Hitachi C1421R, C1421T, CP1421R, CP1421T, CL1421R Service Manual

CAUTION:

SERVICE

MANUAL

MANUEL

D'ENTRETIEN

WARTUNGSHANDBUCH

1111111111111111111

11111111111

IIII

HITA-02938

Before

servicing

this

chassis,

it

is

important

that

the

service

technician

read

the

"Safety

Pre-

cautions"

and

"Product

Safety

Notices"

in

this

service

manual.

ATTENTION:

Avant

d'effectuer

l'entretien

du

châssis,

le

technicien

doit

lire

les

"Précautions

de

sécurité"

et

les

"Notices

de

sécurité

du

produit''

présentés

dans

le

présent

manuel.

VORSICHT:

Vor Óffnen des Gehauses hat der Service - lngenieur die "Sicherheitshinweise"

und

"Hinweise

zur

Produktsicherheit''

in

diesem

Wartungshandbuch

zu

lesen.

TECHNICAL SPECIFICATIONS SPECIFICATIONS TECHNIQUES

TV

Standard

...... ······

··B251ines,

Standard

TV

······ ······

··B251ignes,

STANDARD I (UK)

STANDARD:

R-U

B/G/H,

UL',

(Export)

B/G/H

UL':

(Export)

Channel

coverage

.........

UHF

Channels

(UK)

Couverture

de

canaux

· .

.Canaux

UHF

(R-U)

UHFNHF

Hyper

band

(Export)

UHFNHF

Band

hyper

(Export)

Aeríal

input

impedance · ··

· · · · ··. · · ·

··

· 75

ohm

unbalanced

Programme

Selectors · ··Channel

UP/DOWN

buttons

with

70

programme

remate

contrai

CH

direct

input

Power

Consumption

1421

······································39W

2021

······································49W

2121

······································49W

Picture

tubes

1421

.............................

:::,7

cm

type

2021

······ ······ ·················51

cm

type

2121

..................... ········55

cm

type

Mains

Voltage

······ ······ ······220V/240V 50Hz

Fuse

······ ······ ········· ······

..

f"4AH

4.0A

Type

Focusing

· ·

··

· · · ·

··

· · · ·

·· · ··

· · ·········Electra

static

lmpédance

d'entrée

d'antenne · ···

· · · ·

·75

ohm

non

équilibré

Sélecteurs

de

programmes

··

··.

·. -Touches

de

sélection

de

canaux

UP/DOWN

(HAUT/BAS)

avec

70

programmes

Télécommande

Entrée

directe

canal

(CH)

Consommation

propre

1421

....................................

J9W

2021

...................................... 49W

2121

...................................... 49W

Tubes-images

1421

······ ······ ········· ······

··-type

37

cm

2021

······ ······ ········· ······

··-type

51

cm

2121

······ ······ ········· ······

··-type

55

cm

Tension

secteur

............

···220V/240V/50

Hz

Fusible

...........................

Type

F4AH

4.0A

Mise

au

point · ···

· · ·

···

· · · ·

··

··· · ·Eiectrostatique

1997

HITACHI

:,j*~~nJr

;;;.,

.••..

c~t42i_R/T

PA);~BtG

tCLl42iRft

P/SECÁM·L

.•.

cP2021R1T

.

PAL-.BIG·

..

c2t2tRJT·

f8P2121Rff

PAL-BG

..

.

CLl12iR!f

P/SECAM-L

Data

contained

within

this

Service

manual

is

subject

to

alteration

for

improvement.
Les données fournies dans le

présent manuel d'entretien

peu-

vent

faire

l'objet

de

modifications

en

vue

de

perfectionner

le

produit.

Die

in

diesem

Wartungshandbuch
enthaltenen Spezifikationen
kõnnen

sich

zwecks

Verbesserun-

gen

ãndern.

TECHNISCHE

DATEN

Fernsehnorm

. ·

··

....

··.

· · ·

··. ··.

· · ·

·· · ·625

Zeilen,

Fernsehnorm I (nu r GB)

Fernsehnorm

B/G/H,

UL

Kanale

......................

.UHF-Bereich

(GB)

UHF-NHF-/Hyperband-Bereich

(Export)

Antenneneingangsimpedanz

· ·

··

· · · ·

·75

Ohm

unsymmetrisch

Senderwahl

.......................

.AUF/AB-Taste

auf

Fernbedienung

für

70

Sender

Senderdirekteingabe

Leistungsaufnahme

1421

····· ...... ········· ······ ·········

..

J9W

2021

··························· ··········49W

2121

······································49W

Bildrohre

1421

······················ ········ ····37

cm

2021

....................................

51

cm

2121

............ ························55

cm

Netzspannung

....

··

· ·

··

· · ·

·220V-240V,

50Hz

Sicherung

· · · · · · · ·

··

· · · · · · · · · · · · · · · · · · ·

·· · ·F4AH4

OA

Fokusierung

· ·

··

· · · ·

··

· · ·

·· · ··

· · · ·

·Eiektrostatisch

HITACHI

SERVI

CE

MANUAL

MANUEL

D'ENTRETIEN

WARTUNGSHANDBUCH

INDEX

SOMMAIRE

English

Français

Safety

instruction

2-UK

2-F

Précautions

de

sécurité

Sicherheitshinweise

TV

operation

supplement

3-UK

3-F

Supplément

sur

le

fonctionnement

du

téléviseur

Erganzung

zur

TV-betriebsanleitung

ldentification

of

functions

on

remate

contrai

4-UK

4-F

Description

des

commandes

de

la

télécommande

Übersicht

über

die

bedienelemente

auf

der

fernhedienung

Tuning

in

the

TV

channels

Programmation

des

canaux

TV

Einstellen

der

TV-Kanale

Connecting

externa!

equipment

Connexion

de

périphériques

Anschluss

externer

gerate

Circuit

description

Description

des

circuits

Schaltkreisbeschreibung

Alignment

instructions

lnstructions

d'alignement

Ausrichtungsinformationen

Block

diagram

Printed

circuit

board

Schematic

diagram

Wave

forms

Electrical

parts

list

Difference

of

parts

for

CRT

Difference

of

parts

for

system

Difference

of

parts

for

option

Mechanical

exploded

view

and

part

list

5-UK

5-F

7-UK

7-F

8-UK

8-F

16-UK

16-F

Common

information

19

20

21

22

23
35
36
37
38

INHALTSVERZETCHNIS
Deutsch
2-D

3-D

4-D

5-D

7-D

8-D

16-D

SAFETY

PRECAUTIONS

WARNING : The following precautions should be
observed.

1.

Do

not

instai!,

remove,

or

handle

the

picture tube

in

any

manner unless shatter proof goggles

are

worn.

People

not

so

equipped

should

be

kept

away

while

pic-

ture tubes

are

handled.

Keep

the

picture tube

away

from

the

body

while

handling.

2.

When

service

is

required,

an

isolation transformar

should

be

inserted between the power line

and

the

receiver

before

any

service

is

performed

on

the

chas-

sis.

3.

When

replacing

the

chassis

in

the

cabinet,

ensure

ali

the

protective

devices

are

put

back

in

place.

4.

When

service

is

required, observe

the

originallead

dressing.

Extra

precautions

should

be

taken

to

ensure

correct

lead

dressing

in

the

high

voltage

circuit

area.

5.

Always

use

the

manufacturer's replacement

compo-

nent.

Always replace original spacers

and

maintain

lead

lengths.

Especially criticai components

are

indi-

cated as &

on

the parts list and should not

be

replaced

by

other

makes.

Furthermore,

where a short

circuit

has

occurred, replace those components that

indicate

evidence

of

overheating.

6.

Before

returning a serviced

receiver

to

the

customer,

the

service

technician

must

thoroughly

test

the

unit

to

be

certain

that

it

is

completely

safe

to

operate

without

danger

of

electrical

shock,

and

be

sure

that

no

protec-

tive

device

built

into

the

instrument

by

the

manufactur-

ar

has

become detective,

or

inadvertently damaged

during

servicing.

Therefore,

the

following

checks

are

recommended

for

the

continued

protection

of

the

customers

and

service

techni-

cians.

INSULATION

lnsulation

resistance

should

not

be

less

than

1OM

ohms

at

500V

DC

between

the

main

poles

and

any

accessible

metal

parts.

Also,

no

flashover

or

breakdown

should

occur

during

the

dielectric

strength

test,

applying

3kV

AC

o r

4.25kV

DC

for

two seconds between the

main

poles

and

accessible

metal

parts.

HIGH

VOLT

AGE

High

voltage

should

always

be

kept

at

the

rated

value

of

the

chassis

and

no

higher,

Operating

at

higher

voltages

may

cause

a failure

of

the

picture tube

or

high

voltage

supply,

and

also,

under

certain

circumstances

could

pro-

duce

X-radiation leveis moderately

in

excess

of

design

leveis. The high voltage must

not,

under any circum-

2-UK

stances,

exceed

29kV

on

the

chassis.

X-RADIATION

TUBES : The

primary

source

of

X-radiation

in

this

receiv-

er

is

the picture tube. The tube utilised for the above

mentioned

function

in

this

chassis

is

specially

construct-

ed

to

limit

X-radiation.

For

continued X-radiation protection,

replace

tube

with

the

sarne

type

as

the

original

HITACHI

approved

type.

PRODUCT

SAFETY

NOTICE

Many

electrical

and

mechanical

parts

in

HITACHI

televi-

sion

receivers

have

special

safety

related

characteristics.

These characteristics

are

often

not

evident

from

visual

inspection

nor

can

the

protection

afforded

by

them

nec-

essarily

be

obtained

by

using

replacement

components

rated

for

higher

voltage,

wattage,

etc.

Replacement

parts

which

have

these

special

safety

characteristics

are

iden-

tified

by

marking

with

a &

on

the

schematics

and

the

replacement

parts

list

contained

in

this

service

manual.

Ths

use

of

a substituta replacement component

which

does not have the

sarne

safety characteristics

as

the

HITACHI

recommended

replacement

one,

shown

in

the

parts list

of

this service manual,

may

create electrical

shock,

fire,

X-radiation,

or

other

hazards.

Product Safety

is

continuously under

review,

and

new

instructions

are

issued

from

time

to

time.

For

the

latest

information,

always

consult

the

current

HITACHI

service
manual. A subscription to, or additional copies of
HITACHI

service

manuais

may

be

obtained

ata

nominal

charge

from

your

HITACHI

SALES

CORPORATION.

CE

MARK

Some

of

these

models

may

contain

the

CE

mark

on

the

rating

plate.

This

illustrates

that

the

T.V

contains

parts

that

have

been

specifically

approved

to

provide

electromagnetic

compat-

ibility

to

designated

leveis.

Therefore,

when

replacing

any

part

in

this

T.V.,

please

use

only

the

correct

part

itemized

in

the

parts

list

of

this

service

manual

to

ensure

this

standard

is

maintained.

Also,

take care

to

replace

lead

dressing

to

its

original

state,

as

this

can

also

have a bearing

on

the

electromag-

netic

radiation/immunity.

TUBE

DISCHARGE

The

line

output

stage

can

develop

voltages

in

excess

of

25kV;

if

the

E.H.T.

cap

is

required

to

be

removed,

dis-

charge

the

anode

to

chassis via a

high

value resistor,

prior

to

its

remova!

from

the

tube.

ldúe\lt§!l

TV OPERATION SUPPLEMENT

The following pages

are extracted from the

Customer Operating Guide

to

assist Service Engineers

in

TV set

up

3-UK

IDENTIFICATION

OF

FUNCTIONS

ON

REMOTE

CONTROL

The Remote Control

is

designed for

both

TVs

with

and

without teletext. Consequently, some

of

keys

have multiple functions

as

follows:

3----+1-{
4----+1-(
5----+1-{

1Q----+~--,

9----1-1---{

12

----+!----.

11----1-1-(

15

----1+--·

16

----+1--....1

1.

ó

2.

0-9

TV

ON/OFF

(Stand-by

mode)

Channel

selector

3.

~

4.

0/8

5.

MENU

6

....

7.

T

8.

...

9.

~

10.

OK

Mute

(Switches

off

the

sound)

TV I Audio-video

selector

Display

ON/OFF

Program

up

Program

down

Volume

up

Volume

down

1

O.

NORMAL

Picture

selection

11.

SLEEP

C9

TV

auto-off-time

selection

12.

RECALL

lnformation

watching

channel

13.

SKIP

(EDIT

Menu)

15.

DEL

(EDIT

Menu)

16.

MOVE

(EDIT

Menu)

NB : Teletext

mode

operations

are

only

applicable

to

TVs

with

teletext.

Models:

C1421T/C2121T.

r----1+----

6

~f-------8

~-,.......;=-++----

7

r=.,....-1H-~--

13

~f-------14

-t-1-f-------

18

.___-Hf-----

17

14.

~

TEXT

ON/OFF

(return

to

TV

mode)

1.

ó

TV

ON/OFF

(Stand-by

mode)

2.

0-9

T

eletext

page

selector

3.

~

Mute

4.

0/8

Not

used

5.

MENU

For

volume & brightness

control

6 .

...

T

eletext

page

up

7.

T

T

eletext

page

down

8.

~

T

eletext

subpage

9.

[;}]

-

Teletext

holding

10.

(I]

I

Index

page

11.

J;] .

Doubling

teletext

character

size

12.

I;]

Revealing

hidden

answer

13.

~

T

emporary

cancelation

of

teletext

17.

TIME

TIME

display

on

screen

18.

MODE

Not

used

Colour

buttons

have

dual

functions

:

Easy

page

access

in

FASTEXT

15.

Red

16.

Green

17.

Yellow

18.

Blue

4-UK

ldM:\11§!1

TUNING

lN

THE TV CHANNELS

I·

..

AUTOIVIATIC

TtJNING

$YSTEM

·.···I

• MA/NMENU

Press

the

MENU

button

to

call

up

the

MAIN

MENU

on

the

TV

screen,

The

MAIN

MENU

consists

of 5 sub-menus:

PICTURE,

TIMER,

LANGUAGE,

PRESET

and

EDIT.

•

LANGUAGE

SELECTION

Select

the

LANGUAGE

you

require

on

the

MAIN

MENU

by

placing

the

cursor

on

LANGUAGE

with

the

UP/DOWN

buttons

and

pressing the

OK

button.

You

can

choose

the

language

you

require

with

the

UP/DOWN

buttons.

Press

the

MENU

button

to

return

to

the

MAIN

MENU.

Press

the

MENU

button

again

to

exit

the

MAIN

MENU.

•

AUTOMATIC

TUNING

SYSTEM

Select

the

PRESET

menu

on

the

MAIN

MENU

and

press

the

OK

button.

Place

the

cursor

to

11

[8]

11

with

the

RIGHT

button

and

then

press

the

OK

button

lf

your

TV

is

equipped

for

teletext

(C1421T/C2121T),

The

country

menu

will

be

dis-

played

for

your

selection

by

use

of

the

UP/DOWN

buttons.

Press

and

hold down the

OK

button until the AUTO-SEARCH tuning screen

appears

above

the

PRESET

menu.

