Philips MD1.2E AA Schematic

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Chassis

MDl

.2E

AA

í;ïiri?,'

Contents

Technical

t.

Connection

2.

3.

4.

5.

6.

7.

instructions for repairs,

SaÍety
Maintenance
Wamings

Mechanical

Block diagram
Testooint
Wiring diagram

Modes,

Service

Protections,

Electrical diagrams

voltage diagram

Supply

supply 21"

Power
Power supply

Horizontal

Vertical

output
Audio ampliÍier
Tuner + lF

processing

Video

speciÍications

facilities and

instructions,

Notes

and

instructions

overview

DST,

Faultfinding

and

"

>

21

output

Chassis

messages,

Error

Repair

and

PWB-layouts

(Schéma
(Schéma
(Schéma
(Schéma A3)
(Schéma
(Schéma

(Schéma

overview

tips

A1)
A1)
A2)

Aa)

81)

82)

Page

2
2

3
4

6
7
8

8
Diagram

12
13
15
16
17

17
19

20

PWB

14
14
14
14
14
18
18

Contents

Electrical diagrams
Synchronisation

lF sound
EuroconnectoÍ
Euroconneetor
Controls
Connections

module

Teletext

panel

CRT

module

Audio

Nicam L module
CTI/Black
N/S

oanel
Mains/RCS/LED
Control
Electrical

8.
Directions

10.

11. List oÍ abbreviations

12.

Spare

audio

Stretch

Inpuvoutput

and

alignments

Íor

parts

lists

1
2

panel

Panel

use

PWB-layouts

and

(Schéma
(Schéma
(Schéma
(Schéma
(Schéma

(Schema
(Schéma
(Schema
(Schéma
(Schéma
(SchémÊ

(Schema
(Schéma
(Schéma

BB)

84)

85)

86)

87)

BB)

89)

C)

01)
D2)

D
G)

l)

J)

l"g"

Diagram
21
21
22
22
23

24
24
25
26 27
27
28

29
30 30
31
32
34
37

39

PWB

18
18
18
18

18
18

18

25

27
29
29

31

Philips Consumer

means,

permission

prior

by

264 GB

82

1996

rights

All

electronic,

of Philips.

9671 TV Service

SM

Copyright
Neitíerl-ands.
reoroduced, storedjn a
ariv
thé

published

PCS

#p

reserved.

retrieval

mechanicá|,

No

systeni

Department

ElectÍonics

part

or transmitted,

photocopying,

B.V. Eindhoven,

of this

Printed in The

Publication

in any

otherwise

or

Netherlands

may be

form or

without

The

by

oCopyright

reserved

Subiect

to modification

PHILIPS

@

4822727

20979

Technical

1.

speciÍications

voltage

Mains
Power consumption
nominal
peak

output
standby
Mains frequency

range colour synchronisation

Pull-in
Pull-in range

synchronisation

2. Connection

output

power

Watt)

horizontal

power

Watt)

(Vvatt)

facilities

90");

(t10%)

(!1O"A)

(1

130

10" SF

(1

10' SF 4:3);220

1 80

| 22O-24OV AC

(21'90");

100

:

(21"

: 160

(t10%)

: 3
: 50 Hz

+

>

:

300H2

+

>

:

600H2

and Chassis

r--------------'

t ?ooY t

--T-l--

oo

SK1

/+\

L7-\l

MENU

\:iï-

:Íffi'-''" \:.2-

\

4:3);

(1

10"
10'

SF
$F

(1

150

overview

tÍ

16:9)
16:9)

#

\? ?o

r1----------------a

o OqEo

(DGREEN

m-"-.

ileït--

ilq|-

l[o+]-

"*"

*-"

-*'

l#n

lo

*ï--'

|

lo+-

g-".-

(

*rH*

Rear connectlons

the terminal

Specification

REAR
EXTI - CVBS

RGB
tuner

Audio O R

1­2-

Audio € R
Audio G L

3­4-

Audio

Blue I

5-

Audio € L(0.2-2Vnurs>

6-

Blue o

7­8-

CVBS

EXT1

9-

Green

10-

-

11

Green

12­13-

Red

14-

RGB status
Red o

15-

RGB status

16-

EXT1/75o)
17 - CVBS
18 - CVBS J-

19- CVBSo(1Vpp/75O)

cvBS€(1vpp/75o)

20-

-

Earth

21

of

(in/cut)

+

-

(in)

at output

(O.SVnrvrs<
(0.2-2Vnus>

(0.SVnrr,rs<

I

(0,n/pp/75o)

status(o-2V:

-1

6/9; 9.5-1 2V:EXT1

I
O
I

I

screen

INT;

(o,7vpp/75o)

I
(0,7vpp/75o)
(0-0,4V:

INT;1-3V:

sockets

lko)

10ko)

1kO)

loka)

4,5-7Vl

-4l3)

Front + Top

EXT2

-

1

-

2

-

3

-

4
5­6 - Audio
7-

-

8

9­'10

-

-

11
12­13- C I

14-

15­16-

-

17

-

18
19-

-

20
21 - Earth screen

+

l/O

control

Side

-

(in/out)

CVBS

(in)

SVHS

-

Input:

=

tuneri

outPut

then
Audio

Audio
Audio
Audio

status€

CVBS

EXï2- 1 6/9

o(300mvppl75à')

c
CVBS

CVBS
CVBS0(1vpp/75o)

cvBslío

+

then

EXTz

input:

OR(o.SVnrus<lk())
O R(0.2-2Vnr'irs>10ko)
GL(o.SVnus<1ko)
I

€

;

I
I

output

other

=

inPut

L(0.2-2Vnr'rs>10ko)

(G2V:

:F-Kï 2= a

9. 5- 1 2Y

(1vppi75o)

INT; 4,s7V:

3\

|

Front + Side control

Cinch - audio
O

ctucx

(0.5Vnr',ls

O

ctNcH

(0.5Vnus

FRONT

Audiofuideo

O

crncn cvBSO

O

ctrucn

(2Vnr',rs

O

ctttcH

(2Vaus

Headphone

qn

I

SVHS

@

out

Audio L

< 1kA)

Audio R

< 1kA)

in

Audio

10kO)

>
Audio R

> 1OkO)

8-600ei

1-r
2-I
3

-

4

l/O

+ Side

(red)

I

(whire)

O

(1vpp/75o)

(red)

L

O

(white)

O

(1vppnso)

Yo
co(o,3vpp/75o)

PCS 82 265 GB

EE-i]
EE3il
E

Topcontml Panetd#

Controld ild/oÍ InpuUOutput

Side

P28| cTu8rek srÍerch Panel

CRT Panel

E

p.zul

ElP.r6 I

Wp.n1

E
E-p.ro l

EEI
EEf-l

E-r,,t

E-p.tl
EEzg]
E
E-t

,

3. Safety

Audio Modure

Ni€m LPanet

Tuner / lF

Pirl

Vids PÍocessing
Synórcnislion
lF Sound
Euro ConnecloÍ 1

EuÍo Connsdoí

ContÍols

p.zcl

Connections

4l

Teleteí

Side ConlÍol or

Audio Module

Top ContÍol

instructions

Warnings

SaÍety

instructions Íor repairs

2

presenl

and

Íor repairs, Maintenance

Notes

y#"jt^csrueo

.Z-

<9

PoweÍ supply

HoÍizonlatoutput
VerlicalOutput E P.1il
AudioAmpliÍier

N/S Panet

instructions,

nso-]

I

Eilp.13Jd

P.16-l

E

P.t7l

E

r-l

EE

66532068_001.41

1.

Safety regulations requiÍe that during a

-

the set should

be connected

transformer:

-

saÍety components, indicated by
should be replaced
original ones;

2.

-

Safety
be Íeturned in
should be

-

replacing

when

regulations require

paid

As

a strict

joints

solder
current
o

pins

all

o

fly-backcapacitor(s);

.

S-@rrectioncapacitor(s);

o

line
. pins
o

other components through

the CRT, safety

'rts

original condition.

to the Íollowing

precaution,

through which the

is flowing,

oÍ the line output transformer

output transistor;

of the

connector

current Ílows.

components

by

that after a

points:

we advise

particulaÍ:

in

with

repair:

mains via

to the

the symbol

identical to the

goggles

Íepair the

particular

In

you

to resolder the

horizontal

wires to the

which the

an isolating
a

must be worn.

set must
attention

deÍlection
(LOT);

deÍlection coil;

deÍlection

Note:
This resoldering
metal Íatigue
Íor television sets

-

The

and

-

The
external

-

The
tunction
components

-

The electrical DC
the secondary
which
This

o

e

.

o

-

The cabinet
touching

is

in solder

older than 2

wire

trees and
Íixed with the mounted cable clamps.
insulation oÍ the mains lead

damage.

lead

mains

in

order

or heat sinks.

have a mains isolated

can be done as

check

the mains cord and

unplug

pins

the two

mains

set the
mains cord unplugged
measuÍe
mains
aerial connection on the set.
between
switch off the
two

the

plug

4.5 MO and 12 MO;

pins

oÍ the

should

oÍ any

advised

joints

and is thereÍore only

EHT

cable should be

relieÍ

strain

to avoid

touching the GRT,

resistance

side should be checked

oÍ the mains

switch to the on

resistance

the metal

and

TV

and

mains

checked Íor defects

be

paÍts

inner

bad connections

years.

should

be checked

should

between the

power

supply).

Íollows:

connect

plug;

position (keep

!);

value between

shielding

The reading should be

remove the wire between
plug.

by the customer.

prevent

to

due to

necessary

routed correctly

be checked

for its

hot

plug

mains

(only

for

sets

wire

a

between

the

pins

the

oÍ the tuner oÍ

to avoid

lor

oÍ

the

and

the

the

Maintenance instructions

Notes

recommended to have a maintenance inspection

It is
carried out by a
depends on the usage conditions:

r

r

The maintenance inspection contains the Íollowing

.

.

.

qualiÍied

when the set is used under
Íor

example
interval is 3 to 5
when the

grease

dust,

kitchen, the

execute the above mentioned
instruction";
clean the
the chassis;

the

clean
pictuÍe

tube.

seÍvice employee.

in a living room, the recommended

years;

is used in circurnstances with higher

set

or moisture

recommended interval

power

picture

supply

panel

tube

levels,

and

Warnings

1. In order to
high-voltage flashovers must
prevent
Fig. 3.1
Use a
Discharge

ESD IÈs.

2.

prevent

damage
should

high-voltage

until

l

damage to

to the

be used to discharge the

probe
meteÍ reading is

the

lcs

be ave,ided.

picture

tube, the method

and a multimeter

The interval

normal

circumstances,

for

exanrple

year.

1

is

"general

deflection circuitry

and the neck

and transistors, all

0V

In

order 1o

picture

(position

(afier

repair

oÍ

shon'n
tube.

approx. 30s).

in a

actions:

on

the

in

DC-V)

The diÍect voltages and oscillograms should

1.

with regard to the tuner earth
is

called.

The direct voltages and

2.

diagrams

(see

Mode

(L:3

sound
picture

carrier at

WheÍe necessary, the

3.

measured with

Voltages in the

normal operation
indicated

picture

The

4.

gap

is

connected between an electrode oÍ the

and the Aquadag coating.

The

5.

semiconductors

parts

the
position

the type

should be

chapter 8)

kHz, R:1 kHz unless

means

by

tube PWB has

lists

are completely

with the semiconductors

indication

oscillograms

measured in the

with

475.25

MHz.

oscillograms
(''ll-)
power

without aerial signal

and

supply section

(@)

in standby

and

of the appropriate symbols.

indicated in

these semiconductors.

on

(J),

hot

or

earth

shown

Service

a colour bar signal

otherwise)

stated

and direct voltages

are measured
(O).

These values

printed

interchangeable

gaps.

spark

circuit

the

in

unit, inespective

the

diagram and in

be

measured

(I{)

in

the
DeÍault
and

([).

Each

picture

per

as tnis

stereo

and

are

both Íor

are

spark

tube

oÍ

All lCs and
electrostatic discharges

repair
repair

the

Keep components

Together with the

3.

the flat

The deÍlection and the multipole units
the
not recommended.

Be

4.

section and on the

Never replace

5.

is

switched on.

When making

6.

This will

circuit becoming unstable.

nrarry

other semiconductors are sensitive to

can drastically shorten the
you

are

connected by a

potential

same

square

Íactory. Adiustmeni

careful

prevent

as the earth ot

and

deÍlection unit ancj any multipoie

picture

when

taking

picture

mocjules or otheÍ components

settings,

any

(ESD).

Careless handling during

liÍe.

Make sure that during

pulse

band

the

unit.

tools

tubes used

of this unit during repair

measurements in

use

short

at this

also

tube.

plastic

circuiis and tire ciangei

same

forrn

an integrated unit.

aíe set opiimally

ratheÍ than metal tools.

with resistance

potential

unil,

ai

is thereÍore

high-voltage

the

while the unit

oÍ a

to

Figure

3.1

6.

DCtpoLBY

PRO o LOGIC

ManuÍactured
l-icensing

DOLB'/,
trademarks oÍ

sunnounol

license from

under

Corporation.

the

double-D symbol

Dolby Laboratories

Dolbv Laboratories

PRO

and

D!

Licensing Corporation.

LOGIC are

PCS

82

266 GB

4.

