Sony Trinitron kv-2565mt User manual

KV-2965MT

RM-827S

SERVICE

MANUAL

Thailand

Model

Chassis

No.

SCC-D29N-A

GP-1A

ciassis

MODELS

OF

THE

SAME

SERIES

weno

ivaseouraseomTszeoant|

SPECIFICATIONS

Power

requirements

110

-

240V

AC,

50/60Hz

Audio

output

6W+6W

speaker

Power

consumption

Indicated

on

the

rear

of

the

TV.

inputs

Antenna

75

ohms

Color

system

PAL,

PAL60,

NTSCisu,

NTSCazs,

VIDEO

INPUT

jacks

:

phono

jacks

SECAM

Video

:

1Vp-p,

75

ohms

|

Audio

:

500

m

Vrms,

Television

system

and

Channel

coverage

high

impedance

Talsvision

S-TERMINAL

VIDEO

INPUT

jack

:

Outputs

VIDEO

OUT

jacks:phono

jacks

Low

VHF

|

n2-A6

Video

:

1Vp-p,

75

oh

Bend

ideo

:

1Vp-p,

75

ohms

Audio

:

500

m

Vrms,

low

impedance

Dimensions

782

x

577

<

515

mm

(w/h/d)

Design

and

specifications

are

subject

to

change

without

cov

owls]

—[—]

TRINITRON.COLOR

TV

SONY.

KV-2965MT

|

RM-827S

CAUTION

SHORT

CIRCUIT

THE

ANODE

OF

THE

PICTURE

TUBE

AND

THE

ANODE

CAP

TO

THE

METAL

CHASSIS,

CRT

SHIELD,

OR

CARBON

PAINTED

ON

THE

CRT,

AFTER

REMOVING

THE

ANODE.

SAFETY-RELATED

COMPONENT

WARNING!!

COMPONENTS

IDENTIFIED

BY

SHADING

AND

MARK

A

ON

THE

SCHEMATIC

DIAGRAMS,

EXPLODED

VIEWS

AND

IN

THE

PARTS

LIST

ARE

CRITICAL

TO

SAFE

OPERATION.

REPLACE

THESE

COMPONENTS

WITH

SONY

PARTS

WHOSE

PART

NUMBERS

APPEAR

AS

SHOWN

IN

THIS

MANUAL

OR

IN

SUPPLEMENTS

PUBLISHED

BY

SONY.

Operating

Instructions

Before

operating

the

TV,

please

read

this

manual

thoroughly

and

retain

it

for

future

reference.

1-1.

ANTENNA

CONNECTION

To

connect

a

VHF

antenna

or

a

combination

VHF/UHF

antenna

—

75-ohm

coaxial

cable

(round)

Plug

the

connector

into

the

T

socket

of

the

TV.

(Rear)

SECTION

1

GENERAL

The

operating

instructions

mentioned

here

are

partial

abstracts

from

the

Operating

Instruction

Manual.

The

page

numbers

of

the

Operating

Instruction

Manual

remein

as

in

the

manual.

1-2.

CONNECTING

A

VTR

OR

OTHER

EQUIPMENT

Connecting

a

VTR

Equipped

with

the

S

Video

Output

Connector

(Rear)

YC-15V/30V

(not

supplied}

['$

VIDEO INPUT

}

VIDEO

INPUT

to

antenna

to

audio

output

RK-C74

(not

supplied)

=:

Signal

flow

A

=

N

soe

o

ol

S

=

$22e8-Wu

Connecting

a

VTR

or

Other

Equipment

not

Equipped

with

an

S

video

Output

Jack

to

antenna

output

Antenna

connection

i

3

r

|

a)

VIDEO

INPUT

1

or

VIDEO

INPUT

2

VMC-820S

(nct

supplied)

Connecting

a

VTR

or

Camcorder

to

the

VIDEO

INPUT

Jacks

on

the

Front

This

TV

is

equipped

with

2

sets

of

VIDEO

INPUT

2

jacks.

2

sets

are

not

available

to

be

usad

at

the

same

time.

When

using

equipment

connected,

turn

off

other

equipment

not

in

use.

For

connection,

usa

a

commercially

available

connecting

cord.

(Inside

door

control)

|

to

video

output

Hf

you

connect

monaural

equipment,

connect

the

audio

output

of

the

VTR

to

L

(MONO)

jack

of

VIOEO

INPUT

2.

The

monaural

sound

will

be

heard

from

both

speakers.

Connecting

two

VTRs

for

Tape

Editing

|

Sas

ren,

VIDEO

INPUT

1

to

audio/video

or

output

VIDEO

INPUT

2

—

VMC-610S/820S

(not

supplied)

win

VMC-810S/820S

{not

supplied)

to

audio/video

input

MONITOR

OUT

VTR

(for

recording)

Connecting

an

Audio

System

MONITOR

OUT

aN

AK-C74

(not

supplied)

It

you

connect

monaural

equipment.

connect

the

equipment

to

the

L

(MONO)

jack.

The

monaural

sound

will

be

heard

from

doth

speakers.

to

line

input

«=:

Signal

flow

LING96C-AX

a

=

oe

'

~~

~”

1-3.

