P 4 t 2

p

552

lOt

TO"

T

r:;

f 5

T c 9 C

i

~

Q C

Tn,:

l'

2 C 7

T

:;:

E 2 5

1

1"52

4

T;4C2

PI.!:1

7

~

1

1 C

5 1

'c::

~

!.

~

4

I e 551.

1 C ~ S

r:

T ~ .:.

r 5

TO

I.

5'

P

5:

TO

7 1 S

TOr

11

10"

TP

u.:

T~GC'?

P~(,7

F

7:5

T02(".S

TF

,'~

TO

253

10:'[',

T p 7 i ?

(:)1

R

TL\~O

I

:::

S

27\~11'~SI...

) 7

,-

~

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~

77

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r

37~SI17"

3 7 l-, S 2 r

~7r)!-)17~

37\~)~?C?

37.~~',?1'

;,7'~S~21-:'

q:·S'?2C

3FjSb21.';

37~5U5r

37GS(,)5~

37CSbl.:'

37CSt,L.2~

3C;'=~?121?

3

c:

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;

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r,

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35

C,

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1 r L;:' C

2

I-

I-~S

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1 C

s·

I C

lC

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LPC1':5C

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'1

1

1-'[,5

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le

S;0(r1?

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CST

1

CST ~ 7

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w~111.23Do-1i.

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30X
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SASES

OFFICE

BOOK

MANUAL

DESCRIPTION

33~

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,

REPLACEMENT

The

components

specified

for

Model

PARTS LIST

JC-1402HMED

Note:

The

components

Replace

only

with

Identified

parts

Number

by 6 mark

specified.

are

critical

for

•

safety.

(J1

N

lC45:'
IC456

I C 8S G

ICE51

1

C803

I C 8 5

I C 4 5 1

I C 4 5 <
I C

555

I esc 1

1 ( 5 0 (

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80;:

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61

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01

,

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0 1

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TP

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T PI.

03

t,T'P20C2

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407

T P 4 5

TR503

T R 71E

T R E 1 2

T P

E5

T R

863

T R

90:

TRSSe

T R 7

at

TR80t

T R 8

09

TR854

TR404

I.!.TR2CC1

I

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l

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IC557

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55

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_T_P_8_(_'_ ~ _____ ~ ___

554

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3

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5E

5

I

PARTS

37C11C54
37051C3f

37051C9f

3705117
37C52C11

NO

0

37C5617E

37C562C7
37:5621'
37056219
37C5b22r

,

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37~5635'

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37:561.21

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351G05CC

6

351G05C1

351

351GG6CC

3S1GC6C1

3S1GC613
35122100

35122200
35595CH
35595(15

DIODES

i360K1COG

I

360QC1C

3tGK1C27

I

PARTS

350KS217
35CK52H
35C06PCI.

35G47216

350t54H

GC531

NO

DESCRIFTIO~

TR.25A1C1E-TA
TR.25A1CH-TA
TP.2SQ53E-RA

TR.2SC9I.S
TR.2SC19'1
TR,2SC2688
TR,2SDE82

TR,2S0471

TF
TR.2SC35C2
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TR,AA1A4~-T

TR,OTA11HS-T

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TP

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V

v
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VRSC1
V P
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i

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VRE02

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VR9D5

vR8C3

v R 5 <3

V R

...

S

II

2

5\0802

RL803

C3

9C

R

t52

PARTS

1.7105640

47502Cl,2

VARIABLE

I

4101127C
41011273

1

41C11275

:

41C236C3

41061[09

41067[03

41067CeS

41067CCE

1,1071161

41(71163

41G71215

410E5C04

41C?SCOE
410esCOG
41CesC1C

41(;85(11

410PSC13

6

410F.5C1"

41C~7CS>

415C5((;~

41505CG1

RELAYS &

t5161C21

tS161C2

t51~1C3L

t5161C35

653tCCOf

c56C25C1
06C2 5 51
65699(12

DESCRIFTIO~

''0

F •

E:

TRANS,SIOE

RESISTORS

R,VARIABLE
"VARIA8LE
R

.VAP
R ,VAR
R,VARIAI?LE

R,VARIA8LE
R,VARIABLE
R,VARIABLE
K,VARIABLE

"VARIABLE

R,VARIA5LE
P,VARIAELE
R,VARIA8LE
",VARlAELE
",VARIABLE

",vARIABLE
R,VAPIABLE

!',VARIABLE
"VARIAELE
R,vAUA6LE

",VARIABLE

S~ITCHES

I

SI,JTCH,sllDE

G

S.ITCH,SLIOE
SWITCH,
S"ITCH,SLIOE
SIiITCH,PUSH

R E

LAY

R

El

R E

LAY

• T

lABLE
IABLE

GtP-1111.P

A Y

PINCLSHIO~

.