The

cursor

will

move

automatically

from

left

to

right,

searching

for

ali

available

TV

stations

in

your

area.

Please

wait

approximately

3

minutes

until

the

EDIT

menu

appears

on

the

screen.

The

EDIT

menu

shows

you

the

programme

position

assignment.

When

using

this

AUTO-SEARCH

method,

the

broadcasts

may

not

be

found

and

stored

in

the

order

you

desired.

For

example,

BBC1

may

not

be

allocated

to

programme

number

01,

and

BBC2

may

not

be

allocated

to

programme

number

02,

etc.

The

EDIT

menu

enables

you

to

change

the

programme

position

assignment

according

to

your

per-

sonal

preference.

•

SKIPP/NG

THE

CHANNELS

Vou

can

select

SKIP

"YES"

or

"NO"

with

the

SKIP

button. A programme

marked

with

SKIP

"YES"

is

skipped

when

changing

channel

using

the

UP/DOWN

button.

A

skipped

programme

number

selected

by

NUMBER

button 0 .. 9 will

be

displayed

in

red.

•

DELETE

PROGRAMME

POSITION

DATA

Position

the

cursor

to

the

programme

number

to

be

deleted

with

the

UP/DOWN,

LEFT/RIGHT buttons.

Press

the

DEL

button.

While

this

is

being carried

out

the

"DELETE

Prog.

No"

appears

and

the

"deleted"

programme

is

moved

to

the

pro-

gramme

No.

69

with SKIP changed

to

"YES".

The

programme located

in

pro-

gramme

No.

69

wiiLfnove

to

programrn_e

No.

68.

5-UK

IJúdiM!i

MAIN

MENU

PICTUAE

TIMER

lRNGURGE
PAESET
EDil

LANGUAGE
ENGLISH

FRANCA

IS

DEUTSCH

ITALIANO

ESPANOL

RESET

III ED

lcr:JII

------

I

PRESET

I

P--

I

I

P--

I

AUTO

SEARCH

UHF

»