PRESETTING

TV

CHANNELS

Presetting

TV

channels

automatically

You

can

preset

up

to

30

channels

automatically

to

the

program

position

numbers

(0

to

29)

in

numerica)

sequence

from

channel

number

1.

(Front)

1

Press

the

POWER

button.

POWER

2

Press

theTV

SYSTEM

button

to

select

your

local

TV

system.

Gp

tex

~ibie

|

svsren

1

«~~

|

sysTeM

DK

Manual

Presetting

To

change

the

program

number

for

a

channel,

or

to

receive

a

channel

of

weak

signal,

preset

the

channei

manually.

Example:

To

preset

a

channel

in

program

number

8

1

Press

the

PRESET

ON/OFF

button.

Press

the

PROGR

+/~

buttons

until

“8”

appears.

system.

Press

the

MANUAL

PROGR

++

buttons

unti}

the

channel

you

want

appears.

2

3

Press

the

TV

SYSTEM

button

lo

select

your

TV

4

5

Press

the

PRESET

ON/OFF

button.

To

preset

other

channels

Repeat

steps

1

through

5.

1

3

Press

the

PRESET

ON/OFF

button

©.

A

Press

the

AUTO

PROGR

button

@.

A

PROG

#4)

Hd

Skipping

Program

Positions

You

can

skip

the

unused

or

undesired

program

position

when

you

are

selecting

a

program

using

the

PROGA

+/-—

buttons.

Example:

To

skip

the

program

position

8

4

Press

the

PROGR

+/-

buttons

until

“8”

appears.

2

Press

the

PRESET

ON/OFF

button.

3.

Press

the

PIC

MODE

button

on

the

Renote

Commander.

4

Press

the

PRESET

ON/OFF

button.

To

skip

other

channeis

Repeat

steps

1

through

3.

To

cancel

the

skip

setting

Preset

the

station

manually

as

described

in

‘Manuat

Presetting’,

or

preset

automatically

again.

1-4.

WATCHING

THE

TV

To

switch

on

or

off

the

TV

POWER

The

TV

power

is

turned

on

or

turned

off

compietely.

To

select

10

To

select

25

1

Press

the

TVVIDEO

button

on

the

Remote

Commander.

2

set

the

VTA

to

playback

mode.

To

return

to

TV

mode

Press

the

TV/VIDEO

button,

the

channei

number

buttons,

or

the

PROGR

+/-

buttons.

|

Note

|

Do

not

use

the

VTRs

connected

to

the

front

and

rear

A/V

connectors

simultaneously,

When

you

use

a

VTA,

turn

off

or

disconnect

another

VTA.

To

select

a

channel

To

set

the

TV

to

standby

Toturn

on

the

TV,

prass

the

PCWER

button

again

or

press

the

channel

number

buttons

or

the

PROGR

+/-

buttons.

You

can

also

use

the

buttons

on

the

TV

that

have

the

same

function.

A

>

N

aS)

o

ol

S

nal

SLZ8-WY

1-6.

ADJUSTING

THE

PICTURE

AND

SOUND

Selecting

the

Picture

Mode

Press

the

PIC

MODE

button.

High

contrast

Soft

picture

(good

for

video

games)

i

a

ae

oo

|

SOFT

Adjusting

the

Picture

and

Sound

Quality

1

Select

the

adjustment

item

using

the

SELECT

bution

2

Adjust

using

the

+

and-

buttons.

on

the

Remote

Commander

(or

ANALOG

SELECT

button

on

the

TV).

+

SELECT

CO

Contrast

and

Hue

color

intensity

Brightness

(Operative

NTSC

signal

only)

P

Balance

Treble

zc

=

tilt.

a

lasivaad

lesa

T-H

—

T-L

HH

If

you

change

the

PiC

MODE

setting

after

making

the

above

adjustments,

the

adjusiment

changes

according

to

the

PIC

MODE

setting,

and

COL

(color),

BAI

(brightness)

and

HUE

retum

to

their

original

factory

settings.

To

set

TV

SYSTEM

ff

the

sound

is

distorted

or

noisy,

or

color

is

abnormal

while

receiving

a

program

through

the

VHF/UHF

ferminal,

press

TV

SYSTEM

until

clear

sound

or

normal

color

is

Obtained.

The

TV

system

set

dy

this

operation

is

memorized

for

the

program

position.

Adjusting

SHARPNESS

Turn

SHARPNESS

clockwise

to

increase

sharpness

and

counterclockwise

to

decrease

sharpress.

To

set

COLOR

SYSTEM

Normally,

set

COLOR

SYSTEM

to

AUTO.

if

the

color

reproduction

is

not

normal

(for

example,

the

picture

tums

red

or

blue}

while

receiving

PAL

and

PAL

60

playback

signal,

set

to

PAL.

The

pit

ire

color

will

become

normal.

LNS962-Ay

a

=

i)

NO

“J

”

1-7.

USING

CONVENIENT

FEATURES

Tuning

On

or

Off

the

On-screen

Display

Press

the

DISPLAY

button.

Setting

the

Sleep

Timer

The

TV

will

be

turned

off

after

about

30,

60,

or

90

minutes.

Press

the

SLEEP

button.

.