Mechanical

The

MD1 .2E

executions.

4.1

Styling
(also

Removing

1.

2. The

3. The

with top

applicable Íor

the

First

all screws on the rear

.

4

Screws are located

.

2 Screws
corners oÍ

.

4

Screws are

with the Euroconnectors

rear cover is
between
2

clicks
loosening
driver),

the rear cover

cover
connectoÍs
following
the

click connection

plate.

Process position

chassis has

controland

Íear

cover

located

are

rear

the

Íixed

now held

the

cabinet and the

at the left, 2 at

all clicks

plate

way:

on

and

aerial input

remove

(by

the

at the bottom

instructions

two

different

MD1.1E

at each
at the left

cover.

at the 4

the right

releasing

can

l/O

the

mechanical

side

inpuVoutput

Widescreen)

cover have

and aerial input.

position

in

rear

be removed.

panel

can be removed

screw in

to be

corner of the

and right bottom

corners

oÍ the l/O

by 6 clicks

cover. There

and 2

at the top. After

them with

with

the Euro-

the middle, release

and lift

removed.

cabinet.

are

a screw-

in the

the cover

panel

Service

Small
1 . Push

2. Pull

positions

(SSP)

Panel

Signal

down the

the SSP to the lefi.

up the

horizontal

clicks oÍ the SSP bracket (1)

SSP and

position (180'with

tilt

(LsP)).

3. Put the
bottom

When

all cables on the
also be removed from
better access to component

SSP

plate.

in

the clicks

its bracket

SSP

component side

the SSP counter

Large

Signal

marked

(Figure

"Sewice"

4.2),

(2)

are disconnected,

and copper side.

(Figure

4.1)

and

shift

clockwise

Panel

on the

the

SSP can

providing

to a

process

The
chassis.

1.

Release

2.

Push
cover and

For

some

from

AÍterwards, put

their

back

service

cable

the mains cord

position provides

the

clicks between

pull

the

cabinet

positions

clamps and

the cables

easier

Írom

at the same

cables

channets.

in

back

access

its Íixation

plate

bottom

time backwards.

may have

their original

to the entire

brackets.

rear

and

removed

to be

position.

bracket

PCS

82 267

GB

Click

(1)

Figure 4.1

_014.41

071096

LSP

component

1.

Put the
described

2.

Remove screw

SSP

above.

(Figure

side

in

the horizontal

(3)

from

3. Remove the bracket
bracket upwards.

4. Release

5. Lift

the LSP PWB

arrow) and

clicks

pull

(5)

it

a little

and

out

the LOT
releasing

by

(6).

its

of

back.

4.3)
service

bracket.

bracket

position

(4)

click

(indicated

and

as

pulling

by the

the

Clip

(6)

Warning!

LSP

1.

The heat

copper

side

Disconnect the

connector L02 on

2.

lÍ necessary,

3. Lift
component

4. Turn
515/L15
arrow

the

disconnect

LSP

Írom its

side).

the LSP undemeath

UNDER

(7).

The LSP now rests

cable clamp

Warning!

the heat

on

Be careful

picture

The heat

SSP and LSP

(Figure

For

this seruice

(service

1.

Break the
its

2. Disconneqt

copper si]de without

4.5)
position

code number 4822

service

position

the right

at

the cable
connector L02
loudspeaker.
Remove

3.
LSP

4.

Lift the
component
Put

5.

cables

to SSP and cable l28lL28

lrom

LSP

side).

the LSP to the

side at the right hand,

grooves

special
cabinet.

position

Fix

6.

the
between LSP
special holes in the

the

7.

Reconnectcable

8.

Use
reconnect

pin

service

the

cables Írom the

connectors

sinks arc not

x/ith

table/workbencá (Figure

cable to

connected

the degaussing

LSP).

the cable

bracket

as described

the

the

on the

sink

not to

CRT

audio module)

plate,

bottom

and the LOT bracket.

damage the

tube neck.

sinks

are not

connected to

MDl

cable

extension kit

320 11695)

pin (marked

to the

on LSP)

51 0/L10,

hand

side

degaussing

and the

51 1/L1 1

M't

cable on the left

Írom

its

bracket as

vertical

LOT

described

position

above

are made in the

oÍ the LSP

(heat

sink) and
heat

putting

by

bottom

sink and the

in.

128/128.

MD1

cable extension

S1 0/L1 0,

S1

ground.

to

4.4)

(yellow

coil

on the left loudspeaker.

(LSp

above

panel (keep

as indicated

held in

CRT-panel

cable

place

by the

by the

or

ground.

tabte/workbench

is required.

-

see Figure 4.3)

oÍ the bottom

coil

and 51

5/L1 5

Audio module

earlier

(Figure

(8).

bottom

4.5),

For this

plate

the service

ptate

(9).

bottom

ptate.

(yellow

Írom

(LSP

copper

position,

of the

pin

There

plate

from

to

to

kit to

1

1

and 51

/L1

S/Li S.

LSp.

are
put

Click

(4)

Figure 4.3

Figure 4.4

c166532052_01

5.Al

1 10996

Warning! All cables

After

use the service

the right hand

side in the

should

pin

can

bottom

be reconnected

placed

be

in the

plate.

correctly.

spare hole

at

665320s2 017.41

Figure 4.5

Mechanical

instructions

Accessing the module with mains switch,
receiver

1. Cut

2.

3. To

4.
Afterwards

(10).

4.2

Styling
control)

Removing

1.

Fot
írom their cable clamps and channels.

cables back

(Fig.4.6)

the tie rap
bottom side
bottom corner
space to handle the mains
Remove

pulling

and

get

be

can
The mains

with

First

all screws on the

.

6 Screws are located at the

.

2 Screws
the rear cover.

.

3 Screws
cover

some service

of the degaussing

(10).

Remove the

Írom

Íixation bracket

its

red mains

the

it backwards

more

movement

pushed

panel

the

degaussing coil should

side control and

ttre rear

aÍe
are located

plate

positions

in

their original

pànel

space, the

pulled

or

can now be

cover

rear

located at the

of the

UO

cables

LED

coil at the left hand

degaussing coil in the left

(1

1)

module.

bracket by

(12).
upwards

removed.

side

cover

just

above,

connections.

may

position.

lifting

left top of the cabinet

(13).

retied at

be

inpuVoutput

have

to

comers oÍ the cabinet.

right

left and

under and left oÍ the

haveto be removed

Aftenttards,

RC5

and

get

to

more

the end

position

(no

be removed.

bottom oÍ

put

the

top

(10)
(1

1)

(12)

Figure 4.6

66532052_01 8.Al

071096

Process

The

chassis

1.

2. When the clicks

Service

SSP copper and component side,
(Figure

'1

. Release the

2. Lift the SSP a little and turn

Service

1.

2.

3.

position

process position provides

during the
The chassis
fixed in the bottom

pushed
pulled

positions

4.7)

LSP.

(16)

180"

provides

This

SSP and also allows

position

Disconnect the cable

connector L02 on the

the

Lifi

backwards
Turn the entire chassis around the CRT
The

chassis rests

LSP backwards.

service

can be

between

back, the chassis and

backwards.

click construction

Írom the LSP.

better access

with table/workbench

from

chassis

(17).

easier

posltions.

pulled

lifted,

plate.

bottom

it to an angle oÍ
to the

for the removal

the

degaussing

to

LSP).

the bottom

the SSP

on

access to the entire

(t

Íorward

plate

the bottom

module servicing

(14)

clmponent

plate

with the

Scm) and

rear cover are

plate

between the SSP and

135'

oÍ modules.

(Fig.

4.8)
(yellow

coil

pull

and

panel (18).

copper side of

can be

(15)

or

side oÍ the

it

the

(14)

Figure

4.7

66532052_01 9.Al

250996

Warnlng!

careful

tube

not

neck.

Be
picture
The heat sinks

to damage

not

are

connected to

the CRT-panel

ground.

or

FiguÍe 4.8

position

Service
workbench

1.

Disconnect
connector

2. Lift the chassis
counter

(LSP

(Fig.4.9)

the

cable

L02

on the LSP).

Írom

clockwise

copper

to the

the bottom

(1

9).

3. The SSP can be Íixed with a
plate (20).

The

copper side ofthe LSP can

accessed.

without table/

side)

degaussing

plate

and turn

screwdriver

(yellow

coil

it

to the bottom

now be

Waming!

Be

picture

The

Small Signal Panel
First, remove

Panel. The

bracket

SSP

cables connected

all

SSP can be

(in

the

Large Signal Panel

After removing the

(22),

the LSP can be lifted out the bracket as indicated by

the

arrow.

Accessing

the

panel

notto

careful

tube

damage the

neck.

heat sinks are not

(Fig.4.2)

removed

direction

by sliding

of the arrow).

(Fig.4.10)

(21),

with

and

mains

screw

cannected

to the Small Signal

it

pushing

back the clips

LED

switch,
ÍeceiveÍ
The mains module

picture

the

1. Push the
back and

2. Release the
the

SSP and LSP, lift the SSP a little and turn it to an
angle oÍ
The mains
over

the SSP/LSP.

Remove

3.

is located

tube.

clicks between bottom

pull

the chassis back as

click constÍuction

(16

180'

panel

the 2 screws

in

-

Fig. 4.7)lrom the

see

now

can

be accessed when

left

and right on the mains

middle oÍ the set. below

the

plate

and

Íar

as

-

(14

Fig.4.7)

bracket.

The complete mains

pulling

it

backwards.

panel

can now be removed by

CRT-panel

ground.

to

out of the

RCS

and

rear

cover

possible.

between

LSP.

reaching

panel

or

Figure 4.9

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Wiring

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riiiSl

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càblage

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(

CoNNECïORS USED WrrH

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TOP CONTROL

U)
l
O

lL

CRT.

cL 66532052_001.41

190996

6.

Service

Modes,

DST, Error

messages,

Protections,

Faultfinding and

following

In this chapter

6.1

6.2

6.3

6.4 Protections

6.5

6.1 Test

The MD1 chassis

printing.
blocks:

A1-42-43, etc.: Test

*

* C1-C2-C3,
* F1-F2-F3, etc.:

L1-L2-L3, etc.:

*

P1-P2-P3, etc.: Test

*
* T1-T2-T3, etc.: Test

V'l-V2-V3, etc.:

*

6.2 Service

For

easy
RC7150
TV

sets,
also called
number of

Installation Íeatures Íor the dealer

6.2.1
The dealer

presets,

with

the

points

Test

Service Modes and Dealer

codes

Error

finding

Fault

points

is

These test

etc.: Test

modes

installation
is introduced. The
including

all set of

Dealer Service Tool

the DST

can use the RC7150 for

Tv-settings,

Repair tips

paragraphs

"blinking

and

repair

and

equipped

points

with

are reÍerring to the

points

circuitry

points
points

Test
frame output circuitry
Test

ooints

output circuitry

points
point
points

Test
circuitry

and Dealer Service

and diagnosis

RC7150 can be used

the MD1 chassis. The RC7150 is

(RC7150)

is

Dish

are included:

Tool

Service

procedure

LED"

tips

points

test

for the audio

for

control circuitry

the

frame drive and

for the

Íor the line drive and line

power

for the

for the teletelc circuitry

Íor

video

the

the

dealer

DST. The ordering

or

4€,22 218 21232.

programming

settings.

(DST)

in the service
functional

processing

supply

processing

(DST)

Tool

remote

control

for

new

all

Tv-set

the

Exiting the SDM:

-

Switch
cleared).

Note: When

The

SDM

microprocessor controlled

-

For recognition of the SDM

the screen.

oÍ

-

Tuning

Nicam L), PAL on other

-

Volume level

level).

-

Auto switch off
switched off
for 15 minutes).

-

Sleep

-

All other controls

-

When

procedure (See

error buífer,
to the value of

This function

plcture.

or

Alignment Mode

Seruice

6.2.2.2
Entering

-

By transmitting
Dealer Service

normal operation

-

pressing

By
keyboard simultaneously

the

to stand-by

set

the set
immediately
again'

Íollowing

has the

475.25 MHz

at

is

set

picture

Other

timer is disabled.

the microprocessor supports the

SAM:

disabled

when no

operate

6.3) and an error code is

the LED

the last error code.
will

the
Tool

mode or

"MENU"

the

(the

error buffer

the mains

is in SDM,

to

also

"ALIGN'

power

the

set

the mains is switched on

when

pre-deÍined

tuning and linear functions:

"SER"

is displayed at the top

(Secam

on

Multi-France sets

sets).

(oÍ

25olo

the

maximum

sound settings are set to 5096.

and

(normally

video

will

blink

work when there is

(SAM)

(this

and':"

the set

(IDENT)

signal

normally.

the number of times, equai

command with the

works both while the set

in

the SDM).

key

when the set

is also

is

switched off

will enter to SDM

conditions

on

Íor

volume

is

automatically

was received

"blinking

present

no

the local

is in

SDM.

RC7150

while

all

(with

LED"

in the

soud

is in

10

Differenl
via a GFL or
to

the

DST-I

For

directions

program

tables can be

MD2 TV-set

(downloading

DST; see GFL or MD2 service manuals) or by the

(DST/PC

explanation

interf

ace; orderin g code 4822

of the installation

for use of

the

DST

chassis, download code 4 should be used).