-------~

EDil

p

SKIP

p

SKIP

00

----

NO

05

----

NO

01

----

NO

MH,

n•

02

- - - -

NO

07

----

NO

03

----

NO

08

----

NO

04

----

NO

09

----

NO

EDil

p

SKIP

p

SKIP

00

----

NO

05

----

NO

·~·

~~~-

06

----

NO

02

----

NO

07

----

NO

03

----

NO

08 - - - -

NO

04

----

NO

09

- - - -

NO

DELETE

01

TUNING

lN

THE TV CHANNELS

•

CHANGING

THE

ORDER

OF

THE

CHANNELS

Position

the

cursor

to

the

programme number

you

want to

move

and

press

the

MOVE

button.

The

"MOVE

Prog.

No."

will

appear.

Position

the

cursor

to

the

pro-

gramme

number

to

be

exchanged

and

press

MOVE

button.

Two

programmes

will

be

exchanged.

•

ENTERING A STATION

NAME,

CHANGING

THE

PROGRAMME

NUMBER

ANDCOPWNGAPROGRAMME

You

can

go

to

the

PRESET

menu

directly

to

enter a station

name,

change a pro-

gramme

number

and

copying

one

programme

to

another

programme

No.

by

press-

ing

the

OK

button.

Reter

to

the

MANUAL

CHANNEL

SETTING

.

.

•·····'I\II~Nll~LÇH~N,N~f•.$Elt1N~·

·.• · .....•...

·)

Select

the

PRESET

menu

on

the

MAIN

MENU.

Press

the

NUMBERED

buttons 0 .. 9 or

UP/DOWN

buttons

to

select a programme

number

you

want.

The

screen

will

change

according

to

the

selected

programme

number.

•

SEARCHING A CHANNEL

Locate a cursor

to"

BJ

"with

LEFTIRIGHT

button

and

then

press

the

UP

or

DOWN

button.

The

SEARCH

tuning

screen

will

appear

and

the

cursor

will

move

from

left

to

right

or

vice

versa.

After

searching a station,

the

tuning

screen

will

disappear.

To

stop

searching,

press

the

MENU

button.

•

FINE

TUNING

lf

you

are

unable

to

get a good

picture

or

sound

by

performing

SEARCH

function,

it

is

possible

to

adjust

the

fine

tuning.

Move

the

cursor

to"

EEJ"

and

press

UP

or

DOWN

button

to

activate

fine

tuning

UP

or

DOWN.

lt

only

operates

whilst

the

UP

or

DOWN

button

is

being

pressed.

•

ENTERING A STA

TION

NAME

To

select a station

from

the

station

name

list.

Move

the

cursor

to "-- - - "

on

the

PRESET

menu,

then

select a station

name

from

the

list

using

the

UP/DOWN

but-

tons

and

press

the

OK

button.

lf

you

want

to

delete a station

name,

select

" ...

".

lf

you

cannot

find

the

desired

name

in

the

list,

you

can

enter your

own.

To

do

so,

move

the

cursor

to

the

right

and

press

OK

button.

Using

the

UP/DOWN

button,

select

the

desired

letter,

number

or

blank.

Press

the

RIGHT

button

to

select

the

next

position.

Press

the

OK

button

complete

this

procedure.

•

TO

STORE A PROGRAMME

lN

MEMORY

Move

the

cursor

to

the

extreme

right

of

the

display

with

the

LEFT/RIGHT

buttons.

Select

the

programme number that

you

want

store

the

currently displayed

pro-

gramme,

with

station

name

and

fine

tuning

data

in

memory

using

the

UP/DOWN

or

0

..

9

buttons.

Press

the

OK

button.

The

colou r of

"P-

- "will

change

into

green

for

a

second

and

then

back

into

red.

6-UK

•aua•w=•

EDIT

p

SKIP

00

AAD

NO

01

ZDF

NO

02

BA3

NO

03

SATl

NO

04

PA07

NO

MOUE

MAIN

MENU

PICTURE
TIMER
LANGUAGE

PRESEI

EDIT

p

05

ATL2

MIJí

o7

08

- - - -

09

- - - -

02

PRESET

I

POl

Jlr=IIEEJII

------1

SKIP

NO

:u•

NO
NO
NO

I

P--1

I

P--I

SEARCH

UHF

»

---

PRESET

I

POl,IIIIIIIEEJII

------1

I

P--I

FINETUNE

UHF

»

[[]

F

u

i

P--i

PRESET

11

CONNECTING EXTERNAL EQUIPMENT

•

HEAD

PHONE

SOCKET

When

you

inseri a headphone

plug

(3.5mm

stereo)

into

the

headphone

socket,

the

sound

from

the

speaker

will

automatically

be

muted.

•

FRONT

AV

SOCKET

Connect

the

AV

(AUDIONIDEO)

socket

with

an

appropriate

cable

to

the

cor-

responding

socket

of

the

externa!

equipment.

Select

AV

mode

by

pressing

the

AV

button ( 0/8

).

Press

the

AV

button

twice

to

retuni

to

the

TV

mode.

•

SCART

SOCKET

This

is

used

to

connect: a

VCR, a PAY-TV

decoder, a Camcorder

anda

video

game

console.

VIDEO AUDIO

ln

most

cases,

the

set

changes

automatically

to

AV

mode,

when

the

VCR

connected

is

in

play

back

mode.

lf

not,

press

the

AV

button ( 0/8 ) on

the

remote

control

or

on

the

front

of

the

set.

The

AV

symbol

( 8 )

will

be

displayed

on

the

screen

with

the

current

TV

programme

number.

ln

AV

mode,

you

can

change

the

TV

programme

number

with

the

UP/DOWN

button

or

the

NUMBERED

buttons 0 ..

9.

lf

externa!

equipment

has

an

S-VHS

signal

output,

you

can

also

receive

the

S-VHS

signal

with

an

appropriate

cable

(e.g.

with

an

S-VHS

plug

to

Scart

plug)

by

selecting

S-VHS

mode

with

the

AV

button ( 0/8

).

NB.

lt

is

not

possible

to

control

any

of

the

functions

except

the

volume

control

and

mute

function

in

the

RGB

mode.

Externa!

equipment

must

be

switched

off

to

return

to

the

TV

mode.

NB.

lf

equipment

is

connected

to

the

front

AV

SOCKET

and

the

SCART

SOCKET,

only

one

piece

of

equipment

can

be

used.

o I I I

VCR

7-UK

Connect to
Aerial

lDI

~

o

• Circuit Description

Vision

IF

amplifier,

AFC,

video

demodulator

The

IF

signal

from

the

tuner

is

fed

through a SAW

filter

to

the

differentiaiiF

input

(pin

48

and

49).

The

first

IF

stage

consists

of 3 AC-coupled

amplifiers

with a total

gain

control

range

of

over

66

dB.

The

reference

carrier

for

the

video

demodulator

is

obtained

by a PLL

carrier

regenerator

(eliminating

notch

filter

compromises,

as

in

reference

tuned

circuits

for

passive

carrier

regeneration).

Only

an

oscillator

coil

is

needed(

pin 3 and

4)

that

can

be

aligned

via

12C-bus

to

the

double

IF

frequency.

The

AFC

information

is

derived

from

the

VCO

control

voltage

of

the

IF-PLL

and

can

be

read

via

12C-bus.

Bit

AFB

toggles

when

the

picture

carrier

is

exactly

at

the

desired

IF

frequency

(=

half

the

aligned

IF-PLL

frequency).

AFA

is

active

in a window

around

this

point.

For

fast

search-tuning

applications

this

window

can

be

increased

by a factor 3 (AFW

bit).

Tuner

A.G.C.

The

automatic

gain

control

(A.G.C.)

circuit

operates

on

top

sync

levei

at

negative

modulated

signals

or

on

peak

white

levei

at

positive

modulation,

selected

by

MOD

bit.

The

tuner

A.G.C.

is

controlled

via

pin

54.

The

tuner

A.G.C.

take

over

point

(T.O.P.)

can

be

set

over a wide

range:

0.8

mVrms

..

80

mVrms

IF

input

signal

amplitude.

The

tuner

AGC

output

may

have

to

operate

above

Vcc

of

TDA837

4.

Therefore

pin

54

is

an

open

collector

output,

that

can

operate

from

0.3

up

to

Vcc+ 1 Volt

(at

> 2

mA

sink

current)

PLL

sound

demodulator

The

IF-video

output

at

pin 6 (2Vpp)

is

fed

through a sound

bandpass

filter

and

connected

to

the

intercarrier

sound

IF

input

pin

1.

An

alignment

free

PLL

tunes

itself

to

the

sound

carrier

and

demodulates

it.

The

non

volume-controlled

front-end

audio

signal

can

be

obtained

from

the

deemphasis

pin

55

(amplitude

300

mVeff).

Source

select

switch

TDA837 4 input

switch

can

select

one

of

the

following

sources

;

pin

13

front-end : CVBS I int

pin

17

:

CVBS 2 ext

pin

11.pin

1 O : Y

s-vhs, C s-vhs

Selected

signal

is

available

at

the

CVBS

output

pin

38,

in

case

of Y /C

input Y +C

are

added.

lt

drives

teletext

and

the

TDA8395

SECAM

add-on.

For

S-VHS

applications,

the

Y,C

input

can

be

selected,

independeht

of

the

CVBS

source

switch.

TDA8374

Y,C

inputs

are

selected,

while

the

source

switch

outputs

CVBS I int

or

CVBS 2 ext

on

CVBS

out.

Horizontal

synchronization

and

protection

The

synchronization

separator

adapts

its

slicing

levei

in

the

middle

between

top-sync

and

black

levei

of

the

CVBS

signal.

The

separated

synchronization

pulses

are

fed

to

the

first

phase

detector

and

to

the

coincidence

detector.

The

fP-1

loop

gain

is

determined

by

the

components

at

pin

43

(C+RC).

The

coincidence

detector

detects

whether

the

horizontalline

oscillator

is

synchronized

to

the

incoming

video.

The

line

oscillator

is a VCO-type,

running

at

twice

the

line

frequency.

lt

is

calibrated

with

the

X-tal

oscillator

frequency

of

the

colou r decoder

and

has a maximum

deviation

of

2%

of

the

nominal

frequency,

so

no

alignment

is

needed.

Calibration

is

done

at

start

up(

the

TDA8374

must

first

know

what

colour

X-tais

are

connected,

bits

XA

and

XB)

and

after

synchronization

loss ( fP-1

coincidence

detector

"Sync

Locked"

bit

SL).

The

second

phase

detector

fP-2

locks

the

phase

of

the

horizontal

driver

pulses

at

output

pin

40

to

the

horizontal

flyback

pulse

at

input

pin

41

.

8-UK

This

compensates

for

the

storage

time

of

the

horizontal

deflection

transistor.

The

a>-

2

loop

filter

(C)

is

externally

connected

to

pin

42.

The

horizontal

phase

can

be

given a static

off

set

via

12C-bus

(HSH

"horizontal

shift'')

A

dynamic

correction

is

possible

by

current

feedback

into

the

a>-

2

/oop

fi/ter

capacitar.

To

protect

the

horizontal

deflection

transistor,

the

horizontal

drive

is

switched

off

immediately

when a power

failure

("

Power-On

Reset"

bit

POR)

is

detected.

The

power

failure

may

have

corrupted

the

contents

of

the

internal

data

registers,

so

the

TDA8374

should

be

started

up

again.

The

TDA837 4 has a separate

supply

input

(pin

37)

that

is

only

used

as a clean

supply

vo/tage

for

the

horizontal

oscillator

circuits.

Vertical

synchronization

The

vertical

sawtooth

generator

drives

the

vertical

output.

lt

uses

an

externa/

capacitar

at

pin

51

anda

current

reference

resistor

at

pin

52.

The

TDA8374

vertical

drive

has

differential

current

outputs

for

DC-coupled

vertical

output

stage,

like

the

TDA8356.

At

TDA8356

input

pins I and 2 this

current

is

converted

into a drive

voltage

via a resisto

r

Geometry

processing

With

the

TDA8374

it

is

possible

to

implement

automatic

geometry

a/ignment,

because

ali

parameters

are

adjusted

via

the

12C

bus.

The

deflection

processar

of

the

TDA837 4 offers

the

following

five

contrais;

-

Horizontal

shift

-Vertical

slope.

-

Vertical

amplitude

-Vertical 8-correction

-

vertical

shift

Colou r decoder

The

colour

decoder

contains

an

alignment-free

X-tal

oscillator, a dual

killer

circuit

and

co/our

difference

demodu/ators.

Together

with

the

TDA8395

SECAM

add-on a multi

standard

PAUSECAM/NTSC

decoder

can

be

built

with

automatic

recognition.

Which

standard

can

be

decoded depends

on

the

externa/

Xtals

used.

Two

Xtal

pins

(34and

36)

are

present

so

normally

no

externa/

switching

is

required.

The

I.

C.

must

be

to/d

which

X-tais

are

connected

(bits

XA

and

XB).

This

is

important,

because

the

X-tal

frequency

of

the

colour

decoder

is

also

used

to

calibrate

many

internal

circuits.

The

burst

phase

detector

locks

the

Xtal

oscillator

with

the

chroma

burst

signal.

The

phase

detector

operates

duríng

the

burst

key

períod

only,

to

prevent

dísturbance

of

the

PLL

by

the

chroma

sígnal.

Two

gain

modes

provide:

-

Good

catching

range

when

the

PLL

is

not

Locked.

-

Low

ripple

voltage

and

good

noise

immunity

once

the

PLL

has

locked

The

killer

circuit

switches-off

the

R-Y

and

8-Y

demodulators

at

very

/ow

input

signal

conditions

(chroma

burst

amplitude).

A

hysteresis

prevents

on/off

switching

at

low,

noisy

signals.

Color

standard

pin34 pin35

XA

XB

PAL4.43/SECAM + NTSC-4.43

none

4.43

1

o

PAL4.43/SECAM + NTSC-M

3.58

4.43

1 1

9-UK

lntegrated

video

filters

The

TDA8374

has

alignment-free

internalluminance

delay,

chroma

bandpass

and

chroma

trap.

They

are

implemented

as

gyrator

circuits

tuned

by

tracking

to

the

frequency

of

the

chroma

Xtal

oscillator.

The

chroma

trap

in

the Y signal

path

is

by-passed

when

Y/C

input

is

selected

(S-VHS

).

For

SECAM

an

extra

luminance

delay

is

built-in,

for

correct

delay

of

the

luminance

signal.

RGB

output

and

black

current

stabilization

The

colour

difference

signals

(R-Y,

8-Y)

are

matrixed

with

the

luminance

signal

(Y)

to

obtain

the

RGBout

output

signals

(pins

21

,20,29).

ln

the

TDA8374

the

matrix

type

automatically

adapts

to

the

decoded

standard

(NTSC,PAL).

Linear

amplifiers

are

used

to

interface

externa!

RGB

in

signals

(pins

24,25,26)

from

the

SCART

connector.

These

signals

overrule

the

internal

RGB

signals

when

the

data

insertion

pin

26

(FBI)

is

switched

to a levei

between

1.0V

and

3.0V.

The

contrast

and

brightness

control

and

the

peak

white

limiter

operate

on

both

internal

and

externa!

RGB

signals

R,G

and B each

have

their

own,

independent

gain

control

to

compensate

for

the

difference

in

phosphor

efficiencies

of

the

picture

tube:

so

called

''white

point''

adjustment.

The

nominal

amplitude

is

about

2V

