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-

02112

mope.

CX-6OME

eeermcorernaet

SPECIFICATIONS

Dimension

&

Weight

:

Described

on

page

72.

TV

System

&

Colour

System

VHF/UHF

CCIR(B,D,G,K,K1,1},

PAL/SECAM

TV

Receiving

Channel

&

Frequency

Vir

Bane

0

a

Secret

oe

Ben

47

MHz

~

68

MHz

Wie

Bande?

41

aa!

bed

Haonloe

174

MHz

~

230

MHz

WH

Fe

Band

=

pions

cdots

ae,

Sree

chs

470

MHz

~

862

MHz

Intermediate

Frequency

VideoulF

Garrier

oo

saxc

Ab

paces

ewe

4G

38.9

MHz

Sound

IF

Carrier...

.

33.4

MHz

(5.5

MHz),

32.9

MHz

:

(6

MHz)

or

32.4

(6.5

MHz)

selectable

GP

sets

,

Gnshnane

anlage

bed

PAL

:

4.43

MHz

.

SECAM

:

4.25

MHz,

4.40625

MHz

Colour

Sub

Carrier

ANTS

on

oh

atete

a

Built-in

rod

antenna

for

VHF

and

UHF

ANT.

Input

Impedance

....

750,

AERIAL

(VHF/UHF)

Power

Input

..

@

100

V

~

260

V

AC,

50

Hz/60

Hz

®

DC12V

Car

battery

with

auto

plug

(Mode!

AP-23)

option.

@®

DCi2V

rechargeable

battery

(Model

CB-60E)

option.

CONTENTS

.

SAFETY

PRECAUTION

...............06.

2

Do.

PEATURES»

cece

vw

bie

be

WES

ae

Sa

Re

3

9

OUTEINE

<5.

4k

8

Ae

ies

gon dle

bee

ak

ed

wise

aes

3

(Block

Diagram):

.

onc

sone

oar

ee

es

3

4.

-PUNCHIONS

woe

ov

nc

6-5

oa

atria

de

34.3

4

5.

HOW

TO

REMOVE

FOR

SERVICE...........

5

6.

SERVICE

ADJUSTMENT

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

o>

8

7.

REPLACEMENT

PARTS

LIST

...........

O15

(Packing

Diagram)

.......

00000.

eee

11

(Exploded

View)

........-0..

00s

ee

eae

i315

8.

AC

POWER

ADAPTOR

(AA-60ME)

.......

16~

17

9.

OPTIONAL

ACCESSORIES

(CB-60E)......

18~

22

(CB-60E

SCHEMATIC

DIAGRAM)

...........

21

*With

SCHEMATIC

DIAGRAM

.........

QO

-

©

OPTIONAL

ACCESSORIES

CB-60E

Rechargeable

Battery

Auto

Plug

eee

rere

are

0.16A

(when

240V

AC)

15W

(avg.)

:

(when

12V

DC)

|

6”,

55

degrees

deflection,

In-line

gun

dot

screen

)

10.4

cm

x

(H)

7.9cm

Power

Consumption

.

1.30A

(max.)},

Picture

Tube

b

Aofete

ded

(W

Viewable

Picture

Size

High

Voltage

.....

14

kV

+1kV

(at

Zero

beam

current)

Speaker

4

kk

ates

nee.

be

we

a

a

ae

8

cm

round

type,

16

Q

Audio

Power

Output...

2.200.502

ee

eee

ees

0.6W

Video

External

Input

............0.-

1

Vp-p,

75

390

mVrms

(—6

cBs)},

high

impedance

mals

Sd

hese

Dy

ots?

saienta

ater

1

Vp-p,

75

Q

150

m

Vrms

(-14

aBs)

low

impedance

(400Hz,

50%

Mod.)

Audio

External

Input

.........

Video

TV

Output

Audio

TV

Output

UDG

He

4,

cc

Ma

iateytonnth

ae

ce

ate

etc

eh

Ree

Be

noe,

iat

te

ele

eae

1

CS

aed

ciate

tease

Rc

ee

atin

re

Se

RAS

BP

ee

7

PLANSIStOl

3b

2d

oc

eRe

Sw

ee

AR PS

EAE

RS

32

(Design

and

specifications

subject

to.

change

without

notice)

SL

No.

5513

Mar.

1984

1712

CX-60ME

1.

SAFETY

PRECAUTION

1.

The

design

of

this

product

contains

special

hardware,

8.

ISOLATION

CHECK

many

circuits

and

components

specially

for

safety

purposes.

For

continued

protection,

no

changes

should

be

made

to

the

original

design

unless

authorized

in

writing

by

the

manufacturer.

Replacement

parts

must

be

identical

to

those

used

in

the

original

circuits.

Service

should

be

performed

by

qualified

personnel

only.

.