..

B500-V(~l

B2CI(-V(~)

B20K-VO'l
B1QK-V

E'I,U

C.1

3CCH

1K

SK
E'4.7K
B 1

B221(
Ei5COH
8SK 1
8101(

820K

83CK

BHOK'

E:2COK
ESK 1

w

0.110

CK

P2K

81CK

.

..

SLIDE

BUTTON

(2

RY12C~

T)

T5 C 1
T5C3

I

i 6 T6C 1

'6T6C2

.

-.

...

TRA~SFOP,'ERS

I.

58 C3CCE
4I:30SH1
41:30°4(7
41;3r;t4(F

TRA~S,H.DRIVf.

TRA~S,CC~vERTER

TRA~S,S'ITCHI~G

TRA~S,SIIITCHING

I

LC7C2

16LSC3

I l 5

6L5

()

Ct

•••

5

COILS & FILTERS

39L99C1S
6C908047

~C9080t2

6(9181C1

F!lTER

COIl,IIIOTH

COIl
COIL,H.LPI

ZJSC-2R2-1C1

1
1
1
1

"

•

~---------

SP8Cl

!6L5C7

l 7 C 1
L 9 C 1

L7CL.

L 8 C 1

L 7 C 2

L';

L?CS

l~C2

l 5 C 2
l5

C2

616

C 1

L5 C 1

'6l6C2

616

L 5

6

1

l C 7 [ 1
l

CE

5 2

C '

C 1

L

6l C 51

l 5 C 5

HS-l.C2

HS-5C2

I

t..ftC1

6ft51

S G 9 C 5

6
6

CN-~~

C~-Pl-:

~,

---

C~-R~'

50'

C2

1 [ ,

L

l ~ , ,

, c _

L 7 C t

6L

65'

•••

C~-C"2

•••

FARTS

6C999CCI.

C 1

t1U1l12

t

61Cf7C1
C1C22CE2

61C62C4C

61C62[57
1:1G64CGt
61C99C11
61CG9C1I-

l:1CcS-C1

61311.21C

t1606C21

t1686C2~

PilE

,

E4K1CCC4

SI.K29AC1
c1.K290[1

,t4K?9JC1

i

ei.K29KC'

,lECTPICAl

~O

c:

E 1 71 1

10 E 1711.

ASSYS

CESCRIFTJC~

CCIl,(rCKE

COIL,fILTE"

CCIL,f

COlL,fIlTER

r

COlL,fILTER

f

lL

HR

Ll

~

E

LlH

COlL,FILTER

COIL,C~OKE

COl

l

c

COIl,CfoOKE

co

1L,DEGAUSSI~G

N G 1 S E

f I L T E R

I~PLT

S'".'EG.F.P
DE'
CPT PI.B ASSY
INTERfACE

PARTS

317C'''2(1 , P,SUlATOc(
317C";ZC2

317,95C3

325CCC2f
3299CC47

U:69QCC7

!

667C6CC1

!

7C,P2C2c
7C102147
7CE80C31

712~5C37

73721CC:

73893C2

700~6358

APPEARA~CE

24514792

253:7972
25'221.41

125308811

-~.-~-~----~-

i

SHEET,j~SUlATCR

SHEET,I~SUlATCR

ADAFTER

AHESTER

fL5E
SPAPK
SGiCRT

SOCKeT

IC

LI~E

f<CLCER,f~SE

C~~~,CTSR

0

(ASlE

' D SUB

PARTS

COIL

CAol~ET

AEvCLVI~G

Cl\8INET,

---------

3.