black

to

white,

at

nominal

input

signals

and

control

settings.

TDA837 4 has a black

current

stabilization

loop,

that

automatically

adjust

the

black

levei

to

the

cut-off

voltage

of

the

picture

tubes

three

gun

cathodes.

Since

no

current

is

flowing

when

the

voltage

of

the

cattiode

is

equal

to

the

cut-off

voltage

of

the

tube,

the

loop

stabilizes

at a

very

small

gun

current.

•

This

"black

currenf'

of

the

three

guns

is

measured

internally

and

compared

with a reference

current,

to

adjust

the

black

levei

of

RGBout.

The

black

levelloop

is

active

during 4 !ines

at

the

end

of

the

vertical

blanking.

ln

the

first

line

the

leakage

current

is

measured

(max.

acceptable

100

,A).

ln

the

next

three

!ines

the

black

leveis

of

the

three

guns

are

adjusted.

The

nominal

value

of

the

'black

current

is

1 O ,A.

The

ratio

of

the

'black

currents'

for

the 3 guns

tracks

automatically

with

the

white

point

adjustment,

so

the

back-ground

colour

is

the

sarne

as

the

adjusted

white

point.

At

switch-on

of

the

TV

receiver

the

black

current

stabilization

circuit

is

not

yet

active

and

RGBout

are

blanked.

Before

the

first

measurement

pulses

appear,

0.5

sec

delay

ensures

that

the

vertical

deflection

is

active,

so

the

pulses

will

not

be

visible

on

the

screen.

During

the

measuring

!ines

RGBout

will

supply

4V

pulses

to

the

video

output

stages.

The

TDA837 4 waits

until

the

black

current

feedback

input

(pin

18)

exceeds

200

pA,

which

indicates

that

the

picture

tube

has

warmed

up.

Then

the

black

current

stabilization

circuit

is

active.

After a waiting

time

of

about

1.0

sec,

the

blanking

of

RGBout

is

released.

Tuning

The

AFC

information

of

the

TDA837 4 is

not

available

as

an

analogue

voltage.

Automatic

following

(=frequency

tracking,

AFC)

can

be

done

via

the

12C-bus

by

software.

The

TDA837 4 AFC

window

is

typically

80

kHz

wide.

This

value

is

made

higher

than

the

62.5

kHz

tuning

step,

to

prevent

an

automatic

following

loop

from

continuously

adapting

the

tuning

frequency

..

With

this

AFC

window ( ±40

kHz)

the

maximum

tuning

error

is

less

than

62.5

kHz.

For

high

speed

search-tuning-algorithms,

the

AFC

window

can

be

widened

to

240

kHz

via

bit

AFW.

10-UK

TDA8395

SECAM

decoder

The

TDA8395

is

an

alignment-free

SECAM

colou r decoder,

including a Cloche

filter,

demodulator

and

line

identification

circuit.

The

Cloche

filter

is a gyrator-capacitor

type.

lts

frequency

is

calibrated

in

the

vertical

retrace

period.

The

calibration

reference(

pin

1 )

is

obtained

from

the

TDA8374

colour

X-tal

oscillator

(pin

33).

Pin 7 is a decoupling

for

the

Cloche

reference.

The

voltage

change

at

this

pin

dueto

leakage

currents

should

be

lower

than

1 O

mV,

during

field

scan,

resulting

in

a

capacitor

of

minimal100

nF.

Pin 8 is

the

reference

capacitor

for

the

PLL.

The

voltage

variation

during

field

scan

at

this

pin

should

be

lower

than 2 mV , resulting

in a capacitor

of

220

nF.

The

sandcastle

input

(pin

15)

is

connected

to

TDA837 4 pin

41

and

is

used

for

generation

of

the

blanking

periods

and

provides

clock

information

for

the

identification

circuit.

The

CVBS

source

select

output

(TDA837 4 pin

38)

supplies

SECAM

chroma

to

pin

16

of

the

TDA8395.

This

is

demodulated

by a PLL

demodulator,

that

uses

the

reference

frequency

at

pin I and a bandgap

reference

to

obtain

the

desired

demodulation

characteristic.

lf

the

digitalline

identification

in

the

TDA8395

detects

SECAM,

pin 1 will

sink a current

of

150

(A

out

of

TDA8374

SECAMref

pin

33.

When

the

TDA8374

has

not

detected

PAL

or

NTSC,

it

will

respond

by

increasing

the

voltage

at

pin

33

from

1.5V

to

5V.

Now

the

TDA837 4 colou r difference

outputs

pin

30

and

29

are

made

high-ohmic

and

the

TDA8395

output

pin 9 and

1 O

are

switched

on.

These

outputs

will

be

disconnected

and

high-ohmic

when

no

SECAM

is

detected

for

two

trame

periods,

the

decoder

will

be

initialized

before

trying

again.

SECAM-L

and

-L:

application

For

SECAM-L

and

L'

the

TDA8374

has

to

be

switched

to

positive

modulation

via

12C-bus

bit

MOD.

SECAM-L'

signals

only

occur

in

VHF

band I and

have

their

picture

and

sound

carrier

interchanged,

compared

to

SECAM-UPAL

channels.

For

SECAM-L'

the

IF

picture

carrier

is

situated

at

34.2

MHz

and

the

AM-sound

carrier

at

40.7MHz.

Therefore

the

IF-PLL

reference

has

to

be

tuned

away

from

38.9

to

34.2

MHz.

This

can

be

done

via

12C-bus

sub-address

15hex

(IF-PLL).

The

AM

sound

output

is

inserted

at

TDA837 4 externa!

audio

input

pin

via

the

SCART

plug.

When

bit

MOD

selects

positive

modulation

for

SECAM-UL',

the

TDA8374

automatically

switches

to

externa!

audio.

Base

band

delay

line

TDA4665

TDA4665

is

an

integrated

double

baseband

delay

line

of

64

~

lt

couples

to

the

TDA837 4 and

TDA8395

without

any

switches

o r

alignments.

The

TDA4665

consist

of

two

main

blocks:

-

Two

delay

!ines

of

64

sec

in

switched

capacitar

technique

-

Internal

clock

generation

of 3 MHz,

line

locked

to

the

sandcastle

pulse

The

TDA4665

operates

according

to

the

mode

demanded

by

the

colou r transmission

standard:

-For

PAL

it

operates

as

geometric

adder

to

satisfy

the

PAL

demodulation

requirements

-ln

NTSC

mode

it

reduces

cross-colour

interference

(comb-filtering)

-

For

SECAM

it

repeats

the

colour

difference

signal

on

consecutiva

horizontal

scan

lines.

A

sandcastle

pulse

is

connected

to

pin

5.

The

top

pulse

voltage

(should

not

exceed 5 V)

can

be

directly

coupled

to

the

5 V

sandcastle

output

of

the

TDA8374.

11-UK

The R-Y

and

8-Y

colou r difference

signals

(from

TDA837 4 pins

30

and

29}

are

AC-coupled

and

clamped

by

the

input

stages

at

pins

16

and

14.

An

internal 6 MHz

Current

controlled

oscillator

is

line

locked

via a PLL

to

the

sandcastle

pulse

at

pin

5.

This

clock

drives

the

delay

lines

to

obtain

the

required

64

,.sec.

Sample

and

hold

low

pass

filters

suppress

the

clock

signal.

The

original

and

the

delayed

signals

are

added,

buffered

and

fed

to

the

output

pins

11

and

12.

These

are

AC-coupled

to

the

R-Y

and

B-Y

colour

difference

input

pin

32

and

31

of

TDA8374.

The

TDA4665

needs

a 5 V

supply

voltage

on

pin I for

the

digital

part

and

on

pin 9 for

the

analog

part.

TDA8356

vertical

deflection.

The

TDA8356

is a vertical

deflection

circuit.

lt

can

be

used

in

90

degree

deflection

systems

with

frame

frequencies

from

50

up

to

120

Hz

With

its

bridge

configuration

the

deflection

output

can

be

DC

coupled

with

few

externa!

components.

Only a supply

voltage

for

the

scan

and a second

supply

for

the

flyback

are

needed.

The

TDA8356

can

drive

max.2A.

The

vertical

drive

currents

of

TDA8374

pins

47

and

46

are

connected

to

input

pins I and 2 of

the

TDA8356.

The

currents

are

converted

into a voltage

by a resistor

between

pins 1 and

2.

Pin2

is

on a fixed

DC

levei

(internal

bias

voltage)

and

on

pin I the

drive

voltage

can

be

measured

(typical1.8

Vpp).

The

drive

voltage

is

amplified

by

'A'

and

fed

to

two

amplifiers

'B'

and

'C',

one

is

inverting

and

the

other

is a non

inverting

amplifier.

The

outputs

(pins 4 and

7)

are

connected

to

the

series

connection

of

the

vertical

deflection

coil

and

feedback

resistor

.

The

voltage

across

feedback

resistor

is

fed

via

pin 9 to

correction

amplifier

'D',

to

obtain a deflection

current

which

is

proportional

to

the

drive

voltage.

The

supply

voltage

for

the

TDA8356

is

16V

at

pin

3.

The

flyback

generator

has a separate

supply

voltage

of

45V

on

pin

6.

The

guard

pulse

is

useful

to

synchronize

OSD.

Horizontal

deflection

The

circuit

contains

horizontal

drive,

line

output

transformar.

The

horizontal

driver

pulses

from

the

TDA8374

are

amplified

in

the

horizontal

drive

circuit,

to

get

sufficient

base-drive

current

for

the

high

voltage

switching

transistor

0401.

During

the

horizontal

scan

period(

=52

f.S)

0401

will

conduct,

and a sawtooth

current

flows

from + 11

0/123V

through

the

primary

winding

of

the

FBT

to

ground.

After

this

time

0401

is

switched

off

and

the

energy

stored

in

the

FBT

during

the

scan

period

will

be

transformed

to

the

flyback

capacitar

C41

O.

This

energy

transfer

will

take

place

in a cosine

shape

because

the

primary

of

the

FBT

and

C41 O from a resonant

circuit.

The

time

the

energy

is

transferred

from

FBT

to

C41 O and

back

to

the

FBT,

is

called

the

flyback

time

and

will

take

place

in

about

12,.s.

The

flyback

peak

voltage

is

about 8 times

the

scan

voltage.

ln

series

with

the

horizontal

deflection

coil

there

is a (damped)

linearity

corrector

coil.

During

the

scan

there

is

some

loss

in

the

resistance

of

the

deflection

coil.

ln

the

first

part

of a line

the

linearity

corrector

stores

some

energy

in a permanent

magnet

until

it

is

saturated.

This

improves

the

linearity

of

the

horizontal

scan

speed.

The

required S correction

for

the

picture

tube

can

be

adjusted

with

the

value

of

C411.

The

beam

current

limiting

information

(BeamCurr)

is

derived

from

the

foot

of

the

H.V

winding

of

the

FBT.

12-UK

This

is

connected

via a resistor

to

+8V.

As

the

beam

current

increases,

the

voltage

on

line

BeamCurr

decreases.

BeamCurr

is

damped

by a integration

filter

before

it

is

fed

back

to

TDA8374

pin

22.

The

TDA8374

will

decrease

the

contrast

(and

eventually

the

brightness)

to

limit

the

average

beam

current.

Video

amplifiers

Three

TDA61

060

integrated

vídeo

amplifiers

drive

cathodes

of

the

picture

tube

directly.

They

are

protected

against

CRT

flashover

discharges

and

ESD

(electro

static

discharge).

The

three

vídeo

amplifiers, h ave a beam

current

output

in

black,

used

by

the

TDA837 4 black

current

loop

to

control

the

black

levei

on

the

cathodes.

The

outputs

can

be

connected

together

because

the

black

current

loop

sequentially

controls

the

black

levei

for

each

cathode.

The

amplification

of

the

TDA61

060

is

set

by

the

resistors

between

pin 3 and 9 and

between

pin 3 (negative-input)

and

the

TDA837 4 output.

There

is

no

alignment

any

more

on

the

CPT

panei,

because

of

the

automatic

black

current

stabilization

and

because

the

white

point

adjustment

can

be

done

in

the

TDA8374

via

12C

bus.

Power

Supply

STR-55707

(1)

VIN

terminal,

start-up

circuit

The

start-up

circuit

is

to

start

and

stop

the

operation

of

the

controiiC

by

detecting

the

voltage

appearing

at

the

VIN

ter

minai

(pin-9).

At

start

up

of

the

power

supply,

when a voltage

at

the

VIN

terminal

reaches

to

BV

(typical)

by

charging

up

C807

by

the

function

of

the

start-up

resistor,

R803,

the

control

circuit

starts

operating

by

the

function

of

the

start-up

circuit.

After

the

control

circuit

starts

its

operation,

power

source

is

obtained

by

smoothing

voltage

appearing

at

winding

of

pin6-7

of

T801.

(2)

Oscillator,

F/B

terminal

voltage

(Pin

7)

An

oscillator

generates

pulse

signals

which

turns

the

power

transistor

on

and

off

by

making

use

of

charge

and

discharge

of

C1

and

C2

incorporated

in

the

Hybrid

IC.

Constant

voltage

control

of

the

switched-mode

power

supply

is

performed

by

changing

both

ON-time

and

OFF-time

except

when

the

load

is

light

(e.g.

remete

control

stand-by

mode

of

TVs).

The

ON-time

is

controlled

by

changing a current

charged

by

C1,

which

is

as

the

result

of

that

the

detection

winding

of

pin5-7

of

T801,

which

detects a change

of

voltage

on

the

secondary

side,

connected

to

the

sensing

terminal

(Pin

7)

has

the

current

in

accordance

with

an

output

signal

from

an

output

voltage

detection

circuit

(an

error

amplifier)

built

in.

As

the

AC

input

voltage

to

the

power

supply

becomes

higher

and

the

load

current

reduces,

the

current

flowing

to

the

SENS

terminal

becomes

larger,

and

the

ON-time

becomes

shorter.

(3)

Function

of

INH

terminal

(Pin

6),

control

of

OFF-time

Signal

to

the

lN H terminal

is

used

as

inputs

to

COMP.1

and

COMP.2

inside

of

the

controiiC.

A

threshold

voltage

of

COMP.1,

VTH1

is

set

at

0.75V

(Ta=25°)

and

an

input

signal

to a drive

circuit

becomes

almost

OV

(the

power

transistor

is

in

OFF

mode)

when a voltage

at

the

INH

terminal

reaches

the

VTH1.

A

threshold

voltage

of

COMP.2,

VTH2,

is

set

at

1.5V

(Ta=25°).

When

the

INH

terminal

voltage

reaches

VTH2,

an

output

from