Diagnose

6.2.2
The MD'|

DST RC7150.
and the Service
entered by

6.2.2.1 Service

Entering the SDM:

-

-

features

.2

sets can be

These

Default

short circuiting the

Defauft Mode

transmitting the

By
RC7150
By temporarily
Signal

Dealer

Panel.

for the servicer

put

are the Service Alignment

Mode

(SDM)

"DEFAULT'

Service

shorting

programmed

from the

into the DST
GFL

21 8 21 27

Íeatures

recommended

are

of the

DST, the

(For

in the two service modes

Mode

(SDM).

"seÍvice".pins

Tool.

pins

S42 and

can also

SDM

on the SSP.

command

S43 on the Small

with

the

or MD2

n.

the MD1

via the

(SAM)

be

Êxiting SAM:

-

Switch the set

Note: When the

ln the

SAM

screen:

-

Software

microprocessor
version identiÍication
versions in the Software Survey

Product Survey.

-

Error code buffer

-

Options

-

Alignment and

8.2.1, 8.3.1

to stand-bv.

mains

is in

Íhe sef
immediately when the
again.

the following

version

(see

and 8.3.2).

information is displayed on the

(the

software

in the

set

corresponds

(see

paragÍaph

geometry

power

is switched off while

the set will entet SDM

SAM,

is displayed. This software

paragraph

8.4).
information

mains is

version oÍ the

with

the software

published

as

6.3).

paragraph

(see

switched

on

in the

Service Modes,

(1)

SoÍtware version

(21

Error
(3)
(4)

buffer
Options
Alignments

and

DST, Error

geometry

messages,

Example:
Errorcodeposition
Errorbuffer

c

afterenteing SDM

(2x) - pause

blink
.

after transmlfÍ,íng

(4x) - pause

blink
o

blink-pause-blink
.

nothing happens

transmrftlng

after

after transmltÍrÍng

-

blink

-

blink

1 2

2 4 1

(2x)

"DIAGNOSE

(4x)

"DIAGNOSE

"DIAGNOSE

3 4 5 6 7

0 0

2 OK

with the

with

3 OK'

4

with

OK'

0 0

DST

the DST

the DST

6.3

Figure

6.1

Error

codes

Ïhe

error code

last

time

the buffer

to right.

-

-

The last
The

error detected

error buffer will

1. exiting
remote

2. transmitting
the DST

-

By leaving
buffer is not reset.

Examples:
ERROR:
ERROR:

ERROR:

The

contents

through the

useful when

1. When

"blinking

there is

the SDM is

oÍ times,

The

LED will

times,

equal

2.

With the DST

made visible.
"DIAGNOSEx

The

LED will

now Íor

the error

Screen
Mode

and

buÍÍer

the

control

the SAM with

oÍ

the

Service

Alignment

(SAM)

"blinking

LED"

contains all errors detected

was

SAM with the

the

The

erased.

(actual)

reset in the Íollowing

be

commands

buffer is written Írom

is the error at the

"standby"

"DIAGNOSE

mains

the

switch,

command

procedure

since the

left side

cases:

on the

9 9 OK with

the error

000000: Noerrorcodedetected
3 0 0 0 0

0:

Error

code 3 is the last

and

only detected error

530000: ErrorcodeSfirstanderror

last

code 5

of the

erÍor bufier

equal to

stay

LED:

no

entered,

the value oÍ

off briefly and blink again the

can also be made visible

procedure.

picture.

There

the

the

to the value to the /ast

a// error

codes

in

While in SDM. transmit the

Ol( wherex is the

error

x ranges Írom 1,

(actual)

detected

This is

especially

two

are

methods:

LED will

blink the number

/asÍ error

code.

error code

the error buffer

command:

position

to

buffer

be made visible

(the

error) to 7

number

can be

in the

last

(the

Íirst

error)

operate in the

code

on

same

position

way

x.

as in

point

1,

but

left

Note!

lmportant!

Enor
code

Note
the set respons
lnterruption
lead to incorrect

Not

chassis support

and the DIAGNOSE

versions

procedure

it

that

all software

NOT

are MlZBAx-x.x

EÍor desoiption

may

take up

to a DIAGNOSE

of

the blinking

results.

versions
the blínking

99 command.

supporting

Bfinking

l€D,

to 7 seconds

contmand.

sequence may

of the MDl.2E

procedure

LED

Software

the

blinking LED

and Ml2COx-3.x.

Pgssble

deÍectve-

before

.

,

coÍnpgnents:

No error

0

BIMOS
(ID48366)

2 MSP3400/3410

erÍor

lzc

3

4 Wrong EEPROM 4x
5 EEPROM

defective

b Tuner errol

oÍ

7 TXT

Histogram Proc.

8

eÍror

9

error

10 WSSB module

error

11 Dolby

erÍor

detected

error

bus error

error 7x

processor

16:9

processor

1x

1c7119
(SSP)

2x

1c7353

(ssP)

3x All lzC-related

components

(SSP)

rc7685

5x 1c7685

6x

8x 1c7210

9x 1c7440

10x

11x

(SSP)

(ssP)

u1000

(ssP)

rc7702

(Íeserved)

(16x9

module)

tc7540
(WSSB

module)

rc7600

(Audio

module)

Table

6.1 Error

code

list

Protections,

FaultÍinding

and

Repair

tips

Protections

6.4
In

6.4.1

the MD 1.2E

the

possible:
Protections

o
o
o
.

DeÍlection:
o
o
r

Soítware
o

.

o

Power

6.4.2

The
mode
r
r
o
o

ln hick-up

Pin 1
approximately
protection
hick-up
squeak is

6.4.3 Horizontahprotection
When

the voltage
conducting

is 0V7,
Via
the
switching

is

still

mode)

6.4.4

Ew-protectaon

generated

Overload
Undedoad
Over voltage
Under voltage

Horizontal
EW-Protection
Vertical

BIMOS
Set

there is no

SDA

Set is
restart.
No +SDb
standby via

power

Overload
Under load
Over voltage
Under voltage

the hold-circuitry
protection

protection

Protection

Protection

protection

lC71 19

can be

switched between

picture,

or SCL

switched

or +8Sc

supply

supply will

in

following

the

protection

mode

of 1C7520

2 seconds, immediately

is astivated.

mode.

When the

audible

the beam

across
and as soon

TS7450

will

mode

the set

present,

the set will

again.

deÍective

shorted

to

standby

protections

starts up

every 2

current

C2450 will

conduct, making PROT

of

(standby)

off and

(not

standby via
atgC

go

situations:

Íollowing

the

by

no OSD,

protections

power

--+
+

+

-+

-+

-+

-+

-+

standby

sound is

-+

standby line,

-+

line,

set tries to restart.

to a very

from

This

good

the

start circuit Íor

cycle is constantly

set is in hick-up

seconds.

becomes too

drop. D&50 will

as the voltage

power

the

on

Íor 21"

supply, the, set will stay

and

can only be reset by

via

the mains

switch

to standby

sets)

are

supply:

Hick

up mode
Hick up mode
Hick up mode
Hick

up mode

Supply

to standby

Supply

to standby

BIMOS

standby

(ErroÍ

code 1)

and ON, but

noise.

only

(Error

code 3)

tries

set

is

Set

switched to

audible hick-up

after that the

repeated in

mode

a short

high Íor a long

staÍt

drop across R34S6

high.

switch. lÍ the Íault

(protection

mode

to

period

in

The

EasVWest

the Easvwest

Note:

The current through
the LSP via
In

case oÍ a line
too high
rises.
to

and the voltage

When

conduct and
becomes HIGH.
high
(e.9.

when
switched
conduct

The

a

on with the mains

and EW-PROTECTION

East/West

cases:

1.

Bad contacts

.

bad contacts

r

bad contacts

.

bad contacts oÍ

2.

Bad

contacts

3. Shorted flyback

4.

Shorted S-correction

5. Bad solder
When

EW-protection

transistor

6.4.5

Vertical-protection

7420 may

The vertical
VERTICAL-PROTECïON
when

it is
the
interrupted,
mode.

functioning

BIMOS lC71

the BIMOS

In the BIMOS

oÍf the VDRIVE+

6.4.6

blanked.
line output
switch to

Software

The

It

Circuit breaker

stage will not work

hick-up

protection

software

continuously verifies

supply voltages

When

switch the

pÍotection

the

power
STANDBY line.
a squeaking sound.

protection

power

A cunent

is too high

part

precision

2

problem,

detects when

output

stage

through the

can be

in the line-deflectíon

the

EastArVest

resistors (R3483

the

easvwesÈcurrent

across resistors

the

voltage level

exceeds

STANDBY-SUPPLY

When the voltage

problem

line

ís

already

switch), D6zl81

protection

becomes

oÍ horizontal

deÍlection
of horizontal
oÍ linearity

S-correction

oÍflyback capacrtor

diode D6421

capacttoí C2427.

contacts in

output

has

also be

stage creates

line

the

been active, the line

defective.

pulses

correctly. These

19-4D

pin

on

37. When the

will

switch to BIMOS

STANDBY mode,

and VDRIVE-

'l463

may
and the

(under

mode

protection

pin

on

becomes

supply on

In

this situation

voltage

is

managed
presence

the

34 and the

active, the

and off continuously via

the current

with

TS7480

Easwest

caused by

is too

stage

a defective

circuitrv!

stage is measured

and

R3484).

becomes

R3483

and

0.6V, D6480

PROTECTION

across

C2480

is very

present

when

and D6,f82

is

activated very

active in the

Íast.

Íollowing

circuit:

deflection

corrector

coil

coil L542i

capacitoÍ

C2427

C2425.

D6423.

or

output stage.

output

at every flyback

pulses

are sensed

pulse

STANDBY

the BTMOS

while the

RGB outputs

be open. Probably,

power

supply will

protection).

by the microprocessor.
of the +5

activity oÍ

and

the l2C bus.

soÍtware will

the

power

supply

produces

through

high.

that

on

R3484

stans

the

set is

pulse

by

train is

switches

are
the

+8

the

The

EasVWest

standby

PROTECTION.

the

set will stay in

only

be
switch. lf
standby

protection

via the

signal line

Via

reset

by switching the

the Íault is

(protection

switches the

STANDBY-SUPPLY

the hold-circuitry

protection

the

still

mode)

set

present,

again.

mode

oÍf and on via the mains

the

power

power

of the

(standby)

will

set

supply

suppty,

and can

switch to

to

PCS

82 272GB

Service

-

-

Modes,

protection

l'C
The

l2C
ThereÍore
condition.
repeatedly
and the
l2C-protection

.

SDA

.

SCL

.

SDA
When
and

the

.

SDÁ/SCL

the

LED

RED,

GREEN,
.

SDIy'SCL

LED

GREEN,

+SDb
+SDb

entire

microprocêssor
+SSDb
present.
míssing,

bus

is controlled
every
When

incorrect,

set

switches

is

shorted to

shoÍted

and

SCL shorted

SCL

or

SDA

LED lights

shorted when

mains

switch:

is

8 seconds RED,

8

seconds

flashes

shorted

is

I seconds

Ílashes

and +8Sc
and +8Sc

small

signal

senses whether

+8Sc

or

coming

When

one or

the

set switches

DST,

l2C
the defined

generated

protection

are the

at each l2O-command.

command

error
to software protection.

earth

to

earth

is

shorted,

in

a clearly recognisable

GREEN,

RED,

during
GREEN, flashes

RED,

procêssing

both the

has

start/stop

placed

3 is

in

the Íollowing

the

the

8 seconds

flashes

etcetera.

operation

ercetera,

of

the microprocessor

main

supply voltages

oÍ the

fÍom

the

supply

to soítware

Error

a defined

set tries to restart

set is

set.

the

supply voltages

power

starístop

condítion is

in

the enor buffer

situations:

pattern.

switched

GREEN, flashes

RED, 8 seconds

g

RED,

of the

pin

At

supply

voltages

protection.

messages,

6.5.2

with

ON

seconds

34 the

are

are

Fault Íinding
In

case of a

power

be simpliÍied to a
(low

risk)

Íollows:

as

part

Control

oÍ the

1. Disconnect
function
load
removing

any more and therefore will

oÍ the

jumper

power

in the

problem,

supply

stand alone

power

supply

the

power

(as

SSP

supply) or disconnect

9400 and R3400

LSP.

2.

Connect an external DC
pin

1 1C7520
to supply
big smoothing

3. Connect a oscilloscope

4. Turn

(via

a diode - e.g. BYDSÉID

pin

1 1C7520) and hot

capacitor C2505).

to test

up the

exteÍnal DC supply voltage

DC.

Remark:

The lC

statts at a supply voltage
after that the supply voftage
approx. 9V DC. At approximately

voftage

over
resulting in
DC

turning

a supply voftage

before a new staft-up

up the supply voftage

DC.

supply

power

the

power

supply

a result the line

no longer

(if present)

power

supply

between

(e.9.

earth

point

P4

at

protection

becomes

is

supply

can

at low voltages

will

not

be

the line

a

by

on the

supply

-

with

cathode

earth

oÍ the

g

pin

ICZSZO.

slowly to 17V

14V

of

DC,

can

drop to

18V DC,

adive,

drop

below 7V

performed

above

by

14V

6.5 Fault

Note

that

6.5.1

General
LED

andication

-

No
Set
problem.

-

LED
Set is in
defective.