3L H

lL

TER

3.9UH

5.6LH

2.7u~

C H

CK

E

fILTER
F I L

TE

R

(12"'"-1.3A)

Gl-2C3CF

5CLJ~

33

GH

33CK1.E

fILTER

DSS-22~S

FloE

DSS-27~~

A~SY

ASSY

Pile

ASSY

FloE

AoSY

--------------~

~

~ISCEllA~EGL5

SHEET

(9F-15P)

ET

T2A,250v-s,"

GAP

1.~~V

SCCKET

21.P

CCRC

PI~

<P

9F-,P

CONNECTCP

SPRING

8ACK

STA~D

FRONT

PAPTS

sec

9r:~

.-------------,

-

-.------~----,

~~~-------

aTY

1 !

~

,

~---

-----------

R 5 P 1
R5C:
R 5 C 1

;

6R611

,

6R

6 C q

6R662

R 5 E 2
R

5 2 7

R 5 A 2

6R62E

R49C

6Re

R 5 8 5

R 4

R44E
6R664
&R627

R482

16R657

66

t7

SYI"BCl

--------------"

6p

c C 2

6R619
6PC20

6R

C 31

R 5 9 e

6R

I:

33

6R t 36

R488

6Re
6R

6R

6R6

...

CF

66

R5GO

65

~:

3

t

PARTS

25405971

25407381

2576671.1

KNOeS

25451881
25452301

PRINTED

24BOo9t1
24E13191

25280161
25601551
25603511

25605021
256C5361

258CI.991

25813912
25813922

599910271

25815081
78046231
H12021

78034401

I

5999102661

I

P,SISTOPS

4(1(0/;37
4G1

(6667

4C1C6673

4C1

C667~

4(1

(6679

!

4C1

C06E1

4C1

(66E'

I.C1

CotES

1.[1(U<;1

4C1C6693

4(1C67[1
4C1C67(3
I.C1C67(5

,

1.[1(67[7
4C1C6721

4C1(6723

&

NO

OESCRlFiIO~

nVClvlNG

CO~TROl

~ A ~

E

FUS~

ELTiOS

K~OB,CC~TROl

PUS~

g

PACKING

6AG,palYETHylE~E(27C·370)

[, A

G,

POL

G

U!C

E

CLSnON

fARRIER

C~SHIO~

STHD

LID

PLATe,INSTRUCTIO~

(8)

ASS Y

...

eUiTO~

I'ATERIAlS

YET H YL

RAIL

ENE

SHE

E T

(S".REG.Fli6)

SHE

E T

(150' 3 70)

PlATE,SHIELDING

~.AG,POl

FIlLER(l),CARTO~

FILLER(R)

CIRCUIT

LA

PTE

1

4

INSTRUCTION

MONITOR

1

SERVICE

,

F-,C.!R?O~

",CAREON
R,CAReON

R,CARBO~

F,CAR80~

",(AReO~

I

R,CARBa~

R,CARf'C~

",(AR5C~

R ,

R,cAP'lC~

",CAReG~

",CARec~

k,CARec~

",CAR8C~

R,(AR6C~

no~

CAR

!ETHYLENE

DESCRIPTION

BOX

( A R D

SALES

~lANUAL

SO',

,CARTO~

BOOK

OFFICE

33H

5%

56eH

5%

1 •

CK

5%

1

.2

K

5%

1

.8

K

5%

2

.2

K

5%

2

.7

K

5%

3.3

K

5%

5

.6

K

5 %

t • E K

5.

15K

5%

18

K

5%

2«

5l

2H

5%

1 C C K

5%

12

C K

5%

1 II,

1

1

1
1

~

1/4.

1 14

1

14

1

II.

1 14'0
1 14
1

14.

11

1,

114.

14

..

I"

10

14.

I"

•

1 14

1 14

ASSY

LIST

..

..

\I

..

..

..

..

OTY

,

, ,

1

1

1

1 I
1 !

;t

1 I

6

1 i

6

"

•

t,RI;C5

t,RI;C3
t,RI;

U1
U1

t,ncC2

i

~~._1:_2

R47~

R 4

72

R

57E

R 5 1 C

R

451

R901.

R7CH

R E2 3
R E 2e

R 4 5 C

R 5

2t

R 4 A 1

R 5 8 2

R 5 C

<;

H

R

7H

R7C2E

R7eSE

R 41

:'

R 4 1 4

R

721.

R8

C H

R Q

~

R 5

CE

R 8 1

7.

R

I.

1

R 7 C

R 7 1 {

PO;
R 5

C2

'R

5

~

R722

Rnl.

R E3 7

R 9 C :'

R e 27

R

l,

<;

R 8

C1

RcC2E

REGS

R2

RI.5f

P5E3
RESc

RE5~

~

i"

1E

I:

5

E

t,-CC6

__

R9CS

R 7 C

4(

R

/, ~ /,

R 5

f3

R9:'6

R E15

P7C2(

R 7 C 5 (

R 5

C3

R E

17

I<

/,

'i.1:

R 7 C 1C

PEClE'

P

/,

f3

RSC7

R 72(;

RE32

R 8 ~ 5

R 9 C 1

R 93 4

R 5 1 t

R E ('1 (

QtC2[

,S96

RI.i.7

R!.A?

"1.57

R52<;
'o</'

R860

I<

E q

e

~567

R7~1P

R 4 2 '

R 5

:'

l,

"721

R R

~

'7;