COMP.2

reverses

(the

power

transistor

is

in

on

mode).

*

Ouasi-resonant

operation

By

inputting

the

voltage

of

winding

of

pin6-7

of

T801

which

is

synchronized

with

the

energy

discharge

time

of a

secondary

winding,

pin14(or

15)-16

of

T801,

to

the

INH

terminal

through

0805

and

R809,

quasi-resonant

operation

can

be

achieved.

13-

UK

When

the

power

transistor

turns

off

anda

voltage

higher

than

VTH2

is

applied

to

the

INH

terminal,

C3

immediately

discharges

and

then

starts

charging

again.

Even

after

the

discharge

of

energy

of a secondary

winding

is

completed,

VINH

does

not

immediately

increases.

When

it

gets

lower

than

VTH1,

the

transistor

turns

on.

*

Stand-By

Mode

While

being

in

remote

control

stand-by

mode,

the

output

voltage

to

the

secondary

side

is

kept

on

and

the

power

transistor

operates

in

class A mode.

By

connecting

INH

terminal

(Pin

6)

to

the

GND,

the

OFF-time

of

the

power

transistor

is

fixed

at

set

time

( T

OFF = 50usec

at

Ta=

25

OC)

of

the

built-in

oscillator,

and

only

ON-time

changes

depending

on

input

and

output

conditions

of

the

power

supply.

Therefore,

it

enables

to

hold

an

oscillation

frequency

in

light

mode

below

20KHz

(typical).

(4)

Drive

circuit

The

STR-S5707

applies

the

proportional

drive

system

in

order

to

minimize

turn-on

and

saturation

loss,

and

storage

time.

(5)

OCP

(over-current

protection)

function

Over-current

protection

is

pertormed

pulse

by

pulse

by

directly

detecting

collector

current

of

the

power

transistor.

Detecting

voltage

is

set

to

-1 V below a reference

point

of

GND

(ground).

(6)

Latch

circuit

lt

is a circuit

which

sustains

an

output

from

the

oscillator

low

and

stops

operation

of

the

power

supply

when

over-voltage

protection

(OVP)

circuit

and

thermal

shutdown

(TSD)

circuit

are

in

operation.

As

the

sustaining

current

of

the

latch

circuit

is

500

JA

maximum

when

VIN

terminal

voltage

is

4V,

the

power

supply

circuit

sustains

the

off

state

as

longas

current

of

500

JlA

minimum

flows

to

VIN

terminal

from a start-up

resistor.

ln

order

to

prevent a malfunction

to

be

caused

by a noise

and

so

on,

delay

time

is

provided

by

C1

incorporated

in

the

IC

and,

therefore,

the

latch

circuit

operates

when

the

OVP

or

TSD

circuit

is

in

operation,

o r

an

externa!

signal

input

is

provided

for

about

1 O

J1Sec

or

longe

r.

ln

addition,

even

after

the

latch

circuit

starts

operating,

the

constant

voltage

regulator

(Reg)

circuit

is

in

operation

and

the

circuit

current

is

at

high

levei.

As a result,

VIN

terminal

voltage

rapidly

decreases.

When

VIN

terminal

voltage

becomes

lower

than

the

shutdown

voltage,

VIN(OFF)

(4.9V

typical),

it

starts

increasing

as

the

circuit

current

is

below

500

JA.

When

it

reaches

the

ON-state

voltage, V lN

(ON)

(8V

typical), V lN

terminal

voltage

starts

decreasing

because

the

circuit

current

increases

again.

When

the

latch

circuit

is

on,

VIN

terminal

voltage

increases

and

decreases

within

the

range

from

4.9V

typical

to

8V

typical

and

is

prevented

from

abnormally

rising.

Cancellation

of

the

latch

is

done

by

decreasing

VIN

terminal

voltage

below

3.3V.

The

power

supply

can

be

restarted

after

disconnecting

an

AC

input

to

the

power

supply

once.

(7)

Thermal

shutdown

circuit

lt

is a circuit

to

trigger

the

latch

circuit

when

the

trame

temperatura

of

the

IC

exceeds

150°C(typical).

Although

the

temperatura

is

actually

sensed

at

the

control

chip,

it

works

against

overheating

of

the

power

transistor

as

the

power

transistor

and

the

control

IC

are

mounted

on

the

sarne

lead

trame

(8)

Over-voltage

protection

circuit

lt

is a circuit

to

trigger

the

latch

circuit

when

VIN

terminal

voltage

exceeds

11 V (typical).

14-UK

iã~MIM!i

Although

it

basically

functions

as

protection

of

VIN

terminal

against

over-voltage,

since

VIN

terminal

is

usually

supplied

from

the

drive

winding

of

the

transformer

and

the

voltage

is

proportional

to

the

output

voltage,

it

also

functions

against

the

over

voltage

of

the

secondary

output

which

occurs

when

the

control

circuit

becomes

detective

or

in

some

other

cir-

cumstances.

15-UK

&Q;M&&h&

• Alignment lnstructions

1.AFT

1.1

Standard

8/G,D/K,I

and

L

1)

Set a Signal

Generator

with

-

RF

FREQUENCY = 38.9

MHz,

-

RF

OUTPUT

LEVE

L=

80

±5

dBuV

-

System

= PAL/ SECAM-

B/G,

D/K,

I

2)

Connect

the

Signal

Generator

RF

Output

to

P1

01

(Tuner

IF

Output).

There

must

be

no

signal

input

to

the

tuner.

3)

Press

the

"AFT"

KEY

and

wait

until

the

TV

screen

display

"AFT

OK".

1.2

Standard

SECAM-L'

(France

VHF-Low)

*

Above

mentioned

"1.1"

adjustment

has

to

be

done

in

advance.

1)

Set a Signal

Generator

with

-

RF

FREQUENCY = 34.2

MHz,

-

RF

OUTPUT

LEVEL = 80±5

dBuV

-

System = SECAM -L'

2)

Connect

the

Signal

Generator

RF

Output

to

P1

01

(Tuner

IF

Output).

There

must

be

no

signal

input

to

the

tuner.

3)

Press

the

"L'

AFT'

KEY

and

wait

until

the

TV

screen

display

"L

AFT

OK".

2.AGC

1)

Set a Pattern

Generator

with

RF

LEVE L 63

±2

dBuV

.

2)

Connect a OSCILLOSCOPE

PROBE

to

P101

(TUNER

AGC

INPUT).

3)

Adjust

AGC

UP/DOWN

KEY

the

voltage

drop

1V

de

over

below

its

maximum

voltage.

*

Alternative

Method

1)

Set a Pattern

Generator

with

-

RF

LEVEL

80±5

dBuV

-

PAL

CROSSHATCH

(

without

SOUND

CARRIER)

2)

Connect a OSCILLOSCOPE

(

Bandwidth

::2::

1

OOMHz ) PROBE

to

P101

(TUNER

IF

OUTPUT).

3)

Use

AGC

UP/DOWN

KEY

to

obtain

an

envelop

amplitude

200 + 50

mVp-p.

3.

SCREEN

1)

Apply a COLOU R BAR

pattern

signal.

2)

Set

the

CONTRAST,

BRIGHTNESS

to

MAX,

COLOUR

to

MIN.

3)

Set

the

R,G,B

LEVEL

to

CENTER

(31/63)

with

R,G,B

UP/DOWN

KEY.

4)

Connect a OSCILLOSCOPE

PROBE

to

P906 ( CRT

CATHODE

R,

G, B ).

5)

Adjust

the

SCREEN

VOLUME

on

FBT

such

that

the

highest

black

levei

voltage

160

±5Vdc

(20",

21"),

130±5Vdc

(14").

16-

UK

IY~MIM!i

t

200mV+50mV

_1__

- - - Black levei

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lower

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SIZE

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upper

part

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picture

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the

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Apply a RETMA

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the

lower

part

of

the

picture

with

the

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picture

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D/GOIL

DC-1450

DC-1450

DC-1450 DC-2050 DC-2050

DC-2070

DC-2070

5

LP04

-

MD-5

MD-5

-

MD-5

-

-

6

LP03

MD-5

- -

MD-5

-

MD-5

MD-5

7

L405

L-125 L-125

L-102 L-102

L-76

L-102

L-125

8

C409

2KV

470

2KV

470

2KV

470

2KY

470

2KV

220

2KV

470

2KV

470

9

C410

1 6KV

7500

1 6KV

6200

1 6KV

6200

1 6KV

7500

1 6KV

7200 1 6KV

7500

1 6KV

6900

to

C411

200V O 47

200V

O 51

200V O 68

200V O 36u

200V O 39u

200V

O 51

200V

O 51

11

R302

1/6W 1 8K

1/6W

1 BK

1/6W 2 2K

1/6W 2 2K

1/6W 2 2K

1/6W 2 2K

1/6W

2 2K

12

R413

1/4W

120K

1/4W

150K

1/4W

150K

1/4W

68K

1/4W

82K

1/4W

68K

1/4W

68K

13

R415

tW 1 2(F) A \W

0.47(F)

1W O 18(F)

\W 2

4(F) A 1W

0.47(F)

2W

3(F)

A

\W 1 2(F)

14

R807

1W

24K

1W

2 4K

IW 2 4K

1W

2 7K

IW

2 7K

lW

2 7K

1W 2 7K

15

R901-3

1/6W

3K

1/6W

2 4K

1/6W 2 4K

1/6W

2K

1/6W

2K

1/6W

2K

1/6W

2K

16

R904-6

1/6W

2K

1/6W

2K

1/6W

2K

1/6W

1 6K

1/6W

1.6K

1/6W 1 6K

1/6W 1 6K

17

P401

YFW500-05

YFW500-06

YFW500-06

YFW500-05 YFW500-06

YFW500-06 YFW500-06

.35135/0620+

.351.35/0620+

18

P401A

-

35179+ULW

35179+ULW

-

ODY-2190

ODY-2190

ODY-2190

-.350

-350

19

ZZ132

1401H-1015-1P

1401H-1015-1P

1401H-1015-1P

001H-1015-1P

001H-1015-1P

101H-1015-1P

101H-1015-1P

20
21
22

DIFFERENCE

OF

PARTS

FOR

OPTION

- TELETEXT OPTION

OPTION

1701(1C MICOM)

I

X701(X-TAL)

I C719(C

MYLAR)

I

WEST

EUROPE

TELETEXT

DW5255M•

1

HC-49U

18MHz [

50V

EU O 33MF

I

NON-

TELETEXT

DW370M• [ HC-49U

20MHz

I

-

I

- ANTENNA OPTION

MODEL

NAME

R E

MARK

PAL-8/G , P/SECAM-L

PH-RM-00.3

ROO

ANTENNA

PAL-1

PH-RM-006

LOOP ANTENNA

CAPACITO

R

COI

L

RESISTOR

ELECTRO

*

PEAKING

íQó'

GARBON FILM

JVV'v-

CERAMIC

--H-

CHOKE

íQó'

(C)

M-OXIDE

FILM

JVV'v-

(M)

CARBON COMP

JVV'v-

(CC)

CERAMIC

CH

-H-

(CH)

BEAD

íQó'

(8)

FUSIBLE

JVV'v-

(F)

TANTAL

*

(T)

CEMENT

JVV'v-

(C)

ELECTRO NONPOLAR

-li--

(NP)

MYlAR

-li--

(M)

• Electrical Parts List

Components

marked

with

this

symbol

must

only

be

replaced

by a component

having

identical

physical

characteristics.

MODEL:

CP1421T

(PAL-8/G

model

with

Teletext)

LOC.

PART-CODE

PART-NAME

PART-DESCRJPTJON

ZZ100

DE4883228803 TRANSMITIER

REMOCON

R-28803

00030

DE47P7500001

BATIERY

AAM

1.5V

ZZ131

DE58G0000084

COI L DEGAUSSING

DC-1450

ZZ132

DE48519A4610

CRT

GROUND

AS

1401H-1015-1P

V901

DE4859605142

CRT

A34JLL90X01

(P38)

PA601

DE4850703S03

CONNAS

YH025-03+

YST025+U

LW=200

SP01

DE485830681

O

SPEAKER

3W

16

OHM

F2035C03-3

C102

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C103

DECEXF1

E470V

C

ELECTRO

25V

RSS

47MF

(5X11)

TP

C104

DECEXF1

H479V

C

ELECTRO

50V

RSS

4.7MF

(5X11)

TP

C105

DECEXF1

H479V

C

ELECTRO

50V

RSS

4.7MF

(5X11)

TP

C106

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C107

DECEXF1

H479V

C

ELECTRO

50V

RSS 4 7MF

(5X11)

TP

C108

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C109

DECEXF1

H479V

C

ELECTRO

50V

RSS

4.7MF

(5X11)

TP

C110

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL}

C111

DECMXM2A 1 04J

C

MYLAR

100V

0.1MF J (TP)

C115

DECEXF1

H1

09V

C

ELECTRO

50V

RSS 1 MF

(5X11)

TP

C116

DECCZF1

E223Z

C

CERA

25V F 0.022MF Z (AXIAL)

C117

DECMXM2A473J

C

MYLAR

1

OOV O 047MF J (TP)

C118

DECZCH1H100J

C

CERA

50V

CH 1 OPF J (AXIAL)

C120

DECEXD1H109F

CELECTRO

SOV

RND 1 MF

(5X11)

TP

C301

DECMXB2A 1 04J

CMYLAR

100V

EU

0.1MF J (TP)

C302

DECCZB1H181K

C

CERA

50V B 180PF K (AXIAL)

C303

DECCZB1H181K

C

CERA

50V B 180PF K (AXIAL)

C304

DECMXM2A 1 04J

C

MYLAR

100V

0.1MF J (TP)

C306

DECBXF1

H1

04Z

C CERASEMI

50V

F O

1MF Z (TAPPING)

C308

DECEXF1

E471

V

C

ELECTRO

25V

RSS

470MF

(10X16)

TP

C309

DECEXF2A470V

C

ELECTRO

100V

RSS

47MF

(10X16)

TP

C311

DECMXM2A 1 03J

C

MYLAR

100V O 01MF J (TP)

C312

DECCZB1H102K

C

CERA

50V B 1000PF K (AXIAL)

C401

DECBZR1

C472M

C

CERA

16V

Y5R

4700PF M (AXIAL)

C402

DECEXF1

H1

09V

C

ELECTRO

50V

RSS 1 MF

(5X11)

TP

C403

DECBZR1

C222M

C

CERA

16V

Y5R

2200PF M (AXIAL)

C404

DECCZB1H181K

C

CERA

50V B 180PF K (AXIAL)

C406

DECCXB1

H222K

C

CERA

50V B 2200PF K (TAPPING)

C409

DECCXB3D471

K C

CERA

2KV B 470PF K (TAPPING)

C410

DECMYH3C752J

CMYLAR

1.6KV

BUP

7500PF

J

C411

DECMYE2D474J

C

MYLAR

200V

PU O 47MF

J

C412

DECEXF2C339V

C

ELECTRO

160V

RSS

3.3MF

(8X16}

TP

C414

DECCXB2H471

K

C

CERA

500V B 470PF K (TAPPING)

C415

DECMXM2A 1 04J

CMYLAR

100V0.1MFJ

(TP)

C416

DECCXB2H471

K C

CERA

500V B 470PF K (TAPPING)

C417

DECEXF2E330V

C

ELECTRO

250V

RSS

33MF

(13X25)

TP

C418

DECCZF1

E223Z

C

CERA

25V

F O

022MF Z (AXIAL}

C419

DECEXF1

C1

01

V C

ELECTRO

16V

RSS

100MF

(6

3X11)

TP

C420

DECXSL2H470J

C

CERA

500V

SL

47PF J (TAPPING)

C421

DECEXF2C1

01

V CELECTRO

160V

RSS

100MF

(16X25)

TP

23

R E

MARK

&.
&.

&.
&.

&.

..

LOC.

PART-CODE

PART-NAME

PART-DESCRIPTION

REMARK

C422

DECCXB2H471

K C

CERA

500V B 470PF K (TAPPING)

C423

DECEXF1

E1

01

V C

ELECTRO

25V

RSS 1 OOMF

(6.3X11)

TP

C424

DECEXF1

H478V

C

ELECTRO

50V

RSS O 47MF

(5X11)

TP

C425

DECEXF1

H 1

OOV

C

ELECTRO

50V

RSS 1 OMF

(5X11)

TP

C501

DECBZF1

H1

04Z

CCERASEMI

50V F 0.1

MF Z (AXIAL)

C502

DECEXF1

H229V

C

ELECTRO

50V

RSS

2.2MF

(5X11)

TP

C503

DECCZF1

E223Z

C

CERA

25V F 0.022MF Z (AXIAL)

C504

DECCZF1

E223Z

C

CERA

25V

F O

022MF Z (AXIAL)

C505

DECEXF1

C1

01V

C

ELECTRO

16V

RSS

100MF

(6

3X11)

TP

C506

DECCZF1

H473Z

C

CERA

50V

F O

047MF Z (AXIAL)

C507

DECBZF1

H1

04Z

CCERASEMI

50V

F O 1

MF Z (AXIAL)

C508

DECCZF1

H473Z

C

CERA

50V

F O

047MF Z (AXIAL)

C509

DECMXM2A 1 04J

CMYLAR

100V

0.1

MF J (TP)

C510

DECMXM2A 1 04J

C

MYLAR

100V O 1MF J (TP)

C511

DECMXM2A 1 04J

C

MYLAR

100V O 1MF J (TP)

C512

DECEXF1

H1

09V

C

ELECTRO

50V

RSS 1 MF

(5X11)

TP

C514

DECCZB1H151K

C

CERA

50V B 150PF K (AXIAL)

C516

DECEXF1

H478V

C

ELECTRO

50V

RSS

0.47MF

(5X11)

TP

C517

DECBZR1

C472M

C

CERA

16V

Y5R

4700PF M (AXIAL)

C518

DECZCH1H180J

C

CERA

50V

CH

18PF J (AXIAL)

C519

DECBZF1

H1

04Z

C CERASEMI

50V

F O 1

MF Z (AXIAL)

C520

DECBZF1

H1

04Z

C CERASEMI

50V F 0.1

MF Z (AXIAL)

C521

DECCZB1

H1

02K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C522

DECCZB1H102K C

CERA

50V

B 1

OOOPF K (AXIAL)

C523