LEEP-30

-|

SLEEP-60

+|

SLEEP-90

+|

After30

minutes

After

60

minutes

After

90

minutes

No

sleap

timer

Te

cancel

the

sleep

timer

Press

the

SLEEP

button

unti!

the

sleep

display

disappears.

Setting

a

MUSIC

SURROUND

Mode

Set

MUSIC

SURROUND

to

0

ON

during

a

stereo

sound

reproduction.

You

receive

a

theatrical

audio

effect

or

live

concert

effect

sound.

This

function

does

not

work

for

monaural

sound.

10

A

<

NO

©

o

$9

Ss

=~

SZLé8-WY

KV-2965MT

RM-827S

SECTION

2

DISASSEMBLY

2-1.

REAR

COVER

REMOVAL

®

Rear

cover

@)

Four

screws

(BVTP

4X16)

@®

Two

screws

(BVTP

4X16)

2-2.

SERVICE

POSITION

@

Two

special

screws

(+PW

4X

30)

@)

Pull

out

the

chassis

assy

to

the

direction

shown

by

the

arrow.

|

KV-2965MT

RM-827S

2-3.

K

BOARD

REMOVAL

(2)

Remove

K

board

complete

to

the

direction

shown

by

the

arrow

©).

@

Push

two

claws

to

the

direction

shown

by

the

arrow

@)

.

Th

@

Rear

side

KV-2965MT

|

:

RM-827S

2-4,

PICTURE

TUBE

REMOVAL

@

Four

tapping

screws

(7)

@

Two

special!

screws

(+PW

4X30)

@)

Picture

tube

shield

assy

|

@)

C

board

6)

Neck

assy

£5

@)

Chassis

assy

©

Deflection

yoke

_

8

&)

Picture

tube

@

Anode

cap

—

|

ho

-

REMOVAL

OF

ANODE-CAP

NOTE

:

Short

circuit

the

anode

of

the

picture

tube

and

the

anode

cap

to

the

metal

chassis,

CRT

chield

or

carbon

painted

on

the

CRT,

after

removing

the

anode.

*

REMOVING

PROCEDURES

|

O

Cushion

Anode

button

@

Turn

up

one

side

of

the

rubber

cap

in

@

Using

a

thumb

pull

up

the

rubber

cap

|G

When

one

side

of

the

rubber

cap

is

the

direction

indicated

by

the

arrow

@.

firmly

in

the

direction

indicated

by

the

separated

from

the

anode

button,

the

arrow

()).

anode-cap

can

be

removed

by

turning

up

the

rubber

cap

and

oo

up

it

in

the

direction

of

the

arrow

(©).

*

HOW

TO

HANDLE

AN

ANODE-CAP

@

Don’t

hurt

the

surface

of

anode-caps

with

sharp

shaped

material!

@

Don't

press

the

rubber

hardly

not

to

hurt

inside

of

anode-caps!

A

material

fitting

called

as

shatter-hook

terminal

is

built

in

the

rubber.

@

Don't

turn

the

foot

of

rubber

over

hardly!

The

shatter-hook

terminal

will

stick

out

or

hurt

the

rubber.

|

KV-2965MT

RM-827S

2-5.

HIGH

VOLTAGE

CABLE,

FOCUS

CABLE

WIRING

ARRANGEMENT

After

repairing,

arrange

the

high

voltage

cable

and

the

focus

cable

as

shown

in

the

figure

below.

High

voltage

cable

HV

cable

holder

Focus

cable

a

KV-2965MT

|

"RM-827S

SECTION

3

SET-UP

ADJUSTMENTS

@

The

following

adjustments

should

be

made

when

a

complete

realignment

is

required

or

a

new

picture

tube

is

installed.

@

These

adjustments

should

be

performed

with

rated

_

power

supply

voltage

unless

otherwise

noted.

The

control

and

switch

below

should

be

set

as

follows

unless

otherwise

noted

:

PICTURE

control---------------

normal

BRIGHTNESS

control.-------

normal

ee

i

eo

ay

Preparations

:

@

Feed

in

the

white

pattern

signal.

@

Before

starting

degauss

the

entire

screen.

3-1.

BEAM

LANDING

1.

Input

the

white

signal

with

the

pattern

generator.

Contrast

Bightness

2.

Position

neck

ass’y

as

shown

in

Fig

3-2.

Set the

pattern

generator

raster

signal

to

red.

4.

.

Move

the

deflection

yoke

to

the

rear

and

adjust

with

the

purity

control

so

that

the

red

is

at

the

center

and

the

blue

and

the

green

take

up

equally

sized

areas

on

each

side.

(See

Fig.

3-1

through

3-3.)

5.

Move

the

deflection

yoke

forward

and

adjust

so

that

entire

screen

is

red.

(See

Fig.

3-1.)

6.

Switch

the

raster

signal

to

blue,

then

to

green

and

verify

the

condition.

7.

When

the

position

of

the

deflection

yoke

has

been

decided,

fasten

the

deflection

yoke

with

the

screws.

8.

If

the

beam

does

not

land

correctly

in

all

the

corners,

use

a

magnet

to

adjust

it.

(See

Fig.

3-4.)

normal

~

Perform

the

adjustments

in

order

as

follows:

1.

Beam

Landing

2.

Convergence

3.

Focus

4.

White

Balance

Note:

Test

Equipment

Required.

1.