Alterations

of

the

design

or

circuitry

of

receiver

should

not

be

made.

Any

design

alterations

or

additions

will

void

the

manufacturer’s

warranty

and

will

further

relieve

the

manufacturer

of

responsibility

for

personal

injury

or

property

damage

resulting

therefrom.

.

Many

electrical

and

mechanical

parts

in

television

sets

have

special

safety-related

characteristics.

These

char-

acteristics

are

often

not

evident

from

visual

inspection

nor

can

the

protection

afforded

by

them

necessarily

be

obtained

by

using

replacement

components

rated

for

higher

voltage,

wattage,

etc.

Replacement

parts

which

have

these

special!

safety

characteristics

are

identified

in

the

parts

list

of

Service

manual.

Electrical

components

having

such

features

are

identified

by

shading

on

the

schematics

and

by

(

/\_)'on

the

parts

list

in

Service

manual.

The

use

of

a

substitute

replacement

which

does

not

have

the

same

safety

characteristics

as

the

recom-

mended

replacement

part

shown

in

the

parts

list

in

Service

manual

may

create

shock,

fire,

or

other

hazards.

.

If

any

repair

has

been

made

to

the

chassis,

it is

recom-

mended

that

the

B,

setting

should

be

checked

or

ad-

justed.

(See

ADJUSTMENT

OF

POWER

SUPPLY).

.

The

high

voltage

applied

to

the

picture

tube

must

con-

form

with

that

specified

in

Service

manual.

Excessive

high

voltage

can

cause

an

increase

in

X-Ray

emission,

arcing

and

possible

component

damage,

therefore

opera-

tion

under

excessive

high

voltage

conditions

should

be

kept

to

a

minimum,

or

should

be

prevented.

If

severe

arcing

occurs,

remove

the

AC

power

immediately

and

determine

the

cause

by

visual

inspection

(incorrect

installation,

cracked

or

melted

high

voltage

harness,

poor

soldering,

etc.).

To

maintain

the

proper

minimum

level

of

soft

X-Ray

emission,

components

in

the

high

voltage

circuitry

including

the

picture

tube

must

be

the

exact

replacements

or

alternatives

approvided

by

the

manu-

facturer

of

the

complete

product.

.

Do

not

check

high

voltage

by

drawing

an

arc.

Use

a

high

voltage

meter

or

a

high

voltage

probe

with

a

VT

VM.

Dis-

charge

the

picture

tube

before

attempting

meter

connec-

tion,

by

connecting

a

clip

Jead

to

the

ground

frame

and

connecting

the

other

end

of

the

lead

through

a

10kQ2

2W

resistor

to

the

anode

button.

.

When

service

is

required,

observe

the

original

lead

dress.

Extra

precaution

should

be

given

to

assure

correct

lead

dress

in

the

high

voltage

circuit

area.

Where

a

short

circuit

has

occurred,

those

components

that

indicate

evidence

of

overheating

should

be

replaced.

Always

use

the

manufacturer's

replacement

components.

2

(No.

5513)

(SAFETY

FOR

ELECTRICAL

SHOCK

HAZARD)

After

re-assembling

the

product,

always

perform

an

isolation

check

on

the

exposed

metal

parts

of

the

cabinet

(antenna

terminals,

channel

selector

knobs,

metal

cabinet,

screwheads,

earphone

jack,

control

shafts,

etc.)

to

be

sure

the

product

is

safe

to

operate

without

danger

of

electrical

shock.

(1)

DIELECTRIC

STRENGTH

TEST

The

isolation

between

the

AC

primary

circuit

and

all

metal

parts

exposed

to

the

user,

particularly

any

exposed

metal

part

having

a

return

path

to

the

chassis

should

withstand

a

voltage

of

3,000V

AC

(r.m.s.)

for

a

period

of

one

second.

seen

withstand

a

voltage

of

1,100V

AC

(r.m.s.)

to

an

appliance

rated

up

to

120V,

and

3,000V

AC

(r.m.s.)

to

an

appliance

rated

200V

or

more,

for

a

period

of

one

second.

This

method

of

test

requires

a

test

equipment

not

generally

found

in

the

service

trade.

(2)

LEAKAGE

CURRENT

CHECK

Plug

the

AC

line

cord

directly

into

the

AC

outlet

(do

not

use

a

line

isolation

transformer

during

this

check.)

Using

a

‘Leakage

Current

Tester’’,

measure

the

leakage

current

from

each

exposed

metal

part

of

the

cabinet,

particularly

any

exposed

metal

part

having

a

return

path

to

the

chassis,

to

a

known

good

earth

ground

(water

pipe,

etc.).

Any

leakage

current

must

not

exceed

0.5mA

AC

(r.m.s.).