R'" , ;.

R9C2

R

711

FlEe';

PEC2~

Id.:

t

R

/,

5 f

p € 1

I.

R 8

57

ReI; 1

FEr!

PARTS

~o

4C1C6757
4(1C671;1

4CiH5623

4C1HS646

401HSt4

9

4C1H5CS1

4C1H~655

4[1

H5661

/,CH566'

/'C1~S6tC;

4C1H5/:7:'
4C1H5cc:'
4C1HSU

~C'1fJ57~:

4::"1H57L.~

9

4C1H575:'

4C1~5625

4C1~5t47

4C1~564C;

4C1KS6S1

/'C1K5657

I.C10tS

C

4C1K5U1

4C1~5tt5

I.C1~SU7

t..

= 1 I(' 5

'"

4C1~5t7:'

t G

4C1(St7'
"l'1K5t77

4[1'567<;

4G1'5U1

CESCRIFTION

",CARBO~

",CAR8C~

F,(AR9C~

"CAREO~

P,CARBO~

R,CARPON
R.CARBON
R,CAReON 3!CH
A,CARBON

~.CARBON

3.3~

4.7~

c.2"

75h
1CGH

12C~

180H

3SCH

1;2["

A,CAR8eN 1.CK
A,CARBON
"CAPBON

~.c.pec~

A.CARfC~

R.CAReCN

",CAPeo~

R,CAR80~

",CAPPON

R,CARPO~

"CARBCN

"URPON

R,CARBC~

R,CARPC~

A,CAR80~

~,C.R8C'

",CAP8C~

R,CAReON

F\.,CA?ec'.

"CARBCN

R,CAR8eN

2.7K
'.7K

3SCK

?2CK

2.2"

1CH

82~

100H

12CH

22("
27CH
33CH
47CH

SeC"

tfC"

loCK

1.2K

1.51<

1.EK

2.2~

5%
5%

S~

5%

5%
5%

5%

5%

5%

5%

5%

5:

5%

5%

5%

5%

5%

5%

5%

5%

5%

5:

5%

5%

5%

5%

5%

5%

5~

5%

5:

1/4_

1/4~

112'.

1/2-

1/2~

1/2~

1/2w

1/2~

1/Z~

1/ZW

1/2~

1/2w
1/2_
1/2w

1/2~

1/2~

1/6W

1/6~

1/6.

1/t_

11t-

1ft

1/t.

1/fW

1//:W

1/f~

1NW

11t'.

1ft.,.

1/6.
1//:.

i Q T y I

R874

R886

R89~

t,R2C(3

R723

,t,R20CS

Rlo94

RE12E R812G

R85t

R439

SY~BOL

R884

RBBe

AS31

R411
REI:3

t,R2COQ

RSSlo

R870

R522

,885

R8~O

R

71

e

R 8 E;

R

437

R726

R812R

R922

R 5 ~ 3

FARTS

NO

4C1KSI:E1

401K5625

4C1KStE7

DESCRIFTION

",CAR8C~

R,C~R8C~

R,CARBON

2.2K

3.31

:.91

5%

5%

5%

1/6-

1/6w

1/~.

OT

Y i

2 t '

R557

R

5

C;

2

415

REC88

R879

R5eO

REZ6

R E

72

R

HI.

R7C3G

6"R2COE

RSC6

R 7 1 5

RelS

6"R2CH

R4S2

R504

P5Sb

R

72

5

R

nE

c

R8

1

R 4 C

C'

RSE7

R81:4

R 9

21

R4B2

P416

R 5

A7

R581

R 7 1 7

REe9R

R4~0

R438

R 5

'17

Rl16

,5

E 5

R 8 t 5

R 8 8

~

R 4 C 1

R

55?

REI: 8

R I.E 8

R 4 5

:'

R 5 5

~

R 5 C3

R

81:

R e 5 1

,~97

, ~ I.

G

R 71 :

R

877

HE/'

R

472

R

57:'

R 5 E

R f

(9

R?

: G

R 4 : 1

R 5 C 5

R

87

E

<;

P

4C1K5691

4C1K5f9:':

4C1KSt<;7

4r1"57(1

R,C~Reo~

,

',CA.eo~

i

,,(ARPON

,,[ARBON

S.cK

c.8K

1CK

;21

5);

5:

5%

5%

1/6~

11t.

TIt.

1/t~

H

11

21

11

1C

R403

R 5 5 1

RBCER

R 1

RSC2

R86t
R929

RloG?

R7C!E

R

e2

,t,R20C4

RSC6

AlOc

R869

..

t,R2CCt

R412

R4S5

R 5 5 5

R595

RElt
R871

R

i6"

2C11

2 C

, R 5 1 4

R

714

Re82

R 4 e 1

R497

R 4

77

R 5 7 7

11

R 5

RECcC

R92C

R4At

R434

R559

2t

Re92

R 55 E

R 4 2 7

R

91E

Rn4

t,R2C12

4C1K5711

...

R42C
R481'
R829
RS94

RO

2

R928
RSA9

R429
R481

R 5

Ae

R 83 C

R

4e

5

R49F

R 0 1 f

R 5

::

5

R 9

ce

R 91 1
R

593

R 51E

R4tE

R 5 C

I.

t,PI.2E
t,R7C7E

t,R7CEB
t,Re!(
t,R626
6R

65

E

6R612
6R661

6R623

6RSCO

6'" 6 C 1

R7C6E

R 5 C P

t,R667

R5C7
R44C
R

824

Rio:: '

R 5 3 i

R435
6R615
t,R613

t,R622
t,R6C7
t,R61t

R42t

R53C

R454

Rio

E7

R e 5 5

R

92

6

R85e

R

479

R 4 83

R59G