Color-bar

Pattern

Generator

2.

Degausser

3.

Digital

multimeter

Ce

Purity

control

corrects

this

area.

Disk

magnets

or

rotatable

disk

magnets

correct

these

arears(a-d

Deflection

yoke

positioning

corrects

these

areas.

~

~~

ox

”

¢

Nh

ze

A

X(

ba

C

b

st

6

ip

|

ge

[do

-

Fig.

3-4

~~”

6

|

KV-2965MT

RM-827S

3-2.

CONVERGENCE

@

Tilt

the

V.STAT

magnet

and

adjust

static

Preparations

:

convergence

to

open

or

close

the

V.STAT

magnet.

@

Before

starting

perform

FOCUS,

H.SIZE,

V.LIN

and

V.SIZE

adjustments.

@

Set

BRIGHTNESS

control

to

minimum.

@

Feed

in

dot

pattern.

(1)

Horizontal

and

Vertical

Static

Convergence

4,

When

the

V.STAT

magnet

is

moved

in

the

direction

of

arrow

@

and@®

,ed,

green

and

blue

dots

move

as

shown

below.

®

Lot

uk

1.

Adjust

H.STAT

VR

to

converge

red

,

green

and

blue

dots

in

the

center

of

the

screen.

(Horizontal

movement)

2.

Adjust

V.STAT

magnet

to

converge

red,

green

and

blue

dots

in

the

center

of

the

screen.

(Vertical

movement)

3.

If

the

red,

green

and

blue

dots

do

not

coverge

in

the

center

of

the

screen

with

H.STAT

VR,

perform

horizontal

convergence

adjustment

using

H.STAT

VR

and

V.STAT

magnet

as

shown

below.(In

this

case,

H.STAT

VR

and

V.STAT

magnet

effect

each

other.)

If

the

blue

dot

do

not

Converge

with

red

and

green

dots,

perform

following

steps.

Purity

V.STAT

magnet

@

HMC

and

VMC

correction

for

BMC

(Hexapole)

BMC

(Hexapole)

magnet

Magnet.

an

ie

KV-2965MT

|

RM-827S

1.

HMC

(Horizontal

Miss

Convergence)

correction

and

2.

VMC

(Vertical

Miss

Convergence)

correction

and

motion

of

the

Electron

Beam

with

the

BMC

motion

of

the

Electron

Beem

with

the

BMC

Magnet.

HMC

correction

(A)

HMC

correction

(B)

VMC

correction

(A)

|

VMC

correction

(B)

c<D

C=D

Cc>D

oA

A

(2)

Dynamic

Convergence

Adjustment

Preparations

:

C

a

Cc

‘

C

nae

Cc

G

b8

res

:

a

B

@

Before

starting

perform

Horizontal

and

Vertical

3.

Move

the

deflection

yoke

for

best

convergence

static

convergence

Adjustmet.

as

shown

below.

1.

Slightly

loosen

deflection

yoke

screw.

4.

Tighten

the

deflection

yoke

screw.

2.

Remove

deflection

yoke

spacers.

5.

Install

the

deflection

yoke

spacers.

(3)

Screen

-corner

Convergence

Afhx

a

Permalloy

ass'y

corresponding

to

the

Permalloy

assembly

3-3.

FOCUS

Adjust

FOCUS

control

for

best

picture.

3-4.

SCREEN(G

2)

and

WHITE

BALANCE

[SCREEN(G2)]

1.

Input

dots

patteren.

2.

Set

the

PIC

control

at

minimum

and

set

the

BRT

control

at

maximum.

3.

Confirm

the

BKG

voltage

is

less

than

180

Vdc

when

turning

RV

706

(R.BKG),

RV

704

(G.BKG)

and

RV

702

(B.BKG).

4.

Note

the

color

when

becomes

visible

first

when

turning

RV

708

(SCRN).

CG

wey

(lp

\

©)

|:

SS

ge

KV-29

Ps)

Ss

{WHITE

BALANCE

(Cut

off)]

1.

Input

collor

bar

signl.

2.

Set

the

PIC

control

to

minimum

and

set

the

BRT

control

at

normal.

3.

Turn

RV

703

(B.DRIVE)

and

RV

705

(G.DRIVE)

fully

clockwise.

4.

Set

RV

706

(R.BKG),

RV

704

(G.BKG)

and

RV

702

(B.BKG)

to

minimum.

5.

Turn

RV

707

(SUB

BRT)

slowly

to

obtain

a

faintly

visible

blue

stripe.

6.

Switch

over

all

white

signal.

7.

Adjust

BKG

controls

for

best

white

balance.

8.

Set

the

PICTURE

control

to

maximum.

Observe

the

screen

and

adjust

the

DRIVE

controls

for

best

white

balance.

9.

Repeat

steps

7

and

8.

RV

703

B-DRIVE

RV

705

G-DRIVE

RV

702

B-BKG

RV

704

G-BKG

RV

706

R-BKG

RV

707

SUB

BRT

RV

701

H.

STAT

RV

708

SCREEN

o

01

-8

N

<

.

1

[

KV-2965MT

S

RM-827S

SECTION

4

CIRCUIT

ADJUSTMENT

4-1.