-

LED
Set in SDM,

Audible

-

Demagnetisation
LSP.

-

EHT
only works
lor 21")

-

Hick-up
shorted.

transistor

finding

Íor

21'

sets, voltages

LED

after

is

switched

continuously

standby,

blinking

transmitting

checks

audible:

in

present.

is

sound

Check

TS7420.

and repair

start-up

OFF,

supply

part

control

error bufÍer.

audible:

supply
case

power

the LOT

mains voltage

is

operational

VOS (+140V

supply

(item

tips

and wave

procedure

problem

forms

or microprocessor

deÍective,

(line

for 25 & 29';

power

audible:

5430)

and the line

is

may differ.

completed

standby mode

present

is

output stage

at

+95V

supply is

output

The

5.
results
part (1C7520

correct

indicate

(measured)

a deÍect in the

peripheral

or

1 1).

Figure

6.2:

SV/div;
+

Energy tÍansÍer
part

is

OK)

6. Apply action 1

7.

Connect a

SuS/div

zlOKHz

pulse

power

oÍ the

2 and 4 as described

,

lamp

of 230V/100W across

capacitor C2569.

8.

Connect a
(connector

8L10) to switch the
Connect the mains connector

9.
at

0.

10.

Connect a voltmeter
between the
(21")

11.

Slowly increase
(in

avoided).

1kQ resistor

7L10)

drain of

and hot earth.

this way

further damage to the

and the STANDBY line

power

mains input

the

situation is

components

power

supply

displayed

supply

pins

at

(only

iÍ

earlier.

the VOS

between the +SSTANDBY

supply to normal

to a VARIAC

across C2569

TS7541

(25

voltage

(connector

and an oscilloscope

& 29)

or

by

power

supply can

in .

Other

control

10

or

control

output

operation.
but leave

TS7540

the

VARIAC

it

be

PCS

82 273

GB

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

l

Protections,

The wave forms Íor

Mains
lOVAC:
2OV AC:
4OV AC:
65V AC:

>
In case
or the voltage will

1. Figure

2. Figure

3.

4. Figure 6.6:

Fault

6.5.3

When the horizontal
simplified to a stand alone'switched
voltages

1. Disconnect

2.

3. Conneot

4. Replace

5.

voltage

in

65V AC:

of a

6.3:
Mains in 10V
10v/div;

6.4:
Mains in 20V AC

20vldiv;

+ zlokHz
+

Figure

6.5:
Mains in 40V

S0V/div;
+

Mains in

S0V/div; SuS/div
+

+

finding oÍ the horizontal

(low

Discoínect the

current

(between

level
pulse

at the base

PCB).

Connect

FaultÍinding

the Íollowing

20kHz and VOS
40kHz

ztOkHz
zlOkHz

Stable situation,

feedback

exceed 140V

AC

1Ous/div

SuS/div

VOS3OV

AC

SuS/div
ulokHz

VOS8OV

65V AC

40kHz
VOS

circuitry itselÍ

risk)

as Íollows:

the

set
SSP

an eldemal

measurement

the HDRIVE

0 and

a oscilloscope

output transisto r 7

Possibilities:

1. Figure

6.7:

point

L3; test

transistor
S0V/div;

at collector

(7420)

lOps/div
Currertt Írom external
approx. 100m4

Obseruation: normal

and VOS
and

VOS

and VOS

problem,

pulse

pulse

pulse

14OV

Írom

mains.

removing

by

50V DC

possibility

by an

5V); duty cycle

oÍ TS7410

to test

42Q\.

line

DC

supply

pulses

l6kHz

mains

voltage

7V5
30V
80V

1,10V

40kHz

so

the

situation

(95V

with

circuitry

is

defective, h

mode

all cables to

(or

40V DC)

across

eliternal LF

(near

LOT

point

L1

output

and 100mA

and

aÍe

given:

Repair

and 140V

will not stabilise

21')

ffiffi

l+-t-t-L.trl-t-1-l-lJ

H*#fll-HrflH

fffiffiHtÏf\ffi

rfiiïftj-tH

n--|-rï-rrn-t

ffiffi

Ht+++-llt+i-t_1
Íïï]ïflï-ïïÏ]
F+#+fl-I-rt-fi

frrï--rm-n

ffiffiF

ffiffiffi

l-t--]----l-ff-1

ffiffi

ffi

n-n*-T-|-Ít

can be

supply"

C2400.

generator

50olo) with a t6

at the side

(collector

low

at

the SSp.

supply with

[fTL

of the

oÍ line

suppty

kHz

current

tips

Correct hóÍizontal
Note

that ihè amplitude

Írequency

2.

Figure
L3; test
transiBtor
S0V/div; lossidiv

Line
Current from e)dernal
appÍoximately

Obseruatlon:

Causes: horizontal

3. Figure
L3;

test
transistor
SoV/diq 1ops/div
Current
approx

Obseruatlon:
Cause: horizontal

When the line
only a number
does not
e)Íernal DC

4.

Figure 6.10:
L3;

test
transietor
1O0V/div;

Current ftom
approximately 150mA

Obseruatlon: flyback
Cause: flybackcapacitor

5. Figure
L3; test
transiÉtor
1OOV/div;

Curretlt from

Obseruatlón:
Cause:

generator.

of the

6.8:
point

at collector line output

(7420)

deflection open'.

small

supply current

linearity
S-conection C2427

6.9:
point

at collector line

(7420)

from

external DG

500m4 !!

fast oscillations

deflection coil shofted)

show the oscillation

supply

point

at collector line outpui

(7420)

1OpS/div

e)dernal DC

between, 150mA

6.11:
point

at clllector line

(7420)

1OrrS/div

external DC supply > 1A

2

from
short-circuit in

(e.9.

circuitry

oÍ the signal strongly

DC supply is

100m4.

pulse

followed

deflection

L5421

coil

supply

and 500mA suppty

deflection

deflection

of windings

is

not completely
are shorted, the wave Íorm

is

approximately

supply

time is shofter,

pulses per

cycle extra and

morethan 1A

picture

EHT

to Aquadag)

depends on the

by wide

coil open

open

open

pulse

and

output

cunent

(e.9.

shorted

and the curront of the

200fnA.

line

shorted but

is

one exta

supply

cunent

pulse

C2425 open

output

suppty current

tube

100mA

in

Service

Modes,

DST,

Error

messages,

6.5.4 Fault

the video

When
that there is
ïDA8366,

For

measuring,
the aeriAl input
oscilloscope
triggered

Normal

1 . First

16, | 7,

are

Figure
Red

CRT

1O0V/div
100us/div

The total

16 TDA8366
The TDA8366
TDA8366

<

> 4.5V :

2.

Secónd

measured

Red, line

measured.

-

-

Figure

Red

R43

(upper

SOV/divAC;

100!s/div

finding

"no

controller

there is

no

problem

a

the RGB

connect a video

with a white

field

with VDRIVE+

start up

phase

oÍ start up; 4 white

1 8)

and the main

better visible ff

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Alignment

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electrical

following

.

Power

.

Warm-up

.

The
to the

.

Test

the
Service
described

@nditions:

adiustments

conditions:

supply

time:

voltages

tuner

earth.

probe:

Ri >

8.1 Adiustments

8.1.1 95V/140V

For 21'7v-seÍs
Connect
With
95V

For

Connect

With the

140V

8.1.2 VG2
Connect

Switch

(see
cathodesÍor
picturè
and 2

pulses
Using

potentiometer)
must

suppty

a voltmeter

the

aid

oÍ R3532

t 0.5V.

sets 21.

a voltmeter

aid oÍ

t 1V.

adiustment

pattem

a

the Tv-set

ohapter

6).
red,

tube

socket).

ms/div.

at

the end

the Vg2

be set

to +1

R35S9

Connect

Measure

potentiometer
the

Service

Default

Atignment

in

chapter

should

be

voltage:

and,oscillograms

on the

-'10

10Me;

Z4OV

minutês

Ci < 2,S

large

! 1O%,50H2

signal

vottage

to the

cathode

adjust

to

the

adlust

generator

to

the

green

and

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the

of

the Írameblanking

measuringpulse

60V I 2V.

power

the

cathode

power

the

displaying

service

default

an oscilloscope

(pins

blue

oscilloscope

DC

level

on

the

MEASURING

(SDM)

Mode

Mode

6.

peíormed

are measured

pF.

(SAM)

r

end

are

under

5%.

in

panel

oÍ

D6567.

suppty

voltage

of D6567.

suppty

voltage

a full black

mode

picture

to the

6,9 en 11

of the

(see

linetransÍormér

with

the highest level

ófthe

to DC,

SOv/div

mèasuring

Íig.

8.1).

PULS

i

the

relation

to

to

picture.

tube

(bottom

8.2 Alignments

8.2.1

40.4 MHz

lF Íilter

reception)

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a signal

pF

5,6

supply a 4O,4
Connect an
the set
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voltage.

8.2.2

AFC
Switch

Using
a frequency
Align

8.2.3

Picture
reception)

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signal via
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on
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minimal

8.2.4 RF-AGC
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(see

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Audio

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coil L51 14 for

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the

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SYSTEM FRANCE.

voltage

signal

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AX

chapter

8) until the

demodulator

reception

a signal

a 5,6

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generator

generator

pF

level

tuner is

on

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generatoÍ (e.9.

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small signal

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MHz

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the installation menu

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service deÍault mode

coil L5030 Íor

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PM5518) supply

picture quality.

optimal

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PM5326)

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select in the installation

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capacitor

pin

generator

5V.

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crossover) in

picture

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PM5326)

pin

to

(2ms/div)

minimal

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pin

17

of the

MANUAL;

maximum

(see

sets with

suppty

17

of the

so that

is

distorted,

the seÍvice

sets with

supply

17 oÍ the

'12

pin

to

amplitude.

panel

SECAM

chapter

tuneÍ.

distorted.

tuner.

of lo70g3

LL'

capacitor

tuner.

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DC

output

8).

a signal on

sEcAM

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align

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LL'

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ls

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295

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8.1

the Íocuspotentiomèter

(top

potentiometer).

on the

8.3 Picture

8.3.1 Whitebalance
Connect a

Set contrast to maximum

tv-sets.

*
and BD to 45.

lf necessary
coÍrect white

-

/

tube

pattern

Use the

keys

to change

change

balance.

alignments

generator

t / I

and select a white

(63)

for 21'or

keys to

select an alignment

the value. Set GD

the settings Íor RD

to 40 Íor

to

50, RD

and

BD Íor

picture.

21'

and the

to 57

a

8.3.2

Geometry
Ml 2COx-3.x

Connect

(signal
.

.
.
.
.

Vertical
VP :

VA:
VL: Veftical

VS :

Horizontal
HD

For
alignments
alignments have
HW

HP :

HC :

HT:

adjustments

and Ml

pattern

a

at 475.25
Switch
Alignment
Select the
Change
A value
Changed

VeÍtical
Set this Íor
Picture
Set

Set
the
Vertical

Set this
the
pacture.

: Horizontal

Set this so that
on the

sets with

:

East-west width

Align

East-west
Set this so
screen
East-west
Set this

coÍners.
Trapeziumcorrection
Set this so
possible.

generator

MHz)

to the

Service DeÍault
Mode.
desired

the selected

between

this Íor the
this

centre

picture

can

0 and

values

are

Shift

the corÍect

height

linearity

so that

oÍ the
S-correction
so that the

equal the

shift.

centre

of the

a screen

be done

no function.

picture

the

parabola

that the

are straight.

comeÍ-correction.

so that

that

alignment

correct

the horizontal

size larger

the vertical

the vertical

(Íor

soÍtware

2BA<-x.x)

and select

Mode,

with the

alignment

63 can

stored

immediately.

vertical

picture

the vertical

tube.

height

of the

height

tube.

than

as well. For

width

with

conection

veÍtical

versions

geometry

a

then

to the

I / I

-

with

the

be selected.

position.

height.

centÍe

oÍ the

squares

in the

bottom

centre

oÍ the

21.,

the

21"

sets these

this.

lines

at the

lines

are

straight in

lines

are as vertical

pattern

Service

keys.

-

keys.