RE~1

Rio

1

<;

R

914

t,nC7(
t,R7cn

t,Rc~2

t,R671
6R614

R7C6(

t,R624

t,R625

R 4 E 5

RE87

R 9 2 7

R480
R4!9

RU

9

t,;;7C7R
t,nC8R
t,Rt31.

R7(6R

FARTS

~O

4C1KS713

401K5715
401K5717

401K5719
401K5721

4C1K5727

4C1K5731
4Cln739

4C1K5745
4C1K57S3
4[1751(:9

40175133

4C175141
4C175143

4C175157
4017511;1
H1751E3

4C175125

4017518<:

4C17~117

4C2~91C7

4[318179
4C371135

40371137
4[371143
4037114c;
40371161

4C37116S
4(37116

0

4C3721C3
4C3721C7
4C372143

40372145
4C372147
4037214<;
4C372157
4C372161

CESCRIFTION

R,CARBO~

R,CAR80~

R,CARBON

R,CARBON

R,CAR80~

R,CARec~

R,CAReeN

R.CARRC~

R,CAR80~

R,CARRO~

~,CARBON

R,CAR80N ?2H

R.CARBCN 56H

R,CAR80~ 22CH

47r

56K

6~K

!2K
1GOK

1EeK

27CK

S6CK

1.C·

2.2r

2.2H

5%

5~

5%

51

5%

5%

R.CARBON 33CH

R.C.R8C~

R.CARBON

R,(AR8C~

h.CARBON

R.~IRE

R,~ETAl

R,METAl
R,METAl 33H

R,~ETAl

R,~ETAl

R,~ETAl

",METAL

2.7K

3.3K

4.7K

4.7H

15H

1.8K
27H
56H

1COH

33CH

47C~

10%

5%

5%

5%
5%

5%

5%

5%

R,METAl tECH 51

R.~ETAL

"METAL
R.METAL

~,METAl

R.METAl
R,METAL
",METAL 22CH
",METAL 33CH

1.2H

1.8H
56H

5%

68H 51

E2M

5%

1COH

5%
51

5%
5%
5%

5%

5~

5t
5%

5%
5%
5%

5,
5%
5%

5%
5%
5%

5~

1~

1~

1.

2~

2.

2.

1/6.

1/6~

1/6~

1/6.

1/6_

1/6_

1/6.

1/6~

1/6.

1/6.

1/4.

1/4w

1/1..

1/1.W
1/1..

1/4W

1/1..

1/4.

1/2~

5~

1.

1.

1.

1.

2~

2.

2.

2~

2w

11

7 :

1 I

•

QTY

7

1

1

4

!

1 I

SYMBCl

R493
R

517

6R6

5 2
6R654
t.R665

R 5 11

R512
t,R61C
6R6

5

~

6R66C
6R659

t,Rc17
6R601.

6Rc70

t,Rt

29

Re11E

RE11G

R81C8 RE10G

R

811

R81eR

RE2C

R E

I

CH

R8C6C:

RPC3G
RECSG

R422

"8

R8

R 8
R e

C 4 R

UR

[3

(5

R804E

R8C6e

R 8

(38

RECSE

R

417

R 41 H

R41f

Rio

1 7

Rio

I

I,

I

I

R401.

Rio

17 C

R 8

21

R461

R

81

E R

R

8HR
R4170
R4A2
R41H

R 5 6 1

R41C
R4C7

Rio 1 7E

21

R E

22

R5E4

R

E18

R81ge

R562

R

04

R41

7 E

Q532
R 5

31

E

R

4C

R5U
R464
R4Ct

R

56t

R409
R57C
R575

R 5 A 5

RH<;
R4g

R 5

7t

R564

RHO

R571
R579

R459

R5t:

R4t6

R572

R5

AI.

R

R

p

5

PARTS

~O

4(372163
4037(H5
4C3722(3

4C3722[5

40372217

40373163

40373165

40373181

4C373H5

4C373197

4C3732(3
40373221
40399C34

4C4C164t

404C1653

4C4C1657

4GI.

Cl

~61

4('4C1677

4l4C1te1

4C4CHE~

4CI.C1687
4(.4C1I'91
4(I.C16<;4
4(4C16<;5

4C4CltC;C
4C4C17[1

404C17C4

4CI.(17C7

4(4(1711

4(4(1717

401.C171
4C4C1721

4C4(1723

4G4C1725
4G4C1727
4C4C17U

I DESCRIFTION

R,METAl

R,METAl
',METAl

R,METAl

R,METAL

R,METAl 39CH
R,METAl 47CH
R,METAl
R ,

MET

A l

R.METAL

k,~ETAl

"METAL
R,METAl

R,METAl 75H
R.METAl

R,METAl

R.METAL

"METAL
,.METAL

P,METAL

A,~ETAL

R.METAL
",METAL
".METAL E.2K 14

~,METAl

"METAL
",METAL

R.METAl

A,METAl
R.METAl

R,METAl

0

R,METAl

R.METAl leOK

'.~ETAL

A,METAl
R,METAl
"METAL

3C;CH

3.3K
18K

5%

22K

5%

08K

5%

2.2K

5%

8.2

K 5 %

1CK

5%

18K

51

1eeK

5%

2.2K
1%

150~

1%

22CH

33C~

1.5K

2.2K

14

2.7r

3.9K

1~

~.6K

11

7.5r

1~

1(K 11

12K

1%

15K

1%

2CK

14

27K