@

ALTERNATE

CHECK

METHOD

Plug

the

AC

line

cord

directly

into

the

AC

outlet

(do

not

use

a

line

isolation

transformer

during

this

check.).

Use

an

AC

voltmeter

having

1,000

ohms

per

volt

or

more

sensitivity

in

the

following

manner.

Connect

a

150022

10W

resistor

paralleled

by

a

0.15uF

AC-type:

capacitor

between

an

exposed

metal

part

and

a

known

good

earth

ground

(water

pipe,

etc.).

Measure

the

AC

voltage

across

the

resistor

with

the

AC

voltmeter.

Move

the

resistor

connection

to

each

exposed

metal

Part,

particularly

any

exposed

metal

part

having

a

return

path

to

the

chassis,

and

measure

the

AC

voltage

across

the

resistor.

Now,

reverse

the

plug

in

the

AC

outlet

and

repeat

each

measurement.

Any

voltage

measured

must

not

exceed

0.35V

AC

(r.m.s.).

This

corresponds

to

0.5mA

AC

(r.m.s.).

AC

VOLTMETER

(HAVING

10002/V,

OR

MORE

SENSITIVITY)

0.15uF

AC-TYPE

PLACE

THIS

PROBE

ON

EACH

EXPOSED

METAL

PART

15002

10W

GOOD

EARTH

GROUND

Fig.

1-1

2.

FEATURES

Copes

with

PAL/SECAM

colour

systems.

3

way

power

supply

systems

of

AC

Power/Car

Battery/Rechargeable

Battery.

Adopts

detachable

AC

adaptor.

With

A/V

INPUT

terminal

and

TV-OUT

(A/V)

terminal.

With

a

carrying

handle

and

a

stand.

With

a

rod

antenna

and

an

external

ANT.

terminal.

Copes

with

broad-range

input

power

by

adopting

switching

regulator

circuit.

3.

OUTLINE

AUTOMATIC

SWITCHING

OF

PAL/SECAM

the

killer

voltage

of

the

SECAM

circuit

described

later.

(BLOCK

DIAGRAM)

=.

SOUND

VIDEO

IF

2]

5.5MHz

H

|

H

|

\F

VIDEO

DET.

+B

-s

db

6.5MHZ

6MHz

SSMHz

rf

+B

7

SECAM

f

=?

AUTO

CHROMA

PAL

AMP.

MATRIX

5

b6—34

6S

Oe)

|

‘

CX-60ME

.

When

the

PAL

signal

is

input,

the

SECAM

colour

3.

The

killer

voltage

gates

the

burst

signal

(SECAM

uses

demodulation

circuit

does

not

operate;

the

SECAM

a

4.25

MHz

non-modulated

carrier

signal)

at

the

back

killer

circuit

and

the

PAL

circuit

do.

Similarly,

when

porch,

a

killer

voltage

based

on

the

gated

signal.

the

SECAM

signal

is

input,

the

PAL

killer

circuit

and

the

SECAM

circuit

operate,

but

the

PAL

colour

demo-

8B

MANUAL

SWITCHING

OF

SYSTEM

dulation

circuit

does

not.

When

the

system

switch

is

set

to

SECAM,

the

PAL

killer

.

A

system

for

switching

either

the

PAL

or

SECAM

circuit

and

the

SECAM

circuit

operate,

but

the

PAL

colour

signal

is

built

in

the

SECAM

IC,

which

is

operated

by

demodulation

circuit

does

not

operate.

AUDIO

VIDEO

INPUT

OUTPUT

INPUT

OUTPUT

©) ©)

© ©

Sy

IH

DELAY

T303

LINE

(No.

5513)

3

CX-60ME

4.

FUNCTIONS

|

\

02QOOeo

®

@0)

|

®

@M

@

PICTURE

4

@

VOLUME

@

VIDEO

TV

OUTPUT

(3)

AFC

ROD

ANT.

@

@

TV

+

EXT.

MAIN

POWER

IND.

TUNING

SUBCOLOUR

=

@§)

V.HOLD

|

@)

UHF

©

VHF

@

EARPHONE

@

POWER

SW.

@

COLOUR

@6

COLOUR

SYSTEM

@)

AUDIO

EXT.

INPUT

MAIN

POWER

SW.

POWER

IND.

@i)

SUB

BRIGHT

@?

TV

SOUND

(©)

VIDEO

EXT.

INPUT

(i)

EXT.ANT.TERM.

()

PAL

SUB

@2

BRIGHT

(@

AUDIO

Tv

OUTPUT

(2

DC

12V

IN

COLOUR

@3)

SUB

CONTRAST

4

(No.

5513)

CX-60ME

5.

HOW

TO

REMOVE

FOR

SERVICE

TOP

CABINET

REMOVAL

1.

Pullout

the

TUNING

KNOB

and

the

VOLUME

KNOB.

2.