/

picture

in the

oÍ the

picture

following

sides of

is

top

the

the

as

8.4

Options

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N
Y

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N
Y

LL :

Nicam L (options
N

Y

Nl :

Nicam
N

Y

TT :

at

oÍ

is

Telete)d
N
Y

ET : (Eastern

N
Y

14

i 14:9

(options
N

Y

Hl :

Histogram (not
N

Y

M2:

MD1 .1E

(only
N

Y

of Euro/Scart

1 Euro/Scaft

2 Euro/Scart
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UHF tuner
Used in

the

Nicam

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Nicam

and.item

(stereo)

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MSP3400)

2CS
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Teletext
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Eastern

Picture

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No Histogram
NL
Histogram
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with

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MD1 .2E

present

L

sound

and Nicam

(options

present

Europe)

Europe

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N

Y)

or

supported

with

not available

or MD1

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soÍtware version

chassis
chassis

connectors
connêctor
connectors

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(item

United Kingdom

N

or Y)

present

7353

stereo, no

N

or Y)

present

teletext

Europe teletext

supported

software

present

chassis

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1000

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cs 82 297 GB

1 1. List

oÍ abbreviations

AC
AF-AMP
AGC
AM

ATS
AQUADAG
AUD-TERR_AM
AUD1-TERR-AM
AUDIO L
AUDIO R
AUDIO_L
AUDIO-R

B
B-IN
BC_INFO
B-SC-INPUT
B-TXT
(B-Y)

rN

(B-Y)

OUT
BC-INFO
BG DK

STEREO

BG

LINICAM

BG LI

STEREO
BG-ST/NIC
BK
BLANK
BLK
BLKSTR
BLS
BLKSCREEN
BM
B_OSD

Alternating

Audio frequency
Automatic
Amplitude
Automatic Tuning System

Earth Írom the
Audio
Audio
Audio
Audio

Left

Right to DBE module

Blue signal to CRT

Blue signal

Beam curÍent

Blue input
Blue
B-Y

Golour difÍerence

Black current
System
System

The stereo signal

System
Burst
Blanking signal

Black stretch
Black stretch
Black line S
Blank screen, signal
Black matrix
Blue on screen display

Current

amplifier

gain

contÍol

modulation

CRT

(AM)

from the antenna

(AM)

Írom the antenna
left
right

to

module

DBE

panel

input

inÍormation

Írom

Euro connector

Teletext

input

signal

signal

signal out

inÍo Írom CRT
PAL BG DK; stereo sound
PAL BGI; NICAM sound

PAL

Írom

BG stereo

pulse

key

with NICAM sound

from the microcomputer

signal

panel

BGI

or

SECAM

L

C-AFU
C_FILTER
C-FRONT
C-INPUT
CRT

CRT..
cTl
CURR.SENZE
CUT-OFF
CVBS
CVBSff-FRONT
CVBSIí_SC2/FRONT-I
CVBS-COMB/TXT
CVBS-SC1-INPUT
CVBS-SC2
CVBS-SC2-OUT
CVBS-SECAM
CVBS-TERR
CVBS-TERR/SAT
CVBS_ÏXT
CVBS_SAT

D/A
DACA-L

DACA_R
DACAM-L

DACAM-R
DC
DEGAUSS
DEI.AY
DET
DFP
DEMOD

NPUT

Centre signal
Chrominance
Ghrominance
Ghrominance
Cathode
lndicator Íor
Colour tÍansient
Current
Signal
Composite
CVBS
CVBS/luminance

CVBS signal
CVBS signal
CVBS signal
CVBS outgoing
CVBS
CVBS
CVBS
CVBS
CVBS

Digital
Left output signal

(independent
Right
(independent
LeÍt output signal
Right output signal
Direct Current
Degaussing
Luminance
Detector
Digital
Demodulator

to module

filter
signal
Írom Euro connector

Íay tube

difÍerent CRT

improvement

sense to detect

to align the black

Video

Blanking

or luminance

signal
to teletext
Írom Euro connector
Írom Euro connector

signal
signal to SECAM
from the
Signal
to Teletext
signal from satellite

to analogue converter

output signal

antenna

from

fÍom

volume
volume controlled)

Írom DFP to

delay

Processor

Sound

Írom

separate

current

level oÍ the

from

separate

from Euro connector/front

from Euro connector

lC

antenna

DFP

controlled)

from

DFP

Írom DFP to

controls
2

types

RGB

Synchronisation

controls

1

2

Írom satellite

or

tuner

to headphone

to headphone

loudspeaker

loudspeaker

panel

signals

input

2

rE

EAR1
EARTH

EU

EAST
EHT
EHTINFO
EHTINFO1
EW
EW_COMP
EWD

(ground)

1

Earth

(ground)

Earth
East EuroPe

high tension

ElÍra
Voltage related to beam current
Voltage related to beam current

East-west
East-west

comPensation

Easfwest drive

to

CRT

panel

FBL-IN
FBL-OFF
FBL-PRESENT

FILA_CRT

FM
FOLDB
FRAMEDEFL_R
FRONT-DETECT
FRONT-INPUT

G-IN
G_OSD
G_SC-INPUT
G-TXT
G.Y
G-Y MATRIX
GND..

GND-AUDIO
GND_KEYBOARD
GND-LIGHTNING
GND-LINE-SS

GND SOUND

SUPPLY Ground

GND-VO
GNDB
GNDD
G^/

H
HDRIVE
HEATER
HFBL
HPULSE
HIST

Fast blanking in
Fast

blanking off

From

Euro connector,
Euro connector or OSD
Filament
Frequency modulation

Foldback
Frame

Signal to detect

Input ÍÍom

Green signal
Green
Green
Green Teletext signal
Colour difÍerence signal
RGB luminance matíix
Ground
Ground
Ground oÍ

Ground on
Ground

Ground
Ground
Ground
Green

Horizontal
Horizontal drive
Output
Feedback
From deflection
Histogram

for the CRT

deflection

(on
input from

..

Írom
to the audio amplifier
to the deflection

B
D

signal to CRT

voltage

right signal

iÍ on separate controls

separate

screen display) signal

keyboard

mains module

pulse

Írom line

controls

in

Euro

SS-panel

panel

signal

to the tube

deÍlection

module,

if theÍe is a full

detects

or a MENU

panel

connector

Íor line drive

heater

horizontal

Írom

Íront

at

pulse

page

e)dernal source

an

panel

video

oÍ the TV set

side

Íor

OSD

RGB at the

signals are

synchronisation

present

IiBG
IDENT
INICAM

IF
INT/EXT
IRQ
ITT
lac

uo

LED
LF
UL
LINEDEFL_CS
LINEDEFL_LIN
LOT

NC
NICAM
NICAM

L
NO NORDIC
NTSCMiBG

OK

osc

To
ldentiÍication
System

lnteÍmêdiate-ÍÍequency
Internal or external switching
From the Satellite

Type indication Sound module

lnteÍ lC bus
lnpuVOutput

Light emitting diode
Low
To
Connection
Connection
Line output transformer

Not connected
Near Instantaneous
System
Not usêd in set
Switching

Correct
Oscillator

module, selects the audio system

Sound

NICAM/PAL I

or Teletext module, interrupt signal

Írequency

module

BIMOS

L-NICAM

signal

and Sound

geometry

for

geometry

Íor

for NoÍdic countries

coÍrection
correction

Compending

Írom these modules

module, switches between

panels
panels

Audio Multiplex

(digital

the L and L'system

sound system)

PCS

82

297 GB

\--

List

of abbreviations

PAL
P-GND

PHASE

PLL

COMP

POR
PROT

R
RC5
R.IN
(R-Y)rN
R-OSD
R-SC-INPUT
R_TXT
R-Y OUT
RGB

SAND
SANDl
SBUS
SCART_L
SCART-R
SAT
SCL
SCLI
SDA
SDAa
SDAI
SECAM
SECAM L
SELECT

SEP CTRL
SF
SIF
SIF-SAT
SNDL
SNDL_CL-OUTPUT
SNDL-FRONT
SND_HEADP-OUTPUT
SNDL-SC1-INPUT
SNDL-SC1-OUTPUT
sNDL_SC2JFRONT_tNPUT
SNDL_SC2-OUTPUT
SNDL_SPEAKER
SNDR
SNDR-CWL_OUTPUT
SNDR-CL-OUTPUT
SNDR-FRONT
SNDR-HEADP-OUTPUT

SNDR-SC1-INPUT
SNDR-SC1-OUTPUT
SNDR-SC2-OUTPUT
SNDR+-SPEAKER
SNDR-SUBW
SOUND-ENABLE
SOUND-SUP
STANDBY
STATUSl
STATU52
STD..
SVHS
SYNC
SYNC_TXT
SYS
SYS..

1SC

2SC

(colouÍ

Phase Alternating

power ground

Audio

Phase compensation

lock loop

Phase
Power-on reset
Protection

Red

signal to CRT
Remote
Red input signal
Colour difÍerence
Red

Colour difÍerence

Control

(on

screen display)

input Írom

Red
Red

Teletext

Red

Green

castle

Sand

castle signal

Sand
Sound bus

signal

Sound

signal

Sound
Satelllte
l2C Clock

clock

Serial
l2C

dala
To
Serial data
SEquentiel Coleur
System
Selection
Separate
Super

Sound
Sound lF
Sound
Left sound
Left sound
Output
Left sound output
Output signal,
lnput
Output signal sound
Sound
Sound right

Right CWL audio signal
Sound
Sound

Output sound

Input signal, sound

Output

Right sound

Sound R signal

Sound R signal
To the

Supply

To supply

Status

Status

Indicator
Super
Synchronisation
Synchronisation
System

Indicator

One carrier sound
Two carrier sound

other

every

L-SECAM

flat

lF

left,

sound lefi to the

signal

L signal to

right, constant
right from separate controls

signal sound

Audio Amplifier module, switches on and ofÍ

voltage of amplifier

signal Írom Euro connector

signal

VHS

switching signal

Line

panel

signal

(R-Y)

connector

Euro

signal out

Blue

to Scan

Euro

L Írom
R from Euro connector

signal

pulse

module,

pulse

A MemoiÍe

Íor

signal
controls

Írom

module, switches the set in and out oÍ standby

lor

Íor

Euroconnectors or

satellite

to CL output

Írom

signal

signal from the audio module

left to Euro

sound

Írom EuÍo

sound L

L to Euro connector 2

loudspeaker

right to the headphone connector

Íight to Euro connector 1

R to Euro connector 1

to Euro connector 2 output

to loudspeaker
to subwooÍer

from

Euro connector

different standards

signal
signal

difÍeÍent

system)

input signal

signal

module

connectoÍ

serial data

(colour

tuner

Írom

sound

separate

level output to rear cinches

lrom Teletext

systems

controls

headphone connector

connector

connector

Írom Dolby

system)

separate controls

module

panel

1

2 or Íront input

panel

from

input

to control

2 input to control module

sound

module

the amplifier

module

TCLK Teletext clock signal
TDATA Teletext data signal
TUNING
TUN Indicator for

Tuning voltage

diÍÍerent tuners

VDRIVE Vertical drive
VDRIVE+I/D
VOS 140 Volt
VFRAME
VG1_CRT VG'l inputtothe
VG2
VIF Video intermediate Írequency
VDD
VoD
V0D1
VoLOT

VoCONN
VP Video
VPROT PÍotection
VPULSE From
VSS
VSCAVEM Supply
VT Tuning voltage

Y_COMB
Y_FRONT
Y_OUT Luminance signal out
YUV_ON/OFF

UPR
WEST-EU West Europe
21"

EUR

+

(+

or

-)

Veítical
Positive or

input to the

G2
Supply

Voltage used in horizontal output stage
Voltage used in
Vohage to lin€ output transformer
Voltage to Scan module

Ground

(or

Y
Luminance

To Histogram/black

Indicator Íor

21" Europe

Present,

present

Not

positive

drive

(95

Volt Íor

negative

voltage

processor

voltage

deflection module, vertical

voltage

CVBS) signal to TDA8366

signal Írom separate controls

diffeÍent control systems

in diversity tables

in

side

')

21

supply voltage

picturetube

picture

tube

horizontal

Íor

diversity tables

output

SCAVEM

stretch module, switch on & ofÍ

Íor frame

stage

pulse

for

amplifier

OSD synchronisation

panel

12.Spareparts|ist/Stiik|iste/Listedespièces@EE

LARGE

SIGNAL

tAI

Various

4422265 41461
4822265

40421
4822 265 10742
4422264

40207
4422

265

31247

48222653'1245

4822

265

30389

4422 256

92053 Fuse

4422 49262076

482249270871
44224O4314a4

4822

40431488

4822

4O4

31483 Hêat sink
4422

1463^
't501^

1566^
1572L
1

580^

{F
2400

2401
2409 4822'121
2410 4822121 41a57
2411 4822121

2412 442212231175
2423 4422 121

2424

2425^ 4822121
2425^

2426^
2427 4822121
2427
2427^
2433^ 482212612274
2442 4822 124
2450 4822 121 Í0619
2450^ 4822 121
2451 4822
2460 4422 126 11157

2461 482212480791
2462 482212480791
2463
2464 5322 124 4146A
2465 4422 126 1'1157
2466 44221244't334
2470 4422 126 12638
2471 4422 126

24A0 482212440769
2441 4822 126 11'157

2487^ 482212440433
2500^ 4822121 70285
2501
2504 4822 12231175
2505^ 4822'124
2505^
2506^ 4822121 404A7
2507 4a?2124a1029
2508 4a22'121 42007
2511^ 4822'126 11141

2512^ 4822 126 11141
2520
2521 4822 126 1349A
2522
2524
2525 4A2212422263

25?6
2530 4422 124 40769
2531 4a22 121

2533

2534 4a2212233302

2535 4422126 12451

2538 4A22 122

2540^ 4822

2542

2543^ 4822 126 13451

2544^

2550^ 4822 126 10727

2514

2557

2559^ 4822 124 40433
2561
2563
2565
2568^
2569 4A22
2570

252 11194

4822

070

331 52 21 83.1 5(3.1 5A)

4422 252

51't75 1 9398E1

4422 071

52502

4822

252

51 1A6 19398E1

4422124A1257
4822121

42004
43A75

43A75
10507

4422 124

81315
70434

5322121 44345

4822121

4293/.
10506

4422

121

10507

4822 121

1.0563
81141

40518

121 51252

4822 126

11157

13614

4822 121 70141

11772

4822

124 23492

4a22124A1029
4a2212231175

532212't 42386
4822 126 11157

43066

4422 124 41596

33531

126 12426

4822'126 13595

4822 126 13451
5322121 42346

42489

5322121

4145A

4a22124

4822 124 a1139
4822 124

81029

4822 126'12426

124 A1257

4a22 121 51379

PANEL

10P conn.
L10,1'l,15

L19

6P conn­7P conn.124

L25

conn.