A

BOARD

ADJUSTMENTS

@

®

RV302

301

cans

\

PHASE]

gg”

6

LINE

CRAWL]

A

board

-component

side-

RF

AGC

ADJUSTMENT

(1F201)|

1.

Receive

a

strong

off-air

signals.

2.

Adjust

RF

AGC

VR

control

so

that

snow

noise

_

and

cross-modulation

just

disappear

from

the

'

picture.

Channel

display

POSITION

ADJUSTMENT

(RV001

1.

Set

PIC

control

to

maximum.

2.

Adjust

RVO001

so

that

the

channel

display

should

be

positioned

at

up-right

on

the

screen.

@

Rvoo

@

RV551

@

RV503

V.SIZE

@

RV502

RV821

©

[PIN

cor]

RV825

C

CORR

@

RV824

RV822

@

©

Ane}

RV823

PHASE

®

|

acc}

A-P-C

ADJUSTMENT

(CV443

1.

Input

the

PAL

color-bar

signal.

2.

Set

the

PIC,

COL,

and

BRT

controls

to

normal.

3.

Short

circuit

between

@

and

@

of

IC301

with

jumper.

4.

Adjust

CV

443

for

suitable

color

intensity.

5.

Remove

a

jumper.

REF

OSC

3.58

ADJUSTMENT

(CV358)

(NTSC

3.58)

1.

Short

circuit

between

@®

and

@

of

1C301

with

a

jumper.

2.

Set

the

PIC,

COL

and

BRT

controls

to

normal.

3.

Input

NTSC

3.58

color-bar

signal.

4.

Adjust

CV358

for

suitable

color

intensity.

5.

Remove

the

jumper.

PAL

ANTI

PAL,

LINE

CRAWLING

ADJUSTMENT

(RV301,RV302,T301)

e

ANT!

PAL

ADJUSTMENT

1.

Input

PAL

color-bar

signal.

2.

Set

the

PIC,

COL

and

BRT

controls

to

normal.

3.

Connect

the

oscilloscope

to

@)

of

A-1

connector.

4.

Adjust

RV301

(DELAY)

and

RV302

(PHASE)

to

obtain

the

waveform

as

shown

below.

¢

LINE

CRAWLING

ADJUSTMENT

wrong

right

pattern

in

=p

pattern

|

1.

Input

the

PAL

color-bar

signal.

2.

Set

the

PIC,

COL

and

BRT

controls

to

normal.

3.

Connect

the

oscilloscope

to

@)

of

A-1

connector.

4.

Adjust

T301

for

minimum

line

crawling.

yeu

301

DISCRI

ADJUSTMENT

(1401,T402

1.

Input

the

SECAM

color-bar

signal.

2.

Connect

the

dual-trace

oscilloscope

to

the

@)

(B-Y)

and

@

(R-Y)

of

IC401.

3.

Adjust

T402

(R-Y)

and

T401

(B-Y)

as

shown

the

following

figure.

WES

=

"es

a

same

level

[BELL

FILTER

ADJUSTMENT

(T403)|

1.

Input

the

SECAM

color-bar

signal.

2.

Connect

the

oscilloscope

to

0

(R-Y)

of

IC

401.

3.

Adjust

T403

as

shown

the

following

figure.

+

[ele

KV-2965MT

M

RM-827S

32

RV822

ANP

(PINCUSHION

AMPLIFIER)

O-CI-L

RV823

PHASE

(PINCUSHION

PHASE)

[

N-IC-

RV821

COR

(PINCUSHION

CORRECT)

LUSH

-01U

RV825

C.CORR(CORNER

CORRECT)

1-H

-(0)

RV824

H.SIZE

(HORIZONTAL

SIZE)

-L

0

RV503

V.SIZE

(VERTICAL

SIZE)

|

III

RV502

V.LIN

(VERTICAL

LINEARITY)

=

CN550

H.CENT

(HORIZONTAL

CENTER)

EC

-LI-L

RV551

V.CENT

(VERTICAL

CENTER)

LJ-C-7

“94

1

1R392

eee

rel

R308

|C307

180

|0,047

ICO

CXAI214P

DEKODER-

SECAN

Talefls

2)

5

]2

|a

|

TS)

Fis

=

ee

Cee

cee

OE

EE

*

ee

4

hyo!

ae

.

a

ok,

(oom

7

‘an

a

os

Ge

2346

R321

|

We

k

pT

++

cma

oe

Se

wi

oa

[ee

Ne

ks]

an

—s=-

C342

2

¢

G2

5.6

940

gf

Rg

70

(1

<0:

OE

SSS

10k

-

Np?

ae

ia

fea

)

5

ener

ey

—

Cp

42

om

7

ISL

a

R317

|

5,4

=e

(234)

Ee

ee

1

=

——————————

3

=

pak

|

SRA

—t

7]

|

Qa0)

CICHLES

$4

PRZEt

CENTR.

V

0

ie

56

<0.)>

.

83}

it

rer

€

th

26

2st

SIHNA

23

AO

\

)

;

g

51

an

@)

4

@}

=

me

[pe

|

6M

Ie

per,

‘1C603

fot)

<b:{>

1$5119

uPC7893

0.6

WE

(059)

Qso1

POLAPYZ,

POLAPYZ.

.