1%

3QK

1%

c~K

1%

E2K

1%

1%

120K 11

15CK

14

1eeK

1%

2CCK

1X

5%
54

5%
5%

5%

14

1~

14

1l

2w
2w

2.
2w

2~

3~

3.
3w

'3

~

3.

3~

3~

2W

1/6.

1/6~

1/6~

1/6~

1/6~

;/6.

1/6~

1/6~

1/6W

1/6~

1/6~

1/6w

1/6~

1/6~

1/6.

1/6W

1/6~

1/6.

1/6~

1/6-

1/6_

1/6w

1/6~

1/6W

•

(]1

~

-~~~~~

R 4

ce

R5~C

R 5 6 9
R462
R4H
R

4 71
,!,R2C(1
,!,R

5 1 3

R 5 E 1
,!,R5C1
,!,R 5

21.

,!,R525

Ice

67

i

6CSH

C

511

C

51?

(911.

C9(5

C9CE

(

Sit

(

911

C 5 2 1

C71C

i

,!,(6C;

,

,8(6CI:

A,C66

t,(622
t,(62:

,!,(612

(453

(564

(80oE

C 8 1 7

C

85

C

85
C 2
C 4 1 4
C57(

C7

C 3

C8[4
C e 1 2
C 9

it

(0(

C 4 1 C

~1.

Sr~BCL

R

474

t,R2C07,!,R5(5

,!,'528

6(

517

( S 1 2

(

9(6

t,U26

C711

,!,CC04

?

t,(C23

t,CC18

U54

C 5

f7

(E

C9

(E

18

(81:6

5

4

eS10
(7e1
C717

CEC6

(E19

(<;(9

4

C 7 C 5

t,(51

t,C621.

t,(571

(

t,C525

(

913

C9(7

(712

C5

5 I.

C 8 C

C7

C 2
( 8 C 2
(811
C82C

(7U

I PARTS

'

~~

CAPACITORS

0

,1020C956C

Q P

/'0

40H1729

4C4C17~1

H'4C1737
404(1739

4C4~2717

4C4Q723
4(4051

(9

4(1405117

4C812649

4ee1,6!:1

40812U5

42C"9519

42C(9557

420(9563

102G(95t7

4201J575
42CH17S
4203J551.

4203J~75

42C53C13

42C153Ct7

42009Ce2

1020CoCE5

42'::99(88
421

AG425

421C(;213
42H0215
1021(C225
421J9[(1

421J9(35

423A1C3

c

423A1C41

DESCRIFTION

R,METAL
R,"'ETAL

",METAL
R,METAL
RdlETAL
R,METAL
",METAL

R,P"ETAL
R,FUSE
",fUSE

R,fUSE

1 C C H
33CH
47CH

(,CERA"'I(
(,(ERA"'!C

(,CERA~IC

C,(ERAI'IC

C,CEPAMIC

(,(ERAI'IC
(,(EPAln(
C,CERA!"IC
(,(ERAr-IC
(,(ERAMIC

C,(ERAI";(
(,(ERAMIC

(,CERA~I

(,CERA"'!(
C,(ERA"IIC

(,CEliAI'I(

(,CERAMI(
(,(ERAMIC

C,(ERA~l(

C,(£PAMI(

C,CEQAI"IC

(.CERA,~I(

22CK

2 7

CK

47CK

51:CK

68K

1l

12CK n

2.2

H

4 •

7 H

5%
5l

5%

5(V
5COv
5CCv

SCGV

5COv

5CCv
2KV
5CCv
5CCv
4C(V

4CCv
UV

(

K V

2

2KV

5CV

SCv
5Cv
5(v
5(v

16V

5Cv
SCv

1l

1%

n
n 1 I

1/4"

5~

5%

112

1/2\0

112\0

33CCP<

33CUf
5

22CCFf

C.

(.C1lJF

18
C.
1 C

22CCPf
1500PF
5600f

,2CPf

O.01UF

1

(C

15

C.

C • 1 U F

0.1
5 t P F

{ePf

1

16"

1

16"

1 /611

I:

1

1411

1 14\1

1/411

..

I:

C P f

0.0

C 1 U f

C P F
C 1 U f

CO

C P f
C G P F
C 1 U F

U f

Ii

G 1 U f

P F

I QTY

I

I
I

~

I

I

11

1 t

4 i

,

I. I

DES(RIPTION

( 5 t 1

(4Ce

Sn'BOL

(565
C S 51

(562

PARTS

423AH53
423A11C1

NO

C,(ERAI"IC

(,(ERA~IC

5CV
SCv

22CPF
47CPF

QT Y

2

4

(56c

C01

c

C,CERA~IC

(,(ERAI"IC
(, f IL"

C,FIL~

HOv

HOv
(,FIL'"
C,FILM

S(V

(,fILl"
(,fIli'I

(, f IL

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(,fILM
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C ,

fILl'
(,fIL"I
C,fILP"
( , f I L

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(,fIL'"
(,fILM
(,FILl"
C,I"YLAR
(,I'ETAL

(,I"ETAL
(,I"ETAL
C,

FlU'
(,fIll"
(,"PAL

(,~ETAL

C.~ETAL

(,I"ETAL
(,ELE(
C,ELEC

(,ELEe
(,ELEC

t

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(

C
(,ELEe
(,HEC

(,ELEe

6ECPF

5Cv

18

5Cv

0.OC22lJF
O.OO33lJ.F

5Cv