3P

128

3P conn.

L38

4P conn.

L01,L02

2P conn.

holder

tÍansistor

Spring

Spting

brackêt

'10%

5"k 25OV

10oh 40ov

5"/. 250V

'lyh

5% 50V
20/" 1OOV

10o/.500V

20% 385V
50% 385V

10% 40oV

20% 25V

1O"/"

2O'h 25V

10%

5olo 63V
10o/o 500V

2OoÁ 1OOV

nF 5%

10ol. 50V

look 1KV
1Oó/o2KV
1O"/" zKV

5% 63V

2oo/o 25V

20% 25V

(21')

bracket

(0,8004)
(2,500)
(2,0A)

400V

25OV

16OV

250V

10o/o

2KV

25OV

63V

500V

40V

500V

l00V

lKV

500V

50V

20olo 16V
2O"h 16v

?OOV

LOT bracket
LOT

19398Ê1

19372(2.54)

47U'F 1O"h 200V
1onF
47nF 5"h 250V
10nF 5%
47nF 5"/" 25OV
1nF 10'l.500V
47OnF

1pF 20%
1 lnF 5% 1.6KV
15nF 5% 1.6KV

27nF
560nF
470nF 5'l. 250V

0.82pF 5%
1500pF

4.7$F zjók 16OV

22OnF

100nF 10"/" 250V

47OnF 5ol"
470pF 10"/. 500V

47O!LF 2O"/" 16V
47OttF 2O"/" 16V
470pF 10ol.
1 000pF 20%
470pF 10o/o 500V
47OpF 2O"/.35V

6.8nF

4.7nF 10% 50V

4.7ytF
470pF 10o/.

47ttF 20"h 25V

47OnF 1O"/.25OV

33nF s% 400V

1nF
1 50pF

220pF

100nF
100[F
100nF'10o/ó

2.2nF 10Y.1KV

2.2nF

1OO1LF
82pF 5% 50V

'lnF
100nF

22Op,F 2Oo/ó 25V
470pF

4.7tLF
1nF 1% 400V

24tF 2O"/" sOV

1

820pF

2.2nF 10Y" sOV

330pF 10o/" 1KV

220pF

2.2nF

2.2nF

3.3nF 20'lo 400V
100nF
33nF 5% 2s0V

47pF
4700pF
22OOqF

10OpF
330pF 10% 1KV

47pF l9ok
82nF 5'l. 63V

2572 482212231175

2573 482212441663
2575 442212613646

2580 4822 124 40723
2581 4822 12231175
2542 4822124A1029
2592 4422121 43526
2593
2602 4a22 126 10334
2603
2604 482212233302
2605
2606 482212233302

2607 482212233302
2608 4822'12233302
2605^ 4822 124 40433
2750
2751 4822 124 40756
2751^ 482212441575
2752 482212440769
2752^
2755 482212441663
27s6 482212422263

2760 4822 12231175 1nF 10olo
2763^
2764 442212441596 24rF 2O"/"5OV
2765
2766 4822 12440215 1000pF 20'l.35V
2776 4822 12231175 1nF 10%
2778 4822126 11157 470oF
2778 4822 126't'15O1 1.5nF 10%
2787 4422121 41856 22nF

278a
2789

2789

121 423A6

5322
4A22

126 13499

4A2212233302

482212422263

4822 124

4822

124 41579 10FF 20"/. 50V

4822124AO215

4822121 41a56
4822 124 40756 1pF 20% 100V

4822124 40769 4.7tF

lnF

220Ot!F 20"A35V

120P 5% 50V

2200pF 20"/. 16V

1nF 10'l.500V
1O0t F

47nF

100nF 5"/" 63V

470pF

22OpF 5"k sOV
1nF
1nF 5% 50V
1nF

1 nF
1 nF 5'l. 50V
47ttF 2O"/" 25V
22OttF 2O"/" 25V
1pF

.loFF

4.7ytF

41579

Z2OOytF 2O"h 35Y
22OpF 2O"/"25V

10% 500V

25V

2O"/"

5o/o 25OV

10olo 50V
5% 50V
5% 50V
5% 50V

100V

20%

20"/. sOV

1OOY

2O"/"

'lopF

20% 50V

500V

1000rF20%35V

500V

'10%

500V

500V

5"/"25OV

22nF 5"/"250V

1O0V

2o"/ó

{::}

^

4822

3401
3402^ 4822 052'11229 22c) 5"/" 0.5W
341 1 4822
3414
3415
3415
3/'17
3420 442205321644 680k
3421
3421

3430^
3431 4822 11652243 1k55%0.5W
3432 4422 1'1652243 1k55%0.5W
3433
3434
3434 4822
3435
3435
3443^
3450 482211652304 82ks"/.0.5W

3450
3451
3452
3454 4822
3455 4822
3456 4822

3/57
3/61^
3r';6't
3462^

3r''64^
3465
3466
3466
3467
3467
3470
3472^ 4822 0521022A 202 5% 0.33W
3480
3480

3481
3442 4822

3482 48221'1652304 82k s% 0,5W
3483^
3484^
3487

3500.
3502^
3503
3505

3506^
3509
3510
3511

3512

3518 4822

052 11229 22r) 5"/" O.sW
116

'116

4822
4822117 12517
4822117 12618 2k2sè/ó5W
4822 11652195 47c,5%0.5W

48221'1652283 4k7
4822 1 16 83864 1

4822 052 11471 470A 5ó/" O.sW

4822 116
4822 116

11643482

4822 116 52297

116

4822

4822 052 10688

4822 116
4822

116 83882 39k 5"/.0.5W

4822'116 43882

116
116

1 16
4822 116
4822 052 10224 202 5% 0.33W

^

4822

052

4822052 10224 2c)2 5%0.33W
4822 052 1 1568 5c)6 5./" 0.5W

4822 116 41682
4822 116
4822 116 8'1783 lM 5 5% 0.5W

482211652235 1M
44221'1652294 680k5%0.5W
4822 116 52274 390k 5./" 0.5W

4A22 1'16 5223r' 100k5%0.5W
4422 116 52304 82k 5% 0.5W

4822050 11002 1k 10l.0.4W

11652234

4822 05024708 4f,,7

4822

050 24708 4c)7 1% 0.6W

442211652219 330cr5%0.5W
4822 1'16 21224

4822 052

11'l

4422

117 12074

4422

4822 117
4822 116

4422 116
4822050 11002
4822 116 52243 1k5

4k7

52283
52176

5228r'.
52297 68k5"/. 0.5W

83882 39k 5% 0.5W

83882 39k 5%

83864 tok 5% 0.5W

52272 330k 5% 0.5W
83961 6k8 50/"
52244

1 1 1

5229A 680k 5% 0.5W

'10338
20403 470r)100/.

'12027
52'186 22()

52243 4k7

116 s2195

50lo 0.5W

10Q

5k65%5W

50h0.5W

0k 5"/" O.5W

47k50/oOsW
39k5%0.5W

68k 5% 0.5W
6c)8 5% 0.33W

39k 5%

15k

50/o 0.5W

58 1c,5 5% 0.5W

2M2

5./.0.5W

l00k 5"/"0.5W

1MA/387V

3c,3 5% 0.33W
7W 1í)5 10%

180-3kO 25%

1k 1"/. O.4W
47O 5% 0.5W

5./"

5%

s"/"OsW

1%0.6W

5%

5%
50/o 0.5W

0.5W

0.5W

o.sw

0.5W

0.5W

0.5W

VDFI

3519 4422'116 52256

4822053 12.183 18k 5./. 3W

3520

4422 116 52304 82k 5% 0.5W

3521

4A22 116 52219 330c! 5./" 0.5W

3522

4822 116 52244

3523

4822

3524^
3525 4822 116 52252
3526 4822
3527
3528
3529
3530
3s31 4422 116 52303
3532

3s33 4822 116 52234
3534
3535
3536 4422
3537 4822 116 83864
3538 4822 050
3539
3540^
3540
354't^

3542
3543 4422 117 12621

3544 48221't712076
3545^

3553 4822 050 11002

3554
3555 4822 050 21604
3556 4822 116 52175
3557
3558

3559 4822 101 l'1186
3560

3561
3568 4A22 116 52234
3568
3570 4822 1't6 52213
3573
3579 4A2211680176
3588^
3589 4a22 116 5223s

3590
3591 4A2211683872
3592
3593
3594 4822 1 16 83864
3595
3596 4A22050
3s97

3598

3601 4822't1681039

360'1
3601
3602 4A22't1681039
3602
3602 5322'11653564
3603
3603
3603 5322 1't6
3604
3605 4822 116 52186

3606 4822050
3607
3608
3609 4822
3610 4A22 1't6 52249

3611
3612
3613 4822
3614 4a22 116 52243
361s

3616
3617 4a22 116 83474
36'18
3619
3620
3621
3623 4822

3624
3752^
3753^

3754 4822

37s6 482211652269

3757
3758 4A22 116 52257

PTC

3759
3760
3760 4a2211652249
3761 4422 116 52256 2vC. 5"/"O.sW
3761
3762

052'10109

116 52175
4822 1'16 52144
4822 116

83464
4422'116 52207
482205022403

4822 101 11191

4A22 116 52297
4822 116 83864

116

52257

1 1 002
4822 116 83864
482211643027
4A22 117 11716
4822052 10102

4822 117 12621

4822

10159

052

4822 116

52175

4A22 116 52234
4422

116 52263

4822't16

52256

4822 116 83864
4A22 1't6 s2297 68k 5%
482205312108

11338

4822

052

4822 1't652284 47k5"/"O.sW

482211683864 10k5%0.5W

482205011002

4822 116 52303 8k2 5% 0.5W

11002
4A22't16 83864
4822't'1652234

4822 116 8'1 154 202 5% 0.5W
4a2211681155 3cr95%0.5W

4822 116 A1154

482211681154 2cl25%0.5W
482211681155

53564 3c,3 5%
4A22 1't6

80'176

11002 1k1'/.0.4W

4822 116 52226 560r)

11002 1k

4a22050

1'16 A16a2 2M25"/"

4822 116 52249
4822't16 52283

116 83864 l0k 5% 0.5W

4a22

116 52276
4822 116 522A4
4a22 11683872 220í25"/"0.5W

482211683872
4a2211652175'100c25%0.5W
4822 116 80176

116 52234
4A22 116 52256

10828 8cr2 5"/.0.33W

4822052
4A22052 10428

116 52256 2k25"/.O.sW
4A22 11652279
4A22 116 52291 56k 5%

4A2205011002 1k1%0.4W

4422'11652269 3k35%0.5W

482211652206 120c)5%0.5W

2k2

O.sW

5"/"

15k 5% 0.5W
1ocl

5"/.0.33W

180k

0.5W

5%
100í) 5% 0.5w
27A 5"/" osw
10k 5./. 0.5w
1k2 5% 0.5W
24k 1"/" O.6W
8k2 5% 0.5W

't0k

30% 0.1w

12k 5% 0.5W

68k 5% 0.5W

10k 5% 0.5w

O.sW

22k5ê/"

'lok

5./" 0.5w
1k'l% 0.4w
10k 5./.0.5w

oa22

3W

5"k

oo27 5"/.3W

1k 5./" 0.33W

330c) 5% 5W

5% 5W

3300
5W 22k5"h

15c, 5% 0.33W
1k 1% 0.4W
100cr 5"/" 0.5w

'160k

1% 0.6w

100c! 5% 0_5w

0.5w

100k 5%
2k7 5"/" O.sW

470cl 30./.0.1w
Pot
2k2 5"/. O.sW
10k

0.5W

5%

100k 5% 0.5W

0.5W

1800 5'l" 0.5W

1í)5%3W
1cl5%0.5W

0.5W

3c,3 5%

lM 5% 0.5W

220c)5%0.5W

1k1%0.4W
10k 5'l. 0.5W

'lk

10lo 0.4W
10k 5% 0.5W
100ks%0.5W
1cr85%0.5W

lO85%0.5W
2{r2 5"/" O.sW
3cr35%0.5W

3c!95%0.5W

O.5W
1c! 5"/. 0.5W
220 50/o 0.5W

5% 0.5W

1"/.0.4W

O.sW
1k8 5'l" 0.5W
1k8 5% 0.5W

4k75%0.5W

1k5 5% 0.5W

3k9 5% 0.5W

47k

50/o OsW

220k 5"/" O.sW
22005'/"0.5W
1c)

5'l.0.5W

100k

50lo 0.5W

2k25"/"O.sW
8O2

5%0.33W

3k35%0.5W
4k35700.5W
22k5"/"O.5W

0.5W

1k850/"0.5W

3762

4422
3763
3764
3765
3766
3767

5400
5401 4A22 157 71403
5410^
5421^ 4822 157

Pot.