2,6>

4

DICNAE

a

(2.6)

gsop

5'}>

PRZEL

RO2M

BM

a}

‘

OTC

NILES

as

:

[Ribena

hats

ae

ey

Ha

¢

Canta

M

as

a

65

-4

.

<0>

py

9308

2SC331A

|

Rez)

JASN

-ABL.

tah

pat

C822

FOLARY.

one)

mei

1

Pan

RR62

j

,

100k

U.

n'y

1,0

_

ly

@

“4,9.

Ree

=

(1)—(2)

(4)

RB}

Tek

i

”

63

ae

ef

i

4

[PGR

reser

ET

|

:

C8368

Re2:

3

|

0,0047

58°

AV823

R839

|C633

00V

ark

(“Wy

23k.

33P

Ad

3,3k

\

KAINESKOPU

@

a

x

lad

wv)

>

;

IC

301

f

10

kepltt

Moet?

1°

exantans

(0)

Sian

ental

tt

yy

@VCWUNGLE

<b98

ae

ie

at

R-Y

a

=

NX1601

°

00

CRT

MSSh

see

ORE)

St

Fle

git

ee

Semee

oe

mes

14

ish

||

yPCIL9BH

HN

i

00

G4

Fs

WY).H

(1)

|

Agrvso2

.

ny

ce

eee

|

F534

[Lin

Vv]

[Lin

Vv]

oa

0551

=

i

ii

ve

etek

1

ett

R501

4

10

ascites

|

pe,

ae

ase

A

BLS

0

*

eo

;

oes}

G1

NC

{

IV

+

|

2

:

AVSS1

eae

|

RGP10G

Fpov]_

{1000¥]

Nad

75v

THSON

YY

7

200V-

|

C353:

mh

Sol]

22k

1900

T

=

1°

0

ram

9

iow

354

—

200V

Ww

CENT.

V

re

Oa

es

af

'

oe

1000V

1

ia

;

v

pes?

C853

5

npr?

&}

‘

8

ESIF

6

iy

a2

5

}o

p

cto

nsse

[TCentH

rss

ey]

Dwar

,

ofp

8555

9

7

—

wv

ase

7yAbt

nas?

|

+c

‘

1K

933

Rp?

SL

Sp

gpa

2S

2828S

O8ENADBBBEOS

@

©

sy

py

iw

Ok

Cpe

aie

1

550

ENT.

ennee

250V

wT

EVRY

Ne:

56k

Hp

7

{

if

co

j

——

8

C856

Carl

ca13

‘ome

Saal

Ou)

ik

oaey

(av

0,22

0,022

oie

Ress

1

ae

ov

me

en

SRY

‘awl

r

.

om

Rasy

|

R

C8

C812

C809

4

can

10k

Ok

$5001

Bey

oo

at

ae

ERCOG-

15S

330p

|

ROZMIAR

H

C818

Ret

=

aeRO

an

;

=

Lame

68

:

Q313

Q

|

7

fee

RYA24

250V

iW

3

R

SC2958-

L

e

ERC06-15S

ee

if

t

ie

et

|

3a

DS

AS

TM

ttt’

Peto

17

10W

ce

QW

GW

ra

||

|

FRC

a

4

‘u

!

|

ee

2W

at

06

PF

ree

Sa

=

ROIS

sy

RE20F)

RIOT

Tass

1

APSE

mer

ius

“ee

---

3W

RVB22

Le02

47k

0,7uH

(829

110W

t

aa

ons

sys

3

OO

@)

0

(P

a

Ree

,

7

em

[wzM.Pin]

C931

Cao,

,

Dat

801

9

£465

ict

;

+

oe

ISS119

28C2688-L

BF

ae

3

1st

ZABEZ

STEROW.

H

500

A

T

C83

rau

:

oonnity

(2)

te

as

SYSTEMU

3W

i)

28)

Re02

PRZELACZNIK

SYSTEMU

1/4W

DEKODER

WY).

H.V

SECAM

zz

we

Pe

Nas

eee:

>>

riz

#fipuge

A-3

6P

WHT

00 OY

es

A

4

=

:

!

t

‘

t

a

G:

H.DY|

|H,Ovvyor|

|v,0Y

UWAGA:

SURROUND

-

efekt

przestrzennego

poszerzenia

barwy

dzwieku

eng

aeRO

AEA

TN

CNTTG

AE

TEE

LD

ECE

Ss Ae

TOILE:

LLL

TLC

TC

ATIC

LED

SALLE

T

LLL

LEDS:

DAA

|

AES

ORG

LETC

KEE

LIE

AED

IPED

LESTE

LIP

TEE

=

++

SEAT

NA

LSE

OMELET.

SS

SOLE

LIE

LEE

INE

AT

LTTE

LEI,

e

Do

pt,tki

K

Oo

ptythi

K

“Ty

K-14

K-6

Sh

DG

GNIAZDA

4

A-19

i

A-8

al

is

ANTENY

}———

wiiT

5

WHI

g

od

I)

food

3

TU1S1

BT

-£6201

A

S-MiCRO

|=

SMICRO

[>

|

Ble)

ays

HE

‘

~

e

Q

EERO

RMSE

8

ED

EEL

EERE

SS

ESSENSE

=|

GE)

SURE

OSTA

S|

SES

CERRO

GS

aN

z

_

ts et

_

ae

ewEcemees.

nh

CaN

cb

=

i

_

PIs

a

eee

ale

ea

eee)

EY

1

a

1101

22pH

IF

201

a).