Remove

the

two

screws

@

in

Fig.

5-1

and

the

one

screw

,

and

then

rod

antenna.

3.

The

top

cabinet

is

demountable

by

lifting

it

upward

while

pressing

the

locked

points

©

(Fig.

5-1,

Fig.

5-2].

BOTTOM

COVER

REMOVAL

1.

Remove

the

one

screw

@)

in

Fig.

5-3.

2.

Pressing

the

locks

points

and

©

in

Fig.5-3

&

Fig.

5-4

and

then

remove

the

P.C.

board

from

the

bottom

cover.

3.

Draw

the

bottom

cover

to

the

arrow

direction

©

while

pressing

the

locked

points

©)

in

Fig.

5-4.

*When

removing

the

P.C.

board,

take

care

because

UNF

resistor

touches

CRT

socket

P.C.

board.

DIAL

BELT

REMOVAL

1.

Pullout

the

roller

(A)

in

Fig.

5-5,

and

the

dial

belt

is

demountable

or

replaceable.

WIRE

CLAMPING

AND

TYING

BAND

1.

Be

sure

to

clamp

the

wire.

2.

Never

remove

the

tying

band

used

for

wire

clamping.

Should

it

be

inadvertently

removed,

be

sure

to

clamp

the

wire

again,

using

insulating

material.

VOLUME

KNOB

CARRYING

}~——

HANDLE

/ROD

ANT

Fig.

5-4

ROD

ANT

(No.

5513)

5

CX-60ME

|

6.

SERVICE

ADJUSTMENTS

PURITY

1.

Display

a

monochrome

pattern.

;

2.

As

viewed

from

the

back

(See

Fig.

6-1),

turn

the

magnet

lock

counter-clockwise

to

loosen

it.

3.

Turn

the

green

cutoff

VR

(R711)

fully

clockwise

and

the

red

and

blue

cutoff

VRs

(R712,

R710)

fully

counter-clockwise.

(Fig.

6-3)

Adjust

the

screen

VR

(Fig.

6-3)

so

that

the

vertical

green

band

becomes

easy

to

see.

4.

Loosen

the

deflection

yoke

securing

screw

and

slide

the

yoke

fully

rearward

to

obtain

colour

shading

in

the

green

disk.

(Fig.

6-2)

5,

Overlap

the

two

purity

magnet

tabs

and

set

them

to

12

o'clock

position.

6.

Open

and

close

the

two

purity

magnets

(scissor

fashion)

and

adjust

so

that

the

green

disk

is

positioned

at

the

center

of

the

picture.

(Fig.

6-2)

If

green

disk

is

not

obtained,

adjust

for

uniform

overall

coloration.

7.

Slide

the

deflection

yoke

forward

and

adjust

its

posi-

tion

so

that

the

green

colour

completely

fills

the

picture

area.

8.

Confirm

that

uniform

overall

rasters

of

both

red

and

blue

single

colour

rasters

can

also

be

obtained

in

the

same

manner.

9.

Secure

the

deflection

yoke

retaining

screw

moderately

so

that

the

deflection

yoke

does

not

move

back

and

forth.

Fig.

6-3

STATIC

CONVERGENCE

(CENTER)

1.

Employ

a

crosshatch

pattern

and

adjust

the

brightness

so

that

the

image

is

clear,

but

slightly

darkened.

2.

Turn

the

red

and

blue

cutoff

VRs

fully

clockwise

and

the

green

cutoff

VR

fully

counter-clockwise

(Fig.

6-3).

Adjust

the

screen

VR

(Fig.

6-3)

for

an

easily

seen

image.

3.

Adjust

convergence

roughly

in

the

corner

by

tilting

the

deflection

yoke

vertically

or

horizontally,

then

insert

a

wedge

between

the

yoke

and

CRT

on

top.(Fig.6-7)

4.

Turn

the

two

4

pole

convergence

magnets

and

adjust

so

that

red

and

blue

become

overlapped

throughout

the

picture

area

to

yield

magenta.

(Fig.

6-5)

5.

Turn

the

green

cutoff

VR

fully

clockwise

and

adjust

the

two

6

pole

convergence

magnets

so

that

the

green

and

magenta

become

overlapped

throughout

the

picture

area

to

yield

white.

(Fig.

6-4)

6.

Repeat

steps

4

and

5.

6

(No.

5513)

6

Pole

4

Pole

Purity

DEF

YOKE

Yoke

retaining

clamp

Fig.

6-1

Green

disk

Adjust

to

centre

green

disk

enn

q

fy

PPT

DYNAMIC

CONVERGENCE

(CORNER)

1.

Remove

the

wedge.

2.

Adjust

convergence

as

shown

in

Fig.

6-6

by

tilting

the

yoke

up

and

down,

then

insert

the

wedges

on

top

and

bottom.