DECCZF1

E223Z

C

CERA

25V F 0.022MF Z (AXIAL)

C524

DECBZF1

H1

04Z

C CERASEMI

50V

F O 1

MF Z (AXIAL)

C525

DECEXF1

C470V

C

ELECTRO

16V

RSS

47MF

(5X11)

TP

C526

DECMXM2A 1 04J

C

MYLAR

100V

0.1MF J (TP)

C527

DECMXB1

H224J

C

MYLAR

50V

EU

0.22MF J (TP)

C528

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C529

DECEXF1

C470V

C

ELECTRO

16V

RSS

47MF

(5X11)

TP

C530

DECEXF1

H1

09V

C

ELECTRO

50V

RSS

1MF

(5X11)

TP

C531

DECCZF1

H473Z

C

CERA

50V

F O

047MF Z (AXIAL)

C532

DECCZB1H102K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C533

DECCZB1

H102K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C604

DECCZB 1 H221

K C

CERA

50V

B 220PF K

(AXIAL)

C605

DECZSL 1 H560J

C

CERA

50V

SL

56PF J (AXIAL)

C606

DECZSL 1 H680J

C

CERA

50V

SL

68PF J (AXIAL)

C607

DECEXD1

H1

OOF

C

ELECTRO

50V

RND 1 OMF

(8X11

5)

TP

C609

DECCZB1H181K

C

CERA

50V B 180PF K (AXIAL)

C610

DECEXF1

H229V

C

ELECTRO

50V

RSS

2.2MF

(5X11)

TP

C611

DECEXF1

H1

OOV

C

ELECTRO

50V

RSS 1 OMF

(5X11)

TP

C612

DECBZR1

C392M

C

CERA

16V

Y5R

3900PF M (AXIAL)

C613

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C614

DECCZF1

E223Z

C

CERA

25V

F O

022MF Z (AXIAL)

C615

DECEXF1

E471

V C

ELECTRO

25V

RSS

470MF

(1

OX16)

TP

C616

DECCZB1H102K

C

CERA

50V B 1000PF K (AXIAL)

C617

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C618

DECCZB1

H1

02K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C619

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C620

DECEXD1

H229F

C

ELECTRO

50V

RND

2.2MF

(5X11)

TP

C621

DECEXD1

H229F

C

ELECTRO

50V

RND

2.2MF

(5X11)

TP

C622

DECEXD1

H229F

C

ELECTRO

50V

RND

2.2MF

(5X11)

TP

24

LOC.

PART-CODE

PART-NAME

PART-DESCRJPTION

REMARK

C623

DECEXF1

E470V

C

ELECTRO

25V

RSS

47MF

(5X11)

TP

C624

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C625

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C626

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C631

DECCZB1H102K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C632

DECCZB1H102K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C633

DECCZB1H102K

C

CERA

50

V B 1

OOOPF K (AXIAL)

C634

DECCZB1H102K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C635

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C636

DECCZB1H102K

C

CERA

50

V B 1

OOOPF K (AXIAL)

C637

DECCZB1

H1

02K

C

CERA

50

V B 1

OOOPF K (AXIAL)

C638

DECEXD1

H229F

C

ELECTRO

50V

RND

2.2MF

(5X11)

TP

C639

DECCZB1H101K

C

CERA

50V B 100PF K (AXIAL)

C640

DECCZB1

H1

01

K

C

CERA

50V

B 1

OOPF K (AXIAL)

C641

DECCZB1H101K

C

CERA

50V

B 1

OOPF K (AXIAL)

C642

DECEXF1

E470V

C

ELECTRO

25V

RSS

47MF

(5X11)

TP

C702

DECEXF1

C470V

C

ELECTRO

16V

RSS

47MF

(5X11)

TP

C703

DECZSL 1 H240J

C

CERA

50V

SL

24PF J (AXIAL)

C704

DECZSL 1 H240J

C

CERA

50 V SL

24PF J (AXIAL)

C705

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C706

DECEXF1

H 1

OOV

C

ELECTRO

50V

RSS

10MF

(5X11)

TP

C709

DECCZB1

H1

02K

C

CERA

50V B 1000PF K (AXIAL)

C710

DECMXM2A 1 04J

C

MYLAR

100V

0.1MF J (TP)

C711

DECMXM2A 1 04J

C

MYLAR

100V O 1MF J (TP)

C712

DECEXF1

H470V

C

ELECTRO

50V

RSS

47MF

(6

3X11)

TP

C713

DECCXF1

H1

03Z

C

CERA

50V

F O

01MF Z (TAPPING)

C714

DECMXB1

H333J

C

MYLAR

50V

EU O 033MF J (TP)

C715

DECMXB1

H224J

CMYLAR

50 V EU O 22MF J (TP)

C716

DECMXB 1 H333J

C

MYLAR

50V

EU

0.033MF J (TP)

C717

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C718

DECEXF1

C470V

C

ELECTRO

16V

RSS

47MF

(5X11)

TP

C719

DECMXB1H334J

C

MYLAR

50V

EU

0.33MF J

(TP)

C720

DECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C721

DECEXF1

C470V

C

ELECTRO

16V

RSS

47MF

(5X11)

TP

C722

DECXCH1

H390J

C

CERA

50V

CH

39PF J (TAPPING)

C723

DECXCH1

H360J

C

CERA

50V

CH

36PF J (TAPPING)

C724

DECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C725

DECEXF1C470V

C

ELECTRO

16V

RSS

47MF

(5X11)

TP

C726

DECEXF1

C1

02V

C

ELECTRO

16V

RSS

1000MF

(10X20)

TP

C727

DECCZB1H102K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C801

DECL

1JB3474K

C

LINE

ACROSS

AC250V

0.47MF

U/C/SNDF/SV

&

C802

DECL

1JB3474K C

LINE

ACROSS

AC250V

0.47MF

U/C/SNDF/SV

&

C803

DECCXE2H472P

C

CERA

500V E 4700PF P (TAPPING)

&

C804

DECCXE2H472P

C

CERA

500V E 4700PF P (TAPPING)

&

C805

DECEYM2G121T

C

ELECTRO

400V

LWF

120MF

(25X50)

&

C806

DECCYR3D471

K C

CERA

HIKR

2KV

470PF K 125C

&

C807

DECEXF1

E221

V C

ELECTRO

25V

RSS

220MF

(8X11.5)

TP

C808

DECEXF2A 1 OOV

C

ELECTRO

100V

RSS

10MF

(6.3X11)

TP

C809

DECEXF1

C1

01

V

C

ELECTRO

16V

RSS 1 OOMF

(6.3X11)

TP

C810

DECCZB1

H1

02K

C

CERA

50V

B 1

OOOPF K (AXIAL)

C811

DECEXF1

E221V

C

ELECTRO

25V

RSS

220MF

(8X11.5)

TP

C812

DECH1

FFE472M

CCERAAC

4.0KV

4700PF M

KD

AC250V

C817

DECCYB3D561

K

C

CERA

2KV B 560PF

K

&

25

..

LOC.

PART-CODE

PART-NAME

PART-DESCRIPTION

REMARK

C818

OECEXF2C1

01

V C

ELECTRO

160V

RSS

100MF

(16X25)

TP

C821

OECEXF1

E471

V C

ELECTRO

25V

RSS

470MF

(1

OX16)

TP

C823

OECEXF1

E1

02C

C

ELECTRO

25V

RUS 1 OOOMF

(13X20)

TP

C824

OECEXF1

E1

01

C C

ELECTRO

25V

RUS

100MF

(6.3X11)

TP

C825

OECCZF1

E1

03Z

C

CERA

25V

F O

01

MF Z (AXIAL)

C826

OECEXF1C470C

C

ELECTRO

16V

RUS

47MF

(5X11)

TP

C827

OECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C829

OECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C830

OECEXF1

C1

01

C

C

ELECTRO

16V

RUS 1 OOMF

(6.3X11)

TP

C831

OECCXF1H103Z

C

CERA

50V F 0.01MF Z (TAPPING)

C832

OECCZF1

E1

03Z

C

CERA

25V F 0.01

MF Z (AXIAL)

C835

OECBZF1H104Z

CCERASEMI

50V F 0.1

MF Z (AXIAL)

C904

OECMXL2E1

04K

CMYLAR

250V

MEU

0.1

MF

K

C905

OECMXL2E1

04K

C

MYLAR

250V

MEU

0.1MF

K

C906

OECMXL2E104K

CMYLAR

250V

MEU

0.1

MF

K

C907

OECCXB1

H561

K C

CERA

50V B 560PF K (TAPPING)

C908

OECCXB1

H561

K C

CERA

50V B 560PF K (TAPPING)

C909

OECCXB1

H561

K

C

CERA

50V B 560PF K (TAPPING)

C910

OECCXF2H103Z

C

CERA

HIKF

500V

0.01

MF

Z

C911

OECCYB30472K

C

CERA

2KV B 4700PF

K

C912

OECEXF1

E1

01

V C

ELECTRO

25V

RSS 1 OOMF

(6.3X11)

TP

0101

OE01N4148-

OIOOE

1N4148

(TAPPING)

0401

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

Lt.

0402

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

Lt.

0403

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

Lt.

0404

OE01N4148-

O I

OOE

1N4148

(TAPPING)

0405

OE01N4148-

OIOOE

1N4148

(TAPPING)

0406

OE01N4148-

OIOOE

1N4148

(TAPPING)

0409

OEOBY228--

OIOOE

BY228

(TAPPING)

Lt.

0420

OEOBYV95G-

OIOOE

BYV95C

(TAPPING)

Lt.

0421

OEOUZ5R1

BM-

OIOOEZENER

UZ-51BM

0501

OEOUZ5R1

BM-

OIOOEZENER

UZ-51BM

0502

OEOUZ5R1

BM-

OIOOEZENER

UZ-5.1BM

0503

OEOUZ5R1

BM-

OIOOEZENER

UZ-5.1BM

0504

OEOUZ5R1

BM-

OIOOEZENER

UZ-5.1BM

0505

OEOUZ5R1

BM-

OIOOEZENER

UZ-51BM

0506

OEOUZ5R1

BM-

OIOOEZENER

UZ-5.1BM

0507

OEOUZ5R1

BM-

OIOOEZENER

UZ-5.1BM

0508

OEOMTZ5R6B-

OIOOEZENER

MTZ 5 6-B

(TAPPING)

0509

OE01N4148-

O I

OOE

1

N4148

(T

APPING)

0510

OE01N4148-

OIOOE

1

N4148

(TAPPING)

0511

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM

6.2V

0512

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM 6 2V

0513

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM

6.2V

0601

OEOUZ5R1

BM-

OIOOEZENER

UZ-51BM

0602

OEOUZ5R1

BM-

OIOOEZENER

UZ-51BM

0603

OEOUZ5R1

BM-

OIOOEZENER

UZ-5.1BM

0604

OEOUZ5R1

BM-

OIOOEZENER

UZ-51BM

0701

OE01N4148-

O I

OOE

1N4148

(TAPPING)

0702

OE01N4148-

OIOOE

1N4148

(TAPPING)

0703

OE01N4148-

OIOOE

1N4148

(TAPPING)

0704

OE01N4148-

OIOOE

1N4148

(TAPPING)

0705

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM

6.2V

26

LOC.

PART-CODE

PART~NAME

PART.;DESCRIPTION

REMARK

0706

OEOKLR114L-

LEO

KLR114L

0707

OEOUZ6R2BM-

OIOOEZENER

UZ-6

28M

6.2V

0708

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM

6.2V

0709

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM

6.2V

0801

OE0181888-

OIOOE

181888

(TAPPING)

&.

0802

OE0181888-

OIOOE

181888

(TAPPING)

&.

0803

OE0181888-

OIOOE

181888

(TAPPING)

&.

0804

OE0181888-

OIOOE

181888

(TAPPING)

&.

0805

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

&.

0806

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

&.

0807

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

&.

0808

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

&.

0811

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

&.

0812

OEOBYV95C-

DIOOE

BYV95C

(TAPPING)

&.

0813

OEOBYV95C-

OIOOE

BYV95C

(TAPPING)

&.

0901

OE01N4148-

OIOOE

1N4148

(TAPPING)

0902

OEOUZ6R2BM-

OIOOEZENER

UZ-6.2BM

6.2V

0903

OE01N4148-

O

IODE

1N4148

(TAPPING)

0904

OE01N4148-

OIOOE

1N4148

(TAPPING)

0905

OE01N4148-

OIOOE

1N4148

(TAPPING)

0906

OEOMTZ12C-

OIOOEZENER

MTZ-12C

F801

OE5F8CB4022R

FU8ECERA

8EMKO

F4AH

4A

250V

MF51

&.

F801A

OE4857415001

CLIP

FUSE

PFC5000-0702

&.

F801B

OE4857415001

CLIP

FU8E

PFC5000-0702

&.

1301

OE1

TDA8356-

ICVERTICAL

TOA8356

1301A

OE4857024617

HEAT81NK

ALEX

13018

DE7174300811

SCREW

TAPPTITE

TT2

RNO

3X8

MFZN

1501

OE1

TDA837

4A-

ICVCO

TOA8374A

1502

OE1TDA4665V4

IC

DELAY

TOA4665N4

1601

OE1

TDA7056-

IC

TOA7056

1701

OE1

OW5255M4-

ICMICOM

OW5255M4

1702

OE1UPC574J-

IC

UPC574J

1703

OE124LC08B-

ICMEMORY

24LC08B

1704

OE1

TFMW5380-

IC

PREAMP

TFMW5380

1801

OE18TRS5707-

ICPOWER

STR-85707

&.

1802

OE1TDA8138-

IC

REGULA

TOR

TDA8138

1802A

OE4857025401

HEAT81NK

A 1

050P-H24

T2

18028

OE7174300811

8CREW

TAPPTITE

TT2

RNO

3X8

MFZN

1803

OE1KA7808-

IC

REGULATOR

KA7808

1901

OE1TDA6106Q-

ICAMP

TOA6106Q

1902

DE1TDA6106Q-

ICAMP

TOA6106Q

1903

OE1

TDA61

060-

ICAMP

TOA6106Q

J006

OE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J007

OE85801

065GY

WIRECOPPER

AWG221/0.65

TIN

COATING

J008

OE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J009

OE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J012

OE85801

065GY

WIRECOPPER

AWG221/0

65

TIN

COATING

J013

OE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

J014

OE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J015

OE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J016

OE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J018

OE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J019

OE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

27

LOC.

PART-CODE

PART-NAME

PART~OESCRIPTION

..

R~MARK

J020

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J022

DE85801

065GY

WIRECOPPER

AWG221/0.65

TIN

COATING

J023

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J024

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J025

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J027

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J028

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J030

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J031

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J032

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J033

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J034

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J035

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J036

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J037

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J038

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J039

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J040

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J042

DE85801

065GY

WIRECOPPER AWG221/0.65

TIN

COATING

J044

DE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

J045

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J046

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J047

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J048

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J049

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J050

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J051

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J052

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J053

DE85801065GY

WIRECOPPER AWG221/0.65

TIN

COATING

J054

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J057

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J058

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J059

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J060

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J061

DE85801065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J062

DE85801

065GY

WIRECOPPER

AWG221/0.65

TIN

COATING

J063

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J064

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J065

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J066

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J067

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J068

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J069

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J070

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J072

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J074

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J075

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J076

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J077