1COOFF

o • 1 U

F'

5CV

HOOF
3900Pf

5Cv
5CV

4700Pf

50V

SI:OOPf

5CV

C.012Uf

5Cv

C

.015UF

C.CIo7Uf

SCv
SCV

C.

1 U F

400V

O.

O.15uf

O.D22Uf

C.

0,

22COPf

6800Pf

C.C33uf

C 1 U f

tu

4COV

2COv
5(V
5CV
5Cv
5CV

5Cv C .ObEUf

1 U f

C •

5Cv
1CCv

560GPf

4COv

O.033uf

1
1 • t K V

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0.22uF
25CV C

25Cv
25CV

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2.2

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25Cv
25Cv

FILl'

FILM

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r I L ~ 400V
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16 V 47Uf
35v

1CCU f
35 V 220Uf
16CV 1UF

our

HV

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1

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f

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f

F

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560CPF

25COPf

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C.22Uf
C.1

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C.64UF

4

(SS6

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CSC3

C5S2

cse2

!

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C452

(4C5
( 5 ( 5
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(451
(427
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S

CSC7
C 5 C 1
C715

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5(6

ceS2

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I

I

I

I

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i

C 5 2 2

,!,(62e

C4C1
C

4C3

t,C6Cf

t,(65t

6c

6C 7

t,

CC

14

t,(6S5

.tu

1

<;

t,C613

t,C659

,!,C514E

t,CS14A

Cl.(Io

t,C6C

2

t,C6C1

,!,C661

(9C1

t,C627

6c

5 2 C

t,(

(cC2

569

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C9C3

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C4C2

C e 1C E

C 8

C7

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C7

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C412
(

413

C707

t,C2CC2

C

815

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C3

(7G8

.tC2C05

C7[9
C719

423A11C1.

423A2C27
427

A7CC5
427A7CC7
427

F4
427F4C25

427F4C51
1027F4C5E

427F4C5

427fH6C

427F4C64

4?7F4C65
427F4C71

427F4C75
42703863
427C38tS

4275420

4271:0(17

42760C55
4276cCt1

4276DUC;

42760(73
4276DC75

427cJC5~

427ccCS9
4280751<;

42E08591
4282((25

42824325

421124329

42840131

42899C10

42899(28
428"9C42
430A41C5

4~OA4107

430e3C9C
430e3CS1
1030E>3182
430P6C15

43C86(H

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I

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( 5 ( 4

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1

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416

C 5 5

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C 5 E 1
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419

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C 1
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t.C2CC4

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t.C2CC1