€

101

12V

if

D380A

~

~~

ad

=m

~

o

—_

Ss

oO

al

So

5

}

T

lode

8

e

N

*12V

ao,

15h

014

3.

§a§

it

13V-

22.0

95V-

23,5V

20V-265V

biog

ey

STA

Es

y

RO6.eESB3

Ee

F

P

:

sa

os

6

(+8)

4

12V

16V

Sts;

Ni

:

Oo

wh

an

<<

5

(ARW)

8.5

(WZMOC

MAX)

-

03V

‘

0

(14)

C050

Ota

ALES

0153

47

3

RD

6,8

SB3

(S.)

BANO-

SW

vi

RO6BS

11,8

Sean

FA

EES)

0

STOPER

¢

e

Toy

am

SURROUND

=}

3|

2

|

1203

R,

Tz:

TT

[SURROUND]

220

F

OZwigK

0.0047

act

[OZwigK

S$

|

UP

C202

R210

fF)”

047

716k

U

-é

BLK

L201

:

Do

ptytki

K

22y

|

(;

K-11

|

20%

aa

3,

ee

IC

002

R012

|

PCABLC6L0P

=

270

KONTROLER

RO6S

0008

|}

22k

LE

i

|

R063,

Kin

|

3,2

(9c

Ee

-

;

Ssh

R062

aah

4{)

7

ag

LES

PASSTOKAT

5

.6k

R331

(s)

St

;

=

-

=

:

of

4

Sal

R06!

C035

391

f}R

|

Gal

(A

co.

0,47

100k

as

10

ee

‘Seep

02:

;

O\=s

Ze

:

-

R067

ROL

2

|

22k

0k

ae

aa

Gare

‘Rca

ai

|

.

[

1

qq:

as

2

ROB

0018

4

a

6

0

co

a

rt

ae

soe

te

———

ecamee

Salts

sre

a

[Masa

{7

|

mai

°

O60

Os

an

oe

ee

8

|

Wycisz_

|

6

|

a

yt

tt

i

:

[cae

ae

TV/

Video.

S|

a

1090

i

Too.

Aron

Lt

son]

es:

3/1

;

470k

=

[wae

12

on

ss

1

|

1SS119

=

f:

7

poste

1/2

;

.

=

ROLO

Ae

cots

670k

£0

I

Raat

R

A

a!

.

axa

+]

coi

R090

|

p

10

47k

9

ay

.

b

Q00?

c017

ance

|

(2)

s.

|pRoEE

#

Ve-KORV.

5

2€t

SCL

c

D009

1

HI

PS

shi

1$S119__

G

4)

p

é

oo

7

ITS

8)

AS

haos2

f]

jRozs

2

ois

|

59M

ROSE

WY

33K

10k

|

oO

—

\

aKe

ROIZ

|!

22k

conn]

Oo

chi

ac,

EB

out

oO

Ce

see

SBS

|

RIEL

RR

:

Cre

S519

_1C003

a

|

C332

95033

|

4,0

ct

yo

PRZEt

areet

Oaee

*d,

J

RO20

{4,0

ROZ4

Bvg

56p

JASN

PAMIE

CO16

18k

>)

330k

-

+

0,

i

16k

Vy

2st

ties

oe

06

FIUTR

UC

18511

Do

ptytki

F

’

off,

F-

‘ip

TP91

WHT

C662

1000)

3kV_

sty

efi

(C601

2

Peer

ieee

REGULATOR

Do

ptytki

F1

F1-2

eae

£3

r

rapes

tS

“i000

‘

Q

Ti.

2p.

R613

stuv-REC

Tasv

WHT

50

ter

bee

ae

|

W

py

PCTOI2H-2

—s

"

wid

ed

ee

Ee

‘tt

a

AC

|)

aos

00047

4ooV

4O0V

5S}

:

_

“uP

;

10A

A

en

ae

:

C621

ite

680p

2kV

im

[~]~]

Ae

2b

A-22

BISIS|

“se

1P

re

o

YEL

WHT

ae

D0

EKRANU

KINESKOF

Do

ptythi

K

:

OSCYLOGRAMY

PRYTKI

A

K-12

AW

oa.

WW

LN

SL

ALLA

1,5Vp-p

(10Mitz

)

vee

ere

0,3V

9

-p

(4,43MHz2)

ne

-pih)

3,2Vp-p

th)

—

va

|

eed

0,9Vp-p(H)

0,35Vp-p

(H)

1uve-p

tv)

@

ee

|

vy

NA

parent

O9Vp-ptH)

2,3Vp-p(v)

@ ©

F1-2

SECAM

2P

-O5Vp-plH)

O7Vp-ptH)

WHT

gee

a

Do

plythi

F449

2u0V

at

F-1

50/60HZ

AC

ki

A

AC

CORD

(lo

plytki

A-

5

(LN

AP

Se

ND

ay

wONNNNNNE

ws

cee

eee

Gunes

ee

LS

PS

CL

SF

TAREE

GD

GhNREENESEEIEEEED

Gee

emieamens:

41001

3P

VIDEO

*

.

eee

ee

12V

re

on

=

:

.