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J080

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J081

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J082

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J083

DE85801

065GY

WIRECOPPER

AWG221/0.65

TIN

COATING

28

LOC.

PART-COOE

PART-NAME

PART-DESCRIPTION

REMARK

J084

DE85801

065GY

WIRECOPPER

AWG221/0

65

TIN

COATING

J085

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J086

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J087

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J088

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J089

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J090

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J091

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J093

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J094

DE85801065GY

WIRECOPPER

AWG221/0.65

TIN

COATING

J095

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J096

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J097

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J098

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J099

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J100

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J101

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J102

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J106

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J109

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J111

DE85801

065GY

WIRECOPPER

AWG221/0.65

TIN

COATING

J112

DE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

J113

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J115

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J116

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J117

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J118

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J119

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J123

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J124

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

J125

DE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

J126

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

J127

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J128

DE85801065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

J131

DE85801

065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

JH01

DE48591

02130

JACK

EARPHONE

YSC-1537

JP06

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

JP08

DE85801065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

JP09

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

JS01

DE4859200401

SOCKETRGB

SR-21

A 1

(ANGLE

TYPE)

JS02

DE48591

08350

JACK

PIN

BOARD

YSC02P-41

00-14A

L101

DE58C9780027

COILCHOKE

TRF-1201 B (0.97

UH)

L103

DE5CPZ100K04

COIL

PEAKING

1

OUH 1 0.5MM K (LAL04TB)

L104

DE58EOOOOS37

COILAFT

TRF-A001

L301

DE5CPZ1

OOK04

COIL

PEAKING

10UH

10

5MM K (LAL04TB)

L302

DE5CPZ100K04

COI L PEAKING

10UH

10.5MM K (LAL04TB)

L401

DE5CPZ1

09M02

COIL

PEAKING

1

UH M (AXIAL

3.5MM)

L402

DE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

L405

DE58H0000018

COIL

H-LINEARITY

L-125

(125UH)

L406

DE58C9430599

COILCHOKE

AZ-9004Y(94MH)

L501

DE5CPZ569K02

COI L PEAKING

5

6UH K (AXIAL 3 5MM)

L601

DE5MC0000100

COILBEAD

MD-5

(HC-3550)

L602

DE5MC00001

00

COIL

BEAD

MD-5

(HC-3550)

29

..

LOC.

PART-CODE

PART-NAME

PART-DESCRIPTION

REMARK

L604

DE5CPZ829K02

COI L PEAKING

8.2UH K (AXIAL

3.5MM)

L605

DE5CPZ1

OOK04

COI L PEAKING

10UH

10.5MM K (LAL04TB)

L606

DE5CPZ1

OOK04

COI L PEAKING

1

OUH

1 O

5MM K (LAL04TB)

L607

DE5CPZ1

OOK04

COI L PEAKING

1

OUH

1 O

5MM K (LAL04TB)

L608

DE58C6R8J067

COILCHOKE

TRF-1

015C

(6.8UH

J)

L609

DE5CPZ1

OOK04

COI L PEAKING

10UH

10.5MM K (LAL04TB)

L610

DE58C6R8J067

COILCHOKE

TRF-1015C

(6

8UH

J)

L701

DE5CPZ689K02

COI L PEAKING

6

8UH K (AXIAL

3.5MM)

L801

DE5PLF24A1-

FIL

TER

LINE

LF-24A1

.&

L804

DE5MC00001

00

COILBEAD

MD-5

(HC-3550)

L805

DE5CPZ1

OOK04

COI L PEAKING

1

OUH 1 0.5MM K (LAL04TB)

LP02

DE5MC0000100

COILBEAD

MD-5

(HC-3550)

LP03

DE5MC0000100

COILBEAD

MD-5

(HC-3550)

M681

DE4856818300

CLAMPWIRE

PH-WL-5034

M721

DE4857235802

SHIELDCASE

"SPTH-C

(""B+C"")

HOLE"

P101

DE485923162S

CONNWAFER

YW025-03

(STICK)

P401

DE4859240020

CONNWAFER

YFW500-05

P501

DE485923522S

CONNWAFER

YW025-09

(STICK)

P501A

DE4850709S02

CONNAS

YH025-09+

YST025+U

LW=300

P601

DE485923162S

CONNWAFER

YW025-03

(STICK)

P801

DE4859242220

CONN

WAFER

YFW800-02

P802

DE4859242220

CONNWAFER

YFW800-02

P904

DE4859262120

CONNWAFER

YFW800-01

PWC1

DE4859903110

CORO

POWER

AS

CW4232+BL 1 02NG+

TUBE=2500

.&

0301

DETKTC3198Y-

TR

KTC3198Y

0401

DET2SD2499-

TR

2802499

.&

0402

DET2SD1207T-

TR

2801207-T

(TAPPING)

.&

0501

DETKTC3198Y-

TR

KTC3198Y

0502

DETKTC3198Y-

TR

KTC3198Y

0503

DETKTC3198Y-

TR

KTC3198Y

0504

DETKTA1266Y-

TR

KTA1266Y

(TP)

0505

DETKTC3198Y-

TR

KTC3198Y

0601

DETKTC3198Y-

TR

KTC3198Y

0602

DETKTC3198Y-

TR

KTC3198Y

0603

DETKTC3198Y-

TR

KTC3198Y

0604

DETKTC3198Y-

TR

KTC3198Y

0701

DETKTA1266Y-

TR

KT A 1266Y

(TP)

0704

DETKTC3202Y-

TR

KTC3202Y

(TP)

0705

DETKTC3198Y-

TR

KTC3198Y

0706

DETKTC3198Y-

TR

KTC3198Y

0707

DETKTC3198Y-

TR

KTC3198Y

0708

DETKTA1266Y-

TR

KT A 1266Y

(TP)

0709

DETKTA1266Y-

TR

KT A 1266Y

(TP)

0710

DETKTA1266Y-

TR

KTA1266Y

(TP)

0711

DETBS170-

FET

BS170

0801

DETKTC3198Y-

TR

KTC3198Y

0802

DETKTC3198Y-

TR

KTC3198Y

0803

DETKTC3198Y-

TR

KTC3198Y

0804

DETKTC3198Y-

TR

KTC3198Y

0901

DETKTA1266Y-

TR

KT A 1266Y

(TP)

R106

DERD-AZ682J-

R

CARBON

FILM

1/6

6.8K

OHM

J

R107

DERD-AZ333J-

R

CARBON

FILM

1/6

33K

OHM

J

R108

DERD-AZ122J-

R

CARBON

FILM

1/61

2K

OHM

J

-

30

LOC.

PART-CODE

PART-NAME

PART-DESCRIPTION

REMARK

R109

DERD-AZ183J-

R

CARBON

FILM

1/6

18K

OHM

J

R110

DERD-AZ182J-

R

CARBON

FILM

1/61

8K

OHM

J

R111

DERD-AZ104J-

R

CARBON

FILM

1/6

100K

OHM

J

R112

DERD-A2104J-

R

CARBON

FILM

1/6100K

OHM

J

R301

DERD-A2393J-

R

CARBON

FILM

1/6 39K

OHM

J

R302

DERD-A2182J-

R

CARBON

FILM

1/6

1.8K

OHM

J

R304

DERD-42189J-

R

CARBON

FILM

1/41.8

OHM

J

R305

DERD-42189J-

R

CARBON

FILM

1/41.8

OHM

J

R307

DERS02Z271

J-

R

M-OXIDE

FILM

2W

270

OHM J (TAPPING)

R308

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R309

DERD-AZ223J-

R

CARBON

FILM

1/6

22K

OHM

J

R310

DERD-42473J-

R

CARBON

FILM

1/4

47K

OHM

J

R311

DERD-A2472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R312

DERD-A2479J-

R

CARBON

FILM

1/6470HMJ

R401

DERD-AZ1

02J-

R

CARBON

FILM

1/61KOHMJ

R402

DERD-AZ303J-

R

CARBON

FILM

1/6

30KOHM J

R403

DERD-AZ479J-

R

CARBON

FILM

1/6

4.7

OHM

J

R404

DERD-AZ152J-

R

CARBON

FILM

1/6

1.5K

OHM

J

R405

DERD-AZ1

01

J-

R

CARBON

FILM

1/6100

OHM

J

R406

DERD-AZ272J-

R

CARBON

FILM

1/627KOHMJ

R408

DERS022561J-

R

M-OXIDE

FILM

2W

560

OHM J (TAPPING)

R409

DERD-421

03J-

R

CARBON

FILM

1/410K

OHM

J

R410

DERD-22399J-

R

CARBON

FILM

1/2

3.9

OHM

J

R411

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

R412

DE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

R413

DERD-42124J-

R

CARBON

FILM

1/4

120K

OHM

J

R414

DERD-4Z273J-

R

CARBON

FILM

1/427KOHM J

R415

DERF01

2129JA

R

FUSIBLE

1W

1.2

OHM

J A

CURVE

&

R416

DERD-A2303J-

R

CARBON

FILM

1/6

30K

OHM

J

R417

DERD-421

02J-

R

CARBON

FILM

1/41KOHMJ

R418

DERD-AZ124J-

R

CARBON

FILM

1/6

120K

OHM

J

R420

DE85801065GY

WIRECOPPER

AWG22

1/0

65

TIN

COATING

R501

DERD-A21

02J-

R

CARBON

FILM

1/61K

OHM

J

R502

DERD-AZ1

01

J-

R

CARBON

FILM

1/6

100

OHM

J

R503

DERD-AZ101J-

R

CARBON

FILM

1/6100

OHM

J

R504

DERD-AZ331J-

R

CARBON

FILM

1/6

330

OHM

J

R505

DERD-AZ470J-

R

CARBON

FILM

1/6

47

OHM

J

R506

DERD-AZ101J-

R

CARBON

FILM

1/6100

OHM

J

R507

DERD-421

09J-

R

CARBON

FILM

1/41 OHMJ

R508

DERD-A21

02J-

R

CARBON

FILM

1/61K

OHM

J

R509

DERD-AZ121J-

R

CARBON

FILM

1/6120

OHM

J

R510

DERD-AZ1

02J-

R

CARBON

FILM

1/61K

OHM

J

R511

DERD-AZ101J-

R

CARBON

FILM

1/6100

OHM

J

R512

DERD-AZ1

01

J-

R

CARBON

FILM

1/6100

OHM

J

R513

DERD-A21

01

J-

R

CARBON

FILM

1/6100

OHM

J

R514

DERD-AZ1

04J-

R

CARBON

FILM

1/6

100K

OHM

J

R515

DERD-AZ102J-

R

CARBON

FILM

1/6

1K

OHM

J

R516

DERD-AZ564J-

R

CARBON

FILM

1/6

560K

OHM

J

R517

DE5CP2569K02

COI L PEAKING

5

6UH K (AXIAL 3 SMM)

R518

DERD-AZ1

03J-

R

CARBON

FILM

1/6

10K

OHM

J

R519

DERD-A2470J-

R

CARBON

FILM

1/647

OHM

J

R520

DERD-AZ394J-

R

CARBON

FILM

1/6

390K

OHM

J

R521

DERD-A2513J-

R

CARBON

FILM

1/651KOHMJ

31

..

LOC.

PART-CODE

PART-NAME

PART-DESCRIPTION

REMARK

R524

DERD-AZ303J-

R

CARBON

FILM

1/6

30K

OHM

J

R525

DERD-AZ121

J-

R

CARBON

FILM

1/6120

OHM

J

R526

DERD-4Z1

OOJ-

R

CARBON

FILM

1/410

OHM

J

R527

DERD-AZ750J-

R

CARBON

FILM

1/6

75

OHM

J

R528

DERD-AZ1

03J-

R

CARBON

FILM

1/6

10K

OHM

J

R529

DERD-AZ1

03J-

R

CARBON

FILM

1/6

10K

OHM

J

R530

DERD-AZ750J-

R

CARBON

FILM

1/6

75

OHMJ

R531

DERD-AZ750J-

R

CARBON

FILM

1/6

75

OHM

J

R532

DERD-AZ750J-

R

CARBON

FILM

1/6

75

OHM

J

R533

DERD-AZ750J-

R

CARBON

FILM

1/6

75

OHM

J

R534

DERD-AZ750J-

R

CARBON

FILM

1/6

75

OHM

J

R535

DERD-AZ1

02J-

R

CARBON

FILM

1/6

1 K

OHM

J

R536

DERD-AZ1

02J-

R

CARBON

FILM

1/61KOHMJ

R537

DERD-AZ1

01

J-

R

CARBON

FILM

1/6

100

OHM

J

R538

DERD-AZ1

01

J-

R

CARBON

FILM

1/6

100

OHM

J

R539

DERD-AZ1

02J-

R

CARBON

FILM

1/61K

OHM

J

R540

DERD-AZ472J-

R

CARBON

FILM

1/6 4 7K

OHM

J

R541

DERD-AZ151J-

R

CARBON

FILM

1/6150

OHM

J

R542

DERD-AZ151J-

R

CARBON

FILM

1/6150

OHM

J

R543

DERD-AZ151J-

R

CARBON

FILM

1/6

150

OHM

J

R601

DERD-AZ471J-

R

CARBON

FILM

1/6

470

OHM

J

R602

DERD-AZ561J-

R

CARBON

FILM

1/6

560

OHM

J

R603

DERD-AZ681J-

R

CARBON

FILM

1/6

680

OHM

J

R604

DERD-AZ562J-

R

CARBON

FILM

1/6 5 6K

OHM

J

R605

DERD-AZ270J-

R

CARBON

FILM

1/6

27

OHM

J

R606

DERD-AZ391J-

R

CARBON

FILM

1/6

390

OHM

J

R607

DERD-AZ113J-

R

CARBON

FILM

1/611K

OHM

J

R608

DERD-AZ1

02J-

R

CARBON

FILM

1/61KOHMJ

R609

DERD-AZ1

03J-

R

CARBON

FILM

1/6

10K

OHM

J

R610

DERD-AZ1

02J-

R

CARBON

FILM

1/61KOHMJ

R611

DE85801

065GY

WIRE

COPPER

AWG22

1/0.65

TIN

COATING

R612

DERD-AZ153J-

R

CARBON

FILM

1/615K

OHM

J

R613

DERD-AZ153J-

R

CARBON

FILM

1/615K

OHM

J

R614

DERD-AZ473J-

R

CARBON

FILM

1/6

47K

OHM

J

R615

DERD-AZ1

02J-

R

CARBON

FILM

1/6

1 K

OHM

J

R616

DERD-4Z221

J-

R

CARBON

FILM

1/4220

OHM

J

R617

DERD-AZ682J-

R

CARBON

FILM

1/6

6.8K

OHM

J

R618

DERD-AZ222J-

R

CARBON

FILM

1/6

2.2K

OHM

J

R619

DERD-AZ471J-

R

CARBON

FILM

1/6470

OHM

J

R620

DERD-AZ221J-

R

CARBON

FILM

1/6

220

OHM

J

R621

DERD-AZ1

02J-

R

CARBON

FILM

1/61K

OHM

J

R622

DERD-AZ1

02J-

R

CARBON

FILM

1/61KOHMJ

R623

DERD-4Z221J-

R

CARBON

FILM

1/4220

OHM

J

R624

DERD-AZ303J-

R

CARBON

FILM

1/6

30K

OHM

J

R639

DERD-AZ222J-

R

CARBON

FILM

1/6

2.2K

OHM

J

'

R701

DERD-AZ1

02J-

R

CARBON

FILM

1/61K

OHM

J

R702

DERD-AZ332J-

R

CARBON

FILM

1/6 3 3K

OHM

J

R703

DERD-AZ332J-

R

CARBON

FILM

1/633KOHMJ

R704

DERD-AZ1

01

J-

R

CARBON

FILM

1/6

100

OHM

J

R705

DERD-AZ1

01

J-

R

CARBON

FILM

1/6

100

OHM

J

R706

DERD-AZ1

03J-

R

CARBON

FILM

1/610K

OHM

J

R707

DERD-AZ1

03J-

R

CARBON

FILM

1/610K

OHM

J

R708

DERD-AZ1

03J-

R

CARBON

FILM

1/610K

OHM

J

32

LOC.

PART~CODE

PART-NAME

PART~DESCRIPTION

REMARK

R709

DERD-AZ1

03J-

R

CARBON

FILM

1/6

10K

OHM

J

R710

DERD-AZ1

OOJ-

R

CARBON

FILM

1/610

OHM

J

R711

DERD-AZ333J-

R

CARBON

FILM

1/6

33K

OHM

J

R714

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

R715

DERD-AZ912J-

R

CARBON

FILM

1/691KOHMJ

R716

DERD-AZ823J-

R

CARBON

FILM

1/6

82K

OHM

J

R717

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R718

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R719

DERD-4Z1

03J-

R

CARBON

FILM

1/410KOHM J

R720

DERS02Z562J-

R

M-OXIDE

FILM

2W

5.6K

OHM J (TAPPING)

R721

DERD-AZ682J-

R

CARBON

FILM

1/6

6.8K

OHM

J

R722

DERD-AZ822J-

R

CARBON

FILM

1/6

8.2K

OHM

J

R723

DERD-AZ682J-

R

CARBON

FILM

1/6 6 8K

OHM

J

R724

DE85801

065GY

WIRE

COPPER

AWG22

1/0

65

TIN

COATING

R725

DERD-AZ913J-

R

CARBON

FILM

1/6

91K

OHM

J

R727

DERD-AZ1

03J-

R

CARBON

FILM

1/610KOHMJ

R728

DERD-4Z1

OOJ-

R

CARBON

FILM

1/4100HM

J

R729

DERD-AZ333J-

R

CARBON

FILM

1/6

33K

OHM

J

R730

DERD-AZ333J-

R

CARBON

FILM

1/6

33K

OHM

J

R731

DERD-AZ333J-

R

CARBON

FILM

1/6

33K

OHM

J

R732

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R733

DERD-AZ472J-

R

CARBON

FILM

1/6 4 7K

OHM

J

R734

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R735

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R736

DERD-AZ472J-

R

CARBON

FILM

1/647KOHMJ

R737

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R738

DERD-AZ122J-

R

CARBON

FILM

1/6

1.2K

OHM

J

R739

DERD-AZ122J-

R

CARBON

FILM

1/6

1.2K

OHM

J

R740

DERD-AZ122J-

R

CARBON

FILM

1/6

1.2K

OHM

J

R741