C 5

23

t.C

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t.C65~

t.(651
t.C664

C

516

t,C6

6i'

t,c

611

t,C061 C

t,C654

t,(6CS

t.C62C

CB63

1t,(652

I

C71E

C

42

C

It,C6C5

I C 8 5 C

C

42

4

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C

415

I

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C 5 5 5 C 5

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C 4

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C8C5
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C 5 C 6 C 5

C 51:3

C 5 C 5

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C

42

2

t.C6

57

t,CC1?

t,C616

t,C615
t,CC21

C 8

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t.c

(81
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C 4

C 4 5 C

(8C88

5 1

813

C7

(86C

65?

{

I

PARTS

430E6C17
43086C2G

i

430e6C25

43086C26

4~086C27

43086C2E

43086C2­43086C30
430B6C31

430B6C3~

430B6G41

43086C54

43086C56

430e6C62

43056C65
43086C66
43CP6C6f
430B6536
4302C101

43C2C17C
4302C172

43G2(1E2

43C2C1<;C

43C2EC51

4302E(5~

43C2EC~C

4302E1(5

4302E

107

4302fC29

4302JC58
43026C32
43C26C73
431081C5

4~3A3C22

433A3C23
433QC25

4~3~3C43

435A5C53

435~5C55

4~5A5C71

435A8254

~O

DESCRJPTIO~

(,ElEC
(,ELE(
(,ELEC

Cd

(,ELE(
(,ElE(

(,ElEC
C,ElEC
C,ELEC

C,ELEC

(,ElEC
(,ELEC
C,ElEC
(,ElEC

C,ELEC
(,ELEC
C,£lEC
(,ELEC

I

C'ELE(

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(,ElEC

C,ElEe
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(,flEC

(,ElE(
(,flEe

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C,ELEC
C

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(,ElEC
C,flEC
(,ELEC
(,fLEC
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(,ElEC
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C,fLEe

C,TANTALUI'I

(,lANT~lU"

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1Cv
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16

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35v

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4COv

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ltv
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22CUf

10UF

22uF

33UF
4?UF

V

1 C
22Cuf
33CUF

10Uf
47uf
1COUf

33CUF

;:.2

10Uf
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Cu

(.47

330Uf
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C v

1COUF

22CUF

47CUF

4.7UF
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220LF

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BLOCK DIAGRAM

RLB01

9PIN

VIDEO

YNC.

RL80Z
RLB03

TTL/

ANALOG

SENSE

CN1

D-SUS

PWE-206
INPUT

PW8

PWE-2078
INTERFACE PW8

IC801

SY~(ST

~NOC~~~TY

SYNC.

r---------+------+'-'A-

IC802

VIDEO

PRE-AMP

CONT

CN3-3

CN3-Z

CN3

CLAMP

J

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I

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PWE-207A
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NOTE:

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