5421^ 4822 157
5424^ 4822 157
5430^ 4822 140 10595
5430^ 4822 140
s463 4822
5463

5480^ 4822
5503^ 4822
5525 4a22 157 70826
5542 48?2157 70926
5544 4A22157
5545
5550^ 4822 146 10366
5550^
5567 4422 157 70426

5572 4422'157 10452

5572
5750 4422 157
5751

-)l-

6423^ 4822 13041275 BY22A/20

6424^ 482? 13041602 BYW95C/20

642s 4822 130

6426

6441 4822 130 42488 BYD330

6450 4A22

6457^ 4822 13030621 1N4148

6460 4822 130 42488 BYD33D

6462 4822 130 70055 BYV27-400

6463 4A22't30

6480^

6481^ 4822

64A2

6501 442213034241 BZX79-C15

6503 482213034281 BZX79-C15

6507

6508

6509 4822

6510^ 4822
6511^

6512^
6513^ 4822
6524^
6525 4822

6530.
6542
6545 4822 130
6560
6561
6s62 4822 130 42488 BYD33D

6567 4822 130
6567
6571^
6572
6580 4a22 130
6590 4822 130 42606
659't.
6592
6600^ 4822 130 30621
6601^ 4822

6763^
6764 4A22 130 34281

116 52243

4422

1 16

52257 22k

4822 116

52303

4422

116

522A3 4k7

4422'116

52239 120k

4822 116

52256

4822 1s7 71401
482214240351

63079

10992

53069

10584

156 2091s

4422

157 52392

10728

158
'142

40315

70A26

4422

157 70426

4822 146

31469

4A22 157 71466

10452

4822 157 104s2

42488

4a22 130 42488

130

34281 BZX79-C15

70055

4822 13030621 1N4148

13030621

4A22 130 34258

4822 130 42488
4822 130 42606 BYD33J

130

80655 BZX79-F2V4

13031933

4822 13031933 1N5061
4822 13031933 1N5061

13031933 1N5061

4822 13031631 BYV10-20

130

42488 BYD33D

4822 130

30621

4822'130 42606 BYD33J

41487

4A2213034174 BZX79-C4V7

4822 130 42488

70055
4822 13081123 BY229F-800
4822

13031982 BYV27-100

4A22 130 80791 BYV28-200/20

42498 BYD33D
4822 13030621

4A22130a3704 BZX79-F13

13030621 1N4148

4a22 13030621 1N4148

@f,;

4A22 130 42155

7410
7420^ 4822 130
7421^ 4822 130 10779
7450^ 4822 130
74aO 4A2213063726
7507 4A2213020296
7520^ 4822

7540 4A2213063747
7541 4822 130 63698
7s55 4a2220941397

7556^ 4822 130 10025
7560 4A2220972042
7561^
7569 4A22

63271
44197

209

90025

482213044197

209

90241

4k7 5% 0.5W

0.5W

5./.

8k2 5./.0.5W

0.5W

5"/"

O.sW

50lo

2k2 s7" O.sW

27VH

1spH
Line

drive transÍ.

(21')

LC

coil

(otheo

LC

coil

Balance

coil
ELDOR
CML16P

10%
10%

9

CLP

(21")

11[H

LOT
LOT
3q1H
27StH

Bridge coil.
Mains filter

2.4ttB

2.4yt{

2.4pH

2.4tÈ
Transf. CE425V
transf.10290250

2.4pP.
10[H 10%

2.21tH 20h
1opH
1opH

BYD33D
BYO33D

BYV27-400

1N4148

BZX79-C56

BYD33D

'1N5061

1N4148
BYVgsC
BYD33D

BYV27-400

aYD33J

1N4148
1N4148

BZX79-C15

BF81
BU25O8AF
BU15O6DX
BC558B
MTP3O55EFI
8T137-600D
MC44603P
STP4NA60FI
STHSNA6OFI
TL431

CNX82A
MCTSLOsACP

BC558B
L78MXX

T

20980817

4822

7580^
7590
7591^
7592
7s93
7600

7601
7602^
7603
7604
7605^

7606
7760
7761
7763 4822

SMALL

130 20293 P0102BA

4822

13044197

4822

130

4822

130 40937

4822

130 42446

4a22

482213060775 2SD1266P

13041344

4822

'130

4822

130 44568

4822

13044197

4822

130 44568

4822

130

4822

4822209 32641 TDA2616QiN1

130 40937

SIGNAL PANEL

40937

44s68

40937

MC7800
BC558B

BC548B
BC548B
8D536

8C337-40
BC557B
BC557B
BC558B
BC557B

BC548B
BC548B

tBI

Various

4822 265 41461 10P

41451

4822265
442226531246
4822267 31987 Pr.conn.

4O4

4822

314a7 Eracket

4O4

4422

31527 Bracket
1000 4a2221O
1000

1031
1032 482224240303

1032 4422242415'19 0FWK9260M
1032 482224281854 0FWG9353M
110O^ 4822 071 51001 Fuse
1116
1116

1117 4a22242'tO692 Xtal 4,433619
1122

11.22 482224272211 Filt. TPS 5.5MHz
1651

'1700

10691

482221O10731 Tuner

4422.24242062 0FWL9454

4822242aO295
4a22242A1436

4a22 15330025

4A22242A1946
4822242a1962

-{t-

4822 12233797 47nF 2O"/. SOV

2OO4
2OO8^ 4822 124 40196 220tLF

2008 4822 124 81029
2OO9^ 4822 124 4'1579

2032

4A22'124 40756

2033^

5322 126'10223

2034^

5322 126 10223
2036^ 5322 126 10223
2037^ 4822 12441579 10pF20%50V
2037

4822 124

80791

2101^

532212610223
2102 s322 126 12415
2103 4822 126 13161

2104^

5322 126 10223

2105^

s322 126 10223

2106 4a22
2108^
2109
2111
2112

2't't3
2115
2116
2117
2119 4A22'126 13473
2122
2124
2125^
2126
2127^

212A

2129
2132

2133

2136^

125 50062
532212610223
4822 124 40756
4822 126 13159
4822

126

5322 12233537

4822

126 13473
4a22 126 13473
4822'126 13473

4822 126 13869
4822 124a1O29
4822 122 33177
4822't24 40756
4822 124 41579

4A22 126
4822 126't3161
4a22 126 13161

4822 126 1316'1

122

5322

s10,s1'1,s15
9P conn.
6P conn. S41

Tuner

(UHF

38.9MHz
0FWG9251M

38.9MHz
(BGDt(BG)

38.9MHz

38.9MHz
1

9372(í00m4)

0FWG3962M

38.9MHz
0FWK3953M

38.gMHz
NIHz

Filt. TPS
(BGr)

(othe0
Xtal SMHZ
Xtal 13.875MH2

(BGLr)
100pF 20%

(other)
10frF 20% 5oV

1pF20o/o 100V

4.7nF'looh

4.7nF

4.7nF 10%
47Op,F

4.7nF
18oF 5"/" sov
100nF 10%

4.7nF

4.7nF

1.4-100F 250V

4.7nF 10%63V
1pF 20% loov
180pF 5%

13162 56pF

1.2pF 5ol.63V
22OnF 2o"ksOV
22OnF
22OnF 2Oo/ó
22OnF 20óÁ

470nF 2Oo/"
IOOIF 20Á25V
10nF 20%
1pF 20olo 1o0V
10pF 20%

100nF 10o/o

13161

100nF 10%
100nF 10%
100nF l0ól"
lnF 10%

34123

conn

S33,S44

5100
SSP
Nicam

UV916S
U944S

only)

(BGLI)

(l)
(BGLI)

(BG)
(othe4

6MHz

2Oo/" 16V

1jo/o

2O/"

10o/o63V

10o/o 63V
looa

5%

2OoÁsOV

50V

50v

63V
63V

63V

63V

50V

50V

50V

126 10002 100nF 2oolo

4822

2137^

4822 12233177

2138^

482212233177

2139^
2140^ 532212234123
214't

2142
2143
2144^
2145^ 5322'122 34123
2154
2156 4822 126
2157
2158^
2160 4A22126
2161

2161

2162^
2162
2167

2169^
2170^ 5322
2'171^ 4822 122 33177
2172
2173 4A22
2175^ 5322 12234123 1nF 10'l" 50V

2176^ 532212234123

L

2177

2178 4A22 126'13161 100nF
2179^

2180 4A22126 13/.82

21a1
21a2
2196 5322
2600^ 4822
2601

2606^
2607^ 4822 12233177 10nF
2650 5322
2651 5322
2652 5322
2653 5322 122 32448
2655^ 5322
2659 4a22
2665L 4822 126 10002

2685^

27OO^
2702
2703^ 532212232654

2704 5322
2705 4A2212232139't2pF
2707
2708^ 4822
2709^ 4822 12233177
2710 5322
2711^ 4822 126

2712^ 5322 122 32654
2715^ 4822 124

2716L 4822

25V

2800
2801 4A22
2805 4A22 124

2812

2813 4A22 126

2817
2830^ 4822 124

16V

2835 4822 12231175
2836 4A2212231175
2837^
2840

25V

2841 4822 122 31175
2847 4A22 124 41596
2855 4a22
2856 4822 124
2857
2858 4822

2860
2a75 5322
2a7a 4a22

2a79 4a22 126 13473

sOV
sOV

G

16V

3003
3007
301 1 4a22 051 20101
3012
3014

25V

3030 4822051 20223 22k5%O.1W

25V

3031^

25v

3032^

25V

3033^

126 13161

4A22

13161 100nF 10o/o

4822126

126 13161 100nF 10olo

4822
5322 12234123

4822 124 41246

13161 100nF 10o/o
482212613161
4822124 40433 47VF 20%

13689 18pF

4822 126 13'161 100nF

4822126 13482 47OnF2oo/o
5322 126 10223
5322 126 10465 3.9nF 10%
4a22

124 81029

4822 122 33'177 lonF 20% 50V

126 10223 4.7nF 10o/ó

532212232531 100pF 5% 50V

124 40756 lrrF

4A22 121 70661 100N 50/o 63V
4822 124 40433 47ttF 2O"/"25V
4A22 126 13482 47onF 2o7" 16V

4A22 126 13161

122

32444

124 41579 10[F 20"/"50V

4822 126 13161 100nF 10% 25V
4822 12233177 10nF 20'l" 50V

122

31946

122

31946

122

32448

12234123 1nF

12440756 lpF20%
4822 12233177 10nF 20ólo 50V
4822 12233177

126 10794 22OpF

5322

122 32481 15pF 5'l.50V
12610794

5322

126 10002
12232452

10002 100nF 20% 25V

41579 10pF

124

41579

4A22 122 31 175

122

31175

4'1596 22pF 2O"/" sov

4822 126 13597 330pF

13597 330pF

4822 126 13597

41579

482? 126 10002
4822 122 31175

12613597

41s96 22lrF

4822 126 13597 330pF

124 41s96 22pF

13161 100nF

4822 126

121 423A6
126 13473 22OnF

4A2205't 20101

'10833

4822 117
4822051 20122

4822051 20223 22k5"/"O.1W
4A22051 20472

4822051 20472
4822

20472

051

10nF
10nF 20%
1nF 10o/o
100nF'10o/o

1nF10%50V
lnF 10ólo

47rF

100nF10%25V

(PAL)

íPlSec.)

4.7nF
(P/Sec.)

íPAL)

100[F 20%

10nF

1nF

47OrF 2O/" 16V
'100nF

10pF 5'l" 50V

27oF 5Y. 63V
27pF 5'l. 63V

'l0pF
10pF 5'l" 50V

100nF 20% 25V

10nF
22nF

22OpF 5"k 63V
100nF
10nF 20% 50V
47PF

22nF 1O"/" 63V

25V

20%

50V
50V

50V

25V
25V

25V

50V

2Oo/" 16V

2sV

25V

1olo 63V

'10%

25V

16V

10%

63V
63V

25V

63V

20% 50V

100V

20'l.

10o/.50V

10% 25V

10'l.25V

20%

50V

5'lo 50V

10'l.

50V

100V

20'l.50V

5"/" 63V

10%63V
2"/" 63V

20% 25V

5o/o63V

20'l.50V
1opF 20% 50V
1nF 10'l.500V
1nF 10%

500V

10'/.500V
10'/" 500V
10%

330pF
10pF 20% 50V

1nF 10'l.500V
1nF10%500V
100nF
1nF 10'/.500V

lnF 10% 500V
22tF 20/" sOV
330pF 10'l" 500V

100nF s'l" 63V

22OnF 2O"/" sOV

1000

10k 1%

1 00c) 5'l" 0.1 W

1k25%0.1W

4k7

4k7

4k7

20%

2O/"

sOV

10'l" 500V

20'l.

50V

10%

2O"/"

0.1W

5%

0.1W

5'l" 0.1W

O.1W

5'l"
504 O.1W

500V

25v

25V

sov

4822051

3034

3035
3036 4822 051 20223
3037
3038
3039 4422051 20223
3040^
3100 4422051 20682
3103
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3105 482211652245

3106 4822051
3107 4822 116
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3142
3143 4822051 20221 220cr5% 0.1W
3144 4422051 20829 82c,5%0.1W
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3162^

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3173 4822051 20272 2k7 s"/"O.'tW
3174 4422 117 10433 10k 1% 0.1W
3175
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3178 4822
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3181 4822 116
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52291 56k 5%

10433 10k 1% 0.1W

20153 15k 5% 0.1W

10102

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2376

5322 122

2377

4822

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5322 126

2379

5322 126

2380

5322

2381

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2382^

5322 122

2383^

5322 122 34123 1 nF 1

2344

4422 121

2385

4822

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5322 1223/.123 1nF l0%50V

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2388^

532212234123

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2393

5322 122

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5322 12232268

2403

532212232268

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2405

5322 122

2408^

4422 126

2413

4822 124

2415

4822 124
4822 124

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4822

2425
2427

4422 124
4422 124

2432
243Á'

5322 126 10511

2437

5322 126

pièces

8.1124

BZV86-2VO

í30

41773
13041982
130

1g
130
13041982
130
130
13041982
130

212 10918
265
265 31245
265 10419

126
126 13473
126
124 41579

124
124
124 41579

124 4'1579
124 4'1579

124 41579
121

121 51252 470nF
126'13805

126 13805

122 3/,099 4700F

121 51252 470nF

12233172
126 1@O2
126 1Om,2

121

124 415StG

8F869
BC84aB

41646

8F423

11782

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41773

8F869
BC848S

41646

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41782

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41773

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4Í646

BF/í23
B,F422

BC84aB

[D1]

10917

Audio

Nicam

Audio

31247

3P

conn. t2B

4P

conn. t44

l2p

conn. t46

19p

conn. t47

18.432Mh2

19473

22OnF

13473

22OnF
22O^F

13473

22OnF

|qrF
41579 10pF
41579

10lrF
41579 10pF
41579

10uF
41579 10pF
41579 10pF

lOpF

10pF

10rF

4'1575 10uF

|0rF

40769 4.7ttF
41579 10FF
40255

loopF
10rF

41579

lolrF 20%

470nF

51252

68nF l0 16V

10223 1.7nF 1Oo/.

22opF s%
34099 470pF
32531 loopF

68nF 10 16V

4.7nF

10223
10794 22OpF

3/.123 1 nF 100/"
51252 470nF

1nF 10%
1nF 10"/"

34123 1nF 10olo 50V

lnF 10%
32286 3.3pF s"/. sov
32286 3.3pF
10nÉ,2 100nF
3/123 1nF l0%

390DF 5./. 50V

33172

390pF 5ol. 50V

loonF 20"/.
32452 47oF

10OnF

470pF
470oF l0ólo sov

51252 470nF

32658

22oF 5"/" sOV

10n}02

10OnF

41596

22rLF 2O"/"sOV

4156€6

22lrF 2O"A

4158r'.

10OuF
22rF

415%

22sF 2O"/"

41584

10OpF 20%
lnF

10511 1nF

5% 50V
5% 50V

Mod. non­Mod. Nicam

2,o/o

sOV

20o/o SOV

20o/o

sOV

2O./" sOV
2oolo 50V
20ol. 50V
20"/. 50V
20%

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5olo 63V
5% 63V

63V

63V

í0olo 63V
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10%

63V

5./" 63V
100/o 63V
5olo 50V

50V

0olo sOV

5./o 63V
5% 63V

50V
5OV

50V

5% 50V

20% 25V

50V

25V

5/" 63V

20% 25V

10%

50V
5% 63V
20olo 25V

50V

20olo 10V

2Oo/. sOV

SOY

10V

5322

243€
2148
2449
2450 53?212251946
2452^ 5322
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3360
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3362
3363
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3365
3366
3367
3368
3369
3370
3371
3372
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3374
3375
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3377
3378
3379
3380
3381
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3383^
3384
3385
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3388
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3390
3391
3391
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34t3
3414
3415
3416
3420
3421
3422
3425
3/.26
3427
3428
3430
3431
3432
3433

5350 4822157
5351^ 4822
5352 4822
5353 4822

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7352
7353

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73€,2^
73A3^
73{J7^
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7431
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20983163

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209 90562 MSP340G-TCI5

5322 13041982

5922 13041982

5322 13041982

5322

13041982
5322 13041982
5372 13O41982

5322 130

41983 BC858B

5322

13041982 BC848B

5322

13041982

5322 130

41983 8C8588

5922 13041982

lnF

5% SOV

rnF

5% 50V

1nF

5% sov

2ZoF

S"/"69V

4.7nF 10"/" 63V

4.7nF.too/. 6gV

4.7nF

10"/.63V

4.TnF

1O"/"

33oe

o.1w

5olo

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57" O.1W

470í)

O.1W

50/o

{7k

5% O.lW

47R

O.sW

57r

4k7

5/" O.sW

47k

5% O.1W

Ae.

f/o o.1W

4k7

50lo O.1W

47k

S/" O.1W

3Í!k

5% o.1w

47k

50/o o.rw

3300

5% O.lW

1k2

5./o O.tW

170rJ

5./c O.1W

47k

5"/" 0.1W

47k

50l. 0.5W

4k7

50/o 0.5W

47k

5"/" O.1W

Ae.

f/. O.1W

4k7

5ó/o OjW

47k

50lo 0.1W

33k

5% O.lW

47k

50/o o.tw

100c)

5%

0.5W

100c)

5%

0.5W

3k3 50/o

o.tw

3k3

5% 0.1W

47k

50/o 0.1W

330k

50l.0.1w

330k

50lo 0.1W

3k3

5% 0.1W
330k 5% O. tW
3k3

5"/o 0.1W
330k

5%

0.5W

56k 5"/.0.1W

8k2

50/o 0.tW

0O

0umpeÍ)

10lo

0.1W

8k2

5% 0.1W

47k 5%

0.1W

1R

20/. O.25W

56k s%

0.1W

68k

50/o 0.1W

68c) 5%

0.5W

10k

l%

o.1W

8k2

5% 0.1W

5./.0.1W

1k

2"/" o.25W

56k

5"/. 0.1w

68k s%

0.1W

68í)

5%

0.5W

3300 5%

0.1W

tOuH

1N4148

LME33N

HEF4o53BP
(Nicam)

(non-Nicam)
BC84aB
BC848B
BC848B
BC848B
BC848B
BCAZISB

BC848B
BC848B

6gV

PCS

41

946

NrcAM

Vrrioug

1000 182221261196

L MODULE

1822 212 10919

{F

126

5322

2000^

4822 16 13161

2001

4822126

2002

1An.16

2003

4822121 40763

2006

4822124

2008
2009

4€,22

124

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3000

4422 051

3002

4422 051

3003

18220,51

5001 4822 157

gË1

7001

4822209

7002^

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Various

{F
2279^

2280
228'l
2282
22a3
2244
2285^
2286
22AA
2289
2291

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3276
3277
3278^

3280
3281
3242
3283
3284
3285
3288^

3289
3290
3291
3292^
3293
3294
3295
3296
3297
3298

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6270

6279

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7276^
7277
7280
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7283

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130 80655 BZX79-F2V4

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5322 130 41982

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5322 13o.t1983

442220930711

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5322 130 41983

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[D2]

Nkxm

L Modulê

oFwK3953M

38.9MHz

1.7^F

1070

100nF

10./o

22OnF

2e/" SOV

100nF

100/o 25V

2.2pF

10O V

2.2rF

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2.2uF

l0O V

5k6

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0.1W

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coil

TOA98|1^/3

BC848B

[Fl

CTUBISIÍ.

Module

12P F-pin

conn.

471tF

20h

25Y

22OpF

5"h

fiV

220pF

5olo 50V

33pF

20%

sOV

47OpF

2e/6 16V

10OpF

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22nF 1Oê/.63V
1pF

10"/o

63V

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50V

330pF

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330nF

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63V

2k7 5"/"

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470fi

5% 0.1W

3k3 5%

0.1W
zlala/oo.'tw
8k2 5êlo

0.1W

't2k

10lo

0.1w
330k

5%

0.1w

Í8k

5%

0.1W
2700

50/o

0.1w

1k2./o

O.25W

39ír

50/. o.33w

270c)

5% 0.1w

1k2

5% o.tw

270f)

5ól" 0.1w

68r) 50lo

0.3(tW

390í1

5"/.

0.1w

4700

5% 0.1W
1k5 10l.0.1W
1k 2"/,0.2sw
12k

1"/.0.1W

33k 50lo

0. lw

BC848B

BC858B
CX20125

BC858B

NS PANEL

Vrrlous

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2012

2013

63V

2018 4422 121

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3010

301t 4822 11680176
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5010 4822
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MAINS

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2601

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3601
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4A2211652289
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157

11017
4A22

157

71033

40944

62552

130

3163.t

4822

130 63441
130

63441 FET

Control

PANEL

44?2

212 10975

4422

276

13592

4822

265

303{t9

4622

267 51348

4822

265

31246
442226510,4.23
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482226531245

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5olo2S0V

62nF

27"63V

10nF

5% 250V

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5./o 0.5W-

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100í1

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100cr5%0.5w

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10%

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con.

coil

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translormèr

2.21tH

BYVl0-20

FET

J108
J108

&

Side tO
[U

MainVRCSAED
panel
Mains

switch
2P conn.
2P

cmn. K09
6P conn,
3P

connetor K45

lR

Rec. TFMS5360

10OBF

2oolo t6V

z?OtF 20./. t6V

4M7

5% O.sW
5%

O.5W

100f,)

5% o.sw

100ít

50lo o.sw

18oO

5%
1oOO5%0.5W
1000

5%

BZX79-C4V7
TLUV5320
LED

panel

Sóe tO
O.smm headphme

lO connections

9P conn. H33
,tp

conn. H,í4

o.sw

vert. Kl2
K41A

O.sW
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2E00 4a22 124 41596
2801 4622
280/1
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28't3
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121 11643

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3805 4822 116
3806
3807 1822
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3810 1822051
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7412

5322

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3630
3631
3632
3633
3634

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MA|NS

V.riour

10o0

1600

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2601 48221214158{.

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3520^
3521
3600 442211652175
3601 1422
3602 4822
3604

13O/íÍ983

5922

13041982

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4422

212 10976

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276 13396

4822265

10449

4422

116

52238

4822

1 t6

52289

4822

116

52224

4822

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21702 4k7

4422'l'16

52175

Control

PANEL

4422

212

10929

4422276

136,03

482?

265 31246

4422

265

3124A

4822

265

30389

4E22267

513ÁiA

4822

256

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4822

130

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4622

059 21175
050 110n'2

116

4822 1't6

21475

52213

52175

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20oh sOV

22]UF

zook

330pF 10olo

3:|OpF 10%
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1oOpF

20./o

2.2t!F

2V/.sOV

1onF

20olo

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20olo

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5%
4k7 5%
!rk7

5ol"

220k

5./.0.5w

22Ok

5"/" 0.5W
100050/.0.5w
100Í1

50l.0.1w

5%
820ks%o.tw
39k

50/" o.lw

0umpcí)

5%

10k 5%

22k5/"O.5W

10k 50lo

33005%0.5W

150í1 1%

LV-C27
LV-C27
t1-?.-C27
LL:.C27

BC8sEB

8C85gB
AC84aB

[Jl

Top

cmtrot

Push

button

3P cmn.

12k

50/. 0.5W

5k6 5%

0.5W

470fl

50/o 0.5w

1%

0.6W

1000

5% 0.5w

& tO

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MainYRC5AEO
panel

Mains switch
6P conn. K41
3P cmn. K42
2P

conn. veÍt.
2P conn. K104
LED holder
GPIU720Q lR

10ol1F

2ool. 10V

4M7

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4M7

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100f)5%

lk 1./"

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180050/.
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0.5w

0.5W

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0.5W

0.5w

0.íW

0.5W

0.5W

0.1W

H45

0.5w

0.5w

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63V
63V

63v

16V

50V
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panêl

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rs.

3605

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6600
6601

Side

VrÍiout

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IF
2800

2801
2804
2805
2E10
2811
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3608
3609
3610
3611
3612
3801
3802
3803
3804

3805
3806
3807
3809
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10931

4822267

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4E2227630422
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256 92101

462226'5

41151
482226551218
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116 52238

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116

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116

5217s

4822 116

52202

4A22 116

52201

4822

116

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4a22 11652289
4a22

116a3€74
4822

11683A74
4822

11652'175
4a22

11652219

116

52305

116

E3864 tok

4A22

116522A3

116

83864

11652257
1'16

838&1 1ok

44197
130,t4197
130

40937

l00O

5%

O.gW

BZX79-C4V7

TLUV5320

lO

Fl

Sida

Controt+to

oancl

3.5mm headDhone
Push

tO
9P cmn.
3P
4P

nlf ZOo/o
22ttF ZOo/o
33OoF
33OoF
33nF

100|rF20%25V

2.2lIF
lOnF
10nF

3.3nF

22k

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5k6 50/.0.5W

220k5%0.5W
220k5%O.sW

1oOO5%O.sW
330f)5%0.5W
82ok 5"/o
39ks%O.sW

4k75%0.5W

1ok
22k57.0.5W

BC558B
BCS58B
SC548B

buttons

cmnections

H33
conn. H42
conn. H44

SOV

SOV
10%
tO% sOOV

5ol"

25OV

100V

tO%

4OOV

tO%

4OOV

1oolo

SOOV

se/o

osw

50/o

0.5w
o.sw

5%

0.5W

1%

0.6W

50/" 0.5w

s%

0.5w

5%

0.5W

0.5W

O.sW
50/. o.5w
50/" O.sW

50/. o.sw

(3x)

sOOV