DERD-AZ1

02J-

R

CARBON

FILM

1/61KOHMJ

R743

DERD-AZ101J-

R

CARBON

FILM

1/6

100

OHM

J

R744

DERD-AZ101J-

R

CARBON

FILM

1/6

100

OHM

J

R745

DERD-AZ1

03J-

R

CARBON

FILM

1/6

10K

OHM

J

R746

DERD-AZ272J-

R

CARBON

FILM

1/6

2.7K

OHM

J

R748

DERD-AZ622J-

R

CARBON

FILM

1/6 6 2K

OHM

J

R749

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R750

DERD-AZ1

01

J-

R

CARBON

FILM

1/6100

OHM

J

R751

DERD-AZ473J-

R

CARBON

FILM

1/6

47K

OHM

J

R753

DERD-AZ202J-

R

CARBON

FILM

1/6

2KOHM J

R754

DERS02Z562J-

R

M-OXIDE

FILM

2W 5 6K

OHM J (TAPPING)

R755

DERD-AZ1

09J-

R

CARBON

FILM

1/61

OHM

J

R756

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R757

DERD-AZ473J-

R

CARBON

FILM

1/6

47KOHM J

R759

DERD-AZ391J-

R

CARBON

FILM

1/6

390

OHM

J

R760

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R761

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R762

DERD-AZ102J-

R

CARBON

FILM

1/61K

OHM

J

R801

DEDEC180M290

POSISTOR

ECPCC180M290

&

R802

DERX10B339JN

RCEMENT

1

OW

3.3

OHM J BENCH

4P

&

R803

DERS02Z683J-

R

M-OXIDE

FILM

2W

68K

OHM J (TAPPING)

R804

DERF02Z568J-

R

FUSIBLE

2W O 56

OHM J (TAPPING)

&

R805

DERS01

Z240J-

R

M-OXIDE

FILM

1W

24

OHM J (TAPPING)

R806

DERN018101JS

R METALFILM

1W

100

OHM J SMALL

33

LOC.

PART-CODE

PART-NAME

PART-DESCRIPTION

REMARK

R807

DERS01

Z242J-

R

M-OXIDE

FILM

1W

2.4K

OHM J (TAPPING)

R808

DERD-421

04J-

R

CARBON

FILM

1/4100K

OHM

J

R809

DERD-4Z222J-

R

CARBON

FILM

1/4

2.2K

OHM

J

R810

DERD-4Z220J-

R

CARBON

FILM

1/4

22

OHM

J

R811

DERD-421

02J-

R

CARBON

FILM

1/41K

OHM

J

R812

DERC-22565J- R

CARBON

COMP

1/2 5 6M

OHM

J

R813

DERD-AZ473J-

R

CARBON

FILM

1/6

47K

OHM

J

R814

DERD-4Z242J-

R

CARBON

FILM

1/4

2.4K

OHM

J

R815

DERD-221

04J-

R

CARBON

FILM

1/2100K

OHM

J

R816

DERD-221

04J-

R

CARBON

FILM

1/2100K

OHM

J

R817

DERD-AZ1

02J-

R

CARBON

FILM

1/61K

OHM

J

R818

DERD-AZ472J-

R

CARBON

FILM

1/6

4.7K

OHM

J

R819

DERS022620J- R

M-OXIDE

FILM

2W

62

OHM J (TAPPING)

R820

DERD-AZ1

03J-

R

CARBON

FILM

1/610K

OHM

J

R901

DERD-AZ302J-

R

CARBON

FILM

1/6

3K

OHM

J

R902

DERD-AZ302J-

R

CARBON

FILM

1/6

3K

OHM

J

R903

DERD-AZ302J-

R

CARBON

FILM

1/6

3K

OHM

J

R904

DERD-AZ202J-

R

CARBON

FILM

1/6

2K

OHM

J

R905

DERD-AZ202J-

R

CARBON

FILM

1/6

2K

OHM

J

R906

DERD-AZ202J-

R

CARBON

FILM

1/6

2K

OHM

J

R907

DERD-421

04J-

R

CARBON

FILM

1/4100K

OHM

J

R908

DERD-421

04J-

R

CARBON

FILM

1/4

100K

OHM

J

R909

DERD-421

04J-

R

CARBON

FILM

1/4

100K

OHM

J

R911

DERC-22152J-

R

CARBON

COMP

1/2

1.5K

OHM

J

R912

DERC-22152J- R

CARBON

COMP

1/2

1.5K

OHM

J

R913

DERC-22152J- R

CARBON

COMP

1/2

1.5K

OHM

J

R914

DERD-AZ1

03J-

R

CARBON

FILM

1/610K

OHM

J

R920

DE85801

065GY

WIRECOPPER

AWG22

1/0.65

TIN

COATING

SCT1

DE4859303030

SOCKETCRT

ISMM03S

&

SF101

DE5PG1966M-

FILTERSAW

G1966M

SW701

DE5S501

01090

SWTACT

SKHV17910A

SW702

DE5S501

01090

SWTACT

SKHV17910A

SW703

DE5S501

01090

SWTACT

SKHV17910A

SW704

DE5S501

01090

SWTACT

SKHV17910A

SW705

DE5S501

01090

SWTACT

SKHV17910A

SW801

DE5S401

01143

SWPUSH

PS3-22SP

(P.C.B)

&

T401

DE50D10A2-

TRANS

DRIVE

TD-10A2

&

T402

DE50H0000177

FBT

HST1142.5057

&

T801

DE50M3934A

1-

TRANSSMPS

TSM-3934A1

&

U101

DE4859714430

TUNER

VARACTOR

3303KHC-3X1289

X501

DE5XE4R4336E

CRYSTAL

QUART2

HC-49/U

4.433619MH2

30PPM

X701

DE5XE18ROOOE

CRYSTAL

QUART2

HC-49/U

18.000MH2

30PPM

2501

DE5PXPS5R5MB

FIL

TER

CERA

TPS5

5MB-TF21

(TP)

2601

DE5PXFSH5R5M

FIL

TER

CERA

SFSH5.5MCB-TF21

(TP)

*

DE48B

1530SVC

SERVICE

REMOCON

R-30SVC

34

Difference

of

Parts

for

CRT

.

NO.

LOC.

NAME

14"

Orion

14"Thomson

14"

Philips

20"

Orion

20"Thomson

21"Thomson

21"

Philips

1

V901

CRTBARE

A34JLL90X01

A34EFU13X01

A34EAC01

X06

A48JLL90X02

A48EEV33X01

A51EBV13X09

A51

EAL55X01

4859605142

4859606640 4859606240 4859604162

4859611260

4859621760

4859607660

2

8CT1

80CKETCRT

18MM038

..

18MM038

18MM038

.. ..

..

4859303030

4859303030

4859303030

3

8CT2

80CKETCRT

..

18H8098

..

..

18H8098

18H8098 18H8098

4859302930

4859302930

4859302930

4859302930

4

LP03

COILBEAD

MD-5

..

..

MD-5

..

MD-5

MD-5

5MC0000100 5MC0000100 5MC0000100

5MC0000100

5

LP04

COILBEAD

..

MD-5 MD-5

..

MD-5

..

..

5MC0000100 5MC0000100

5MC0000100

6

L405

COI L H·LIN.

L-125

L-102 L-102

L-102

L-76

L-125

L-102

58H0000018 58H0000016 58H0000016

58H0000016

58H0000020

58H0000018

58H0000016

7

C410 C MYLAR

1.6KV

7500

1.6KV

6200

1.6KV

6200

1.6KV

7500

1.6KV

7200

1.6KV

6900

1.6KV

7500

CMYH3C752J CMYH3C622J

CMYH3C622J

CMYH3C752J

CMYH3C722J CMYH3C692J

CMYH3C752J

8

C409 C CERA

2KV

470

2KV

470

2KV

470

2KV

470

2KV

220

2KV

470

2KV

470

CCXB3D471K

CCXB3D471K

CCXB3D471K

CCXB3D471K

CCXB3D221K

CCXB3D471K

CCXB3D471K

9

C411

CMYLAR

200V

0.47

250V

0.68

J

200V

0.51

200V

0.36

200V

0.39

200V

0.51

200V

0.51

CMYE2D474J

CMYT2E684J

CMYE2D514J

CMYE2D364J

CMYE2D394J

CMYE2D514J

CMYE2D514J

10

R413

RC-FILM

1/4W

120K

1/4W150K

1/4W

150K

1/4W

68K

1/4W

82K

1/4W68K

1/4W68K

RD-4Z124J-

RD-4Z154J RD-4Z154J RD-4Z683J

RD-4Z823J

RD-4Z683J

RD-4Z683J

11

R415

R

FU81BLE

1W12A(F)

1W0.18(F)

1W

0.47

(F)

1W2.4A(F)

1W

0.47

(F)

1W12A(F)

1W3A(F)

RF01Z129JA

RF01Z188J· RF01Z478J.

RF01Z249JA

RF01Z478J·

RF01Z129JA

RF01Z309JA

12

R302

RC-FILM

1/6W1.8K

1/6W22K

1/6W18K

1/6W2.2K

1/6W22K

1/6W2.2K

1/6W

2.7K

RD-AZ182J-

RD-AZ222J

RD-AZ182J.

RD-AZ222J RD-AZ222J

RD-AZ272J

RD-AZ272J

13

R901·3

RC-FILM

1/6W3K

1/6W

2.4K

1/6W

2.4K

1/6W2K

1/6W2K

1/6W2K

1/6W2K

RD·AZ302J-

RD-AZ242J. RD-AZ242J.

RD-AZ202J.

RD-AZ202J-

RD-AZ202J-

RD-AZ202J.

14

R904-6

RC-FILM

1/6W2K

1/6W2K

1/6W2K

1/6W

1.6K

1/6W1.6K

1/6W1

6K

1/6W1.6K

RD·AZ202J.

RD-AZ202J.

RD·AZ202J.

RD·AZ162J-

RD-AZ162J. RD-AZ162J.

RD-AZ162J.

15

R807

RC-FILM

1W2.4K

1W2.4K

1W2.4K

1W27K

1W2.7K

1W

2.7K

1W2.7K

R801Z242J-

RS01Z242J.

RS01Z242J.

R801Z272J.

R801Z272J.

R801Z272J. R801Z272J.

16

P401

CONNWAFER

YFW500-05 YFW500-06

YFW500-06

YFW500·05

YFW500-06

YFW500-06

YFW500-06

4859240020

4859240120

4859240120

4859240020

4859240120

4859240120 4859240120

17

P401A

CONNA8

..

35135/0620

35135/0620

..

ODY-2109

ODY-2109 ODY-2109

+35179

+35179

tULW=350

tULW=350

4850706820

4850706820

4850706057

4850706057

4850706057

18

ZZ131

COI

L

DC1450

DC1450

DC1450

DC2050

DC2050

DC2070 DC2070

DEGAU88

58G0000084

58G0000084

58G0000084 58G0000086

58G0000086

58G0000074 58G0000074

20

ZZ132

CRTGNDA8

1401H-1015-1P

1401H-1015-1P

1401H-1015-1P

2001H-1015-1P

2001H-1015-1P

2101H-1015-1P 2101H-1015-1P

48519A4610 48519A4610 48519A4610 48519A5010 48519A5010

48519A5210

48519A5210

35

..

Difference

of

Parts

for

System

NO.

LOC.

NAME

PAL-B/G

PAL"I

P/SECAM·L

1

PWC1

POWER

CORO

AS

CW4232

CW3222

CW4232

DE485990311

O

DE485990511

O

DE485990311

O

2

SF101

SAW

FIL

TER

G1966M

J1952M

G1966M

DE5PG1966M--

DE5PJ1952M-

DE5PG1966M--

3

Z501

CERA

FILTER

TPS5

5MB-TF21

TPS60MB

TPS5.5MB-

TF21

DE5PXPS5R5MB

DE5PTPS60MB-

DE5PXPS5R5MB

4

Z601

CERA.

FIL

TER

SFSH5.5MCB-TF21

SFSH6

OMCB-TF21

SFSH5

5MCB-TF21

DE5PXFSH5R5M

DE5PXFSH6ROM

DE5PXFSH5R5M

5

1503

ICSECAM

-

-

TDA8395
DE1TDA8395--

6 0705-706

TR

KTC3198Y

-

KTC3198Y

DETKTC3198Y- DETKTC3198Y-

7

0708-709

TR

KTA1266Y- - KTA1266Y
DETKTA1266Y- DETKTA1266Y-

8

R729-730

R

C-FILM

1/6W

33K

-

1/6W

33K

DERD-AZ333J- DERD-AZ333J-

9

R732-733

R

C-FILM 1/6W 4

7K

-

1/6W 4

7K

DERD-AZ472J-

DERD-AZ472J-

10

R736-737

R

C-FILM

1/6W 4 7K

-

1/6W

4 7K

DERD-AZ472J- DERD-AZ472J-

11

C105,107

C

ELECTRO

50V

4.7~

-

50V

4

7~

DECEXF1

H479V

DECEXF1

H479V

12

C106,

108

C

CERA

50V

o

01~

-

50V

O

01~

DECCZF1

E1

03Z

DECCZF1

E1

03Z

13

U101

TUNER 3303KHC DT2-IV17D

3303KHC

DE4859714430 DE4859716130 DE4859714430

14

Z101-102

CERA,

FIL

TER

- -

MKT40MA100P
DE5PMKT40MA-

15

IL01

ICAM

DEMOD.

- -

STV8225

DE1

STV8225--

16

SL01

SAW

FIL

TER

-

-

L9461M
DE5PL9461

M--

17

OL01

TR

- -

KTC3198Y
DEDTKTC3198Y

18

OL02

TR

- -

KTC3198Y

DEDTKTC3198Y

19

0L03

TR

- -

KTC3197
DETKTC3197--

20

0702

TR

- - KTC3198Y

DEDTKTC3198Y

21

DL01-02

DIODE

- -

182186
DED182186---

22

RL01

R C-FIL

TER

- -

1/6W

22K

DERD-AZ223J-

23

RL02

R C-FIL

TER

- -

1/6W

100

DERD-AZ1

01

J-

24

RL03

R C-FIL

TER

- -

1/6W 2 2K
DERD-AZ222J-

25

RL04

R C-FIL

TER

- -

1/6W 10K
DERD-AZ103J-

26

RL05

R C-FIL

TER

- -

1/6W 10K
DERD-AZ1

03J-

27

RL06

R C-FIL

TER

- -

1/6W

68K

DERD-AZ683J-

28

RL07

R C-FIL

TER

- - 1/4W

120

DERD-4Z121J-

29

RL08

R C-FIL

TER

- -

1/6W 15K
DERD-AZ153J-

30

RL09

R C-FIL

TER

- -

1/6W

750

DERD-AZ751J-

36

Difference

of

Parts

for

System

NO

LOC

NAME

PAL·B/G

PAL·I

P/SECAM·L

31

RL01

R

C-FILM

-

-

1/6W 2

2K

DERD-AZ222J-

32

R101

R C-FILM

-

-

1/6W

47

DERD-AZ470J-

33

R712

R C-FILM

-

-

1/6W

10K

DERD-AZ1

03J-

34

R713

R C-FILM

-

-

1/6W 6 8K
DERD-AZ682J-

35

R752

R C-FILM -

-

1/6W

10K

DERD-AZ1

03J-

36

R763

R C-FILM

-

-

1/6W

100

DERD-4Z101J-

37

CL07

C

CERA

- -

50V

82

DECCZB

1 H820K

38

CL01

C

CERA

-

-

50V

CH

22

DECZCH 1 H220J

39

CL02

C

ELECTRO

-

-

50V

471-J

DECEXF1

H470V

40

CL03

C

CERA

-

-

50V

0.011-J

DECCZF1

E1

03Z

41

CL04

C

ELECTRO

-

-

50V 4 71-J
DECEXF1

H479V

42

CL05

C

CERA

-

-

50V

CH

22

DECZCH1

H220J

43

CL06

C

ELECTRO

-

-

50V 4 71-J
DECEXF1

H479V

44

C707

C

ELECTRO

-

-

50V

101-J

DECEXF1

H1

OOV

45

C728

C

CERA

-

-

25V O 0221.1F
DECCZF1

E223Z

46

JP08-09

WIRECOPPER

WIRECOPPER WIRECOPPER

-

DE85801

065GY

DE85801

065GY

47

1501

TDA8374A

TDA8374A

TDA8374A

TDA8374A

DE1TDA8374A-

DE1TDA8374A-

DE1TDA837

4A--

48

C104

C

ELECTRO

50V

4.71.J

50V 4 71.1

50V

331.1

DECEXF1H479V

DECEXF1

H479V

DECEXF1

H330V

Difference of parts for Option

-Teletext option

OPTION

1701

(IC

MICOM)

X701

(X-TAL)

C719

(C

MYLAR)

West

Europe

Teletext

DW5255M*

HC-49U

18MHz

50V

EU O 331-JF

DE1

DW5255M*-

DE5XE18ROOOE

DECMXB1

H334J

Non-

Teletext

DW370M*

HC-49U

20MHz

-

DE1DW370M*--

DE5XE20ROOOE

-

-Antenna option

MODEL

NAME

REMARK

PAL-B/G,

P/SECAM-L

PH-RM-003

Rod

Antenna

DE4850A0291

O

PAL-1

PH-RM-006

Loop

Antenna

DE4850A01220

37

• MECHANICAL EXPLODED VIEWS ANO PART LIST

.1421

i

8

r

@(J)

3 4

38

• 2021

2

8

9

10

11

5 6

7

39

19

DE652001

0100

STAPLE

PIN

18

DE4858211400

POL Y BAG

17

DE4858045200

BOX

CARTON

16

DE4858179300

PAD

15

DE4855415800

SPEC

PLA

TE

14

DE7122401412

SCREW

TAPPING

13

DE4852147301

COVER

BACK

12

DE4857817640

CLOTH

BLACK

11

DE4857817611

CLOTH

BLACK

10

DE4856013300

SCREW CRT F/XING AS

9

DE485601

3301

SCREW CRT FIXING AS

8

DE4852148500

WASHER

RUBBER

7

MAIN

PCB

6

DE4854933001

BUTTON

5

DE4855530400

DECO

SENSOR

4

DE4852060700

MASK

FRONT

3

DE4855613600

MARK

BRAND

2

DE4856717900

SPRING

1

DE4854848201

POWER

BUTTON

18M/M

JDO

P

E.

FILM

TO

03X600X550

SW-2

1

EPS

150

ART P /E

FILM

T2S

TRS

4X14

MFZN

BK

HIPS

BK

FELT

T0.7

L=

100

FEL

T T0.7

L=200

2

L=70mm

2

L=140mm

4

CR

T2.0

1

CP-375

ABS

BK
PMMA
HIPS

BK

A1050P-H24

T0.4

SWPA

1 ABS

BK

• 2121

18

DE4858183701

PAD

1

EPS

17

DE4858211400

BAG

P E

1

P E

FILM

TO

03X600X550

16

DE4858047600

BOX

CARTON

1

SW-2(DTQ-1463FW)

15

DE4855415800

SPEC

PLATE

1

150

ART P /E

FILM

14

DE7122401412

SCREW

TAPPING

5

T2S

TRS

4X14

MFZN

BK

13-1

DE4857817640

CLOTH

BLACK 1 FEL T TO 7 L=100

13

DE4857817611

CLOTH

BLACK

2

FELT

T0.7

L=200

12

DE485214

7701

COVER

BACK

1

HIPS

BK

11-7

DE7174300811

SCREW

TAPPTITE 3 TT2

RND

3X8

MFZN

11-6

DE4857244900

SHIELD

COVER

1

94

V-0

11-5

DE4857415001

CLIP

FUSE

2

PFCS000-0702

11

4

DE485

7025401

HEAT

SINK

1

A1050P-H24

T2

11-3

DE4857024617

HEAT

SINK

1

AL

EX

11-2

DE4853530901

HOLDER

LED

1

HIPS

BK

11-1

11

PCB

MAIN

CP-375

10

DE4856013300

SCREW CRT FIXING AS

2

L=70mm

9

DE4856013302

SCREW CRT FIXING

AS

2

L=190mm

8

DE4856214900

WASHER

RUBBER

4

CR

T2.0

3 4 5

7-2

DE4855533701

DECO

SENSOR

(1)

PMMA

CL

7-1

DE4854936201

BUTTON

(1)

ABS

BK

7

DE4851926900

BU

TTON

CTRL

AS

1

4936200+5533700

6

DE7128301

011

SCREW

T APPING

4

T2S

WAS

3X10

MFZN

5

DE4855618700

MARK

BRAND

1

AL

TO

8

HITACHI

4

DE4856716000

SPRING

1

SWPA

PIEO

5

3

DE4854851701

POWER

BUTTON

1

ABS

BK

c____

__

@

2

1

DE4852064

701 MASK

FRONT

1 HIPS

BK

40

HITACHI

HITACHI LTD. TOKYO JAPAN

lnternational

Sales Division,

THE

HITACHI ATAGO BLDG.

No.

15-12

Nishi-Shinbashi, 2-Chome,

Minato-Ku,

Tokyo 105,

Japan

Tel. Tokyo 3 32581111

HITACHI SALES EUROPA

GmbH

Am

Seestern

18,

40547 Düsse/dorf,

Germany

Te/.

0211 5291

50

HITACHI

HOME

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Hitachi

House,

Station

Road, Hayes,

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Te/.

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T.

V.-ELECTRO-MENAGER) S.A.

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Pare

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Te/.

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