(C1001

ace

LOOT

MC

14066

BCP

01006

ee

I!

OUT

|

VIDEO

-

SW!

SC77RS

‘

;

-

i

UFOR6-

VIDEO

me

|

2)

UA,

|

seecque

oor

3

is

15

:

ROK

‘

29)

SOR1G0)

ROTESB3

,

400

:

J

1979

Rie

ZABEZP

-

4

eee

ee

@.

|

(8)

C

FAL

j

|

}giors.

=

RO

RIN}

|

NTSCh.G4

(o)

k

390

100

a

i

:

ae

C16!

|

R1020

VIDEO

oat

v=.

¥CM103

00"

ses

bc

;

Ds

Roe

wy

,

Fe

>

53

k

ne

rants

uf

j

view

|

:

LA70I6

Y

\

TLTT

Si

Ba

ti(‘(<‘<‘a

:

VIDEO

-

ay

NTSC3,58

oy

acter

faa

tl

NTSC

3,58/4,43

’

ha

AUDIO

Vie

{A706

!

|

L

(MONO)

&

VIDEO-SWa-2

7

WELAUDIO,

ae

bs

a

2SattTS

ee

BUFOR3-

VIDEO

Pay

a

Cory

SBE

:

LATONG

:

a

pote

nies

NTSC3,58

(

(&

poirsg

gia

S

=

©

cnt

yee

as

VIDEO

eters

thd

LU

a

Ree

39

:

W2XSKEXSKOXDE

CiGic

C1011

0

470

16V

Leena)

‘

11002

|

oa

me

1025

Ut

24

8p

tL

(MONO)

;

=

5

“Ok

orl

fs

ogous”

NV

ger

ere

Breet

eS

97)

«

ts

mek)

OH

Ore

OF

Ete

ieee

tn

mm

PRZEC

-1

1€1101

MC140528CP

AUDIO-

SW

ese

etl

ee

et

eee

————

LT

a

TT

CENA

OT

eT

SRI

STENNIS

Se

ceer

ea

ienetere

oi.

LL

CREOLE

ADC

A

I

tN

AAT

ate

tt

RNA

IR

CENREN

aie

eee

eeeeneenmeiemitimeemmemnte

re

ce

Fe

ee

+

aera

area

Sete

ae

SP

ee

TEE

ied

MRS

SS

Kxz&zZZzZzxZ_

;

RIT

oe

—e—Eee

eee

SS

1k

Q126

I

|

eee

ee.

.@0Qnc

roo.

a=a_@”=O=O

ee

ae

ee

-23

2SCZ7BS_

Ry

$$

oo

OEeeeeoeoeee—eeaaaaaeaeaeeaes=S=Saooaooooaaaaaaaaaeeeeeee

FEE,

8207

ioe

ee

_—

=_—__—_—_——E

aitel

|

68k

VIDEO

eat

a

|

{|

|

Tol=

ale

a

of

fol-[s]§]e

a:

K-

6

2/818]

3)

SO}

K-14

S|

Slalalors

“4

sP

St

j2

>

2P

Zlsls

ole

7P

WHT

2|

|<

S$}

WHT

Fars

S|S]

reo

-,

fel

{s

;

-

2}

Do

ptytki

A

Do

ptytki

A

z

Oo

ptytki

A

&

pty

8

3

A-10

A-23

CX

A1213S5

RCLSSAP

OTANGES

oe

;

L78LROSD-MA

45

25

ST24CO2CP

DICHLES

atoda

ROIOES

-T1B2

1k

OTCI2LES

ROWES

-T1B3

DTC143TS

ROIZES-

T1B3

wf

DICIGLES

wPC1L98H

2501941

ROS.AES

-T1B2

1234

2303327

ROS

6ES-

Tits?

Om

|

oN

ROG

2ES-

1182

anoda

ROG

BES-

T1b3

:

ROTSES-

Tits3

ROO1ES-

T1814

CXAIZ1GP

REIL

OM

|

ROO

1ES-

T1B2

2b

B

£U2Z

ry

|

P

ROO.1ES-

1183

J

ist

mcos2

9c

PN,

oa

8

GPO8DPKG23

:

12345678

masa

H2T33-02

16

9

-

katoda

1

R

RGP10GPKG23

ee

R2K

324

S2LA20

2SK669

feaalatts

1

8

PC7812H

2SC2785

ae

i

s

“

MC14066

BCP

me

:

aaa

MC

33079

wi

eens

vA

ry

masa

. .

ERCO6

-15S

L

us

PC7893HF

RU-4P

RU-3AM

LA70%

GL-9PRB

2SA1220A-P

skeieds

2S(2611

y

U

UY

PCABLCOLOP

-

016

2SC

2688

;

2P

1234567

V\

. .

1

21

{

C

£

=

~anoda

<

:

aida.

kutoda

+

~~

Nelle

LMI030N

a

!

-

2b

Ww

1h

MC932

In

ladisty

2SA1221

12345678910

2SB734

TEA2031A

Halle

1

|

8765

2SD

774

63

aes

123

1234

mH

I

Sony TRINITRON KV-2565MT User manual

Popular TV manuals by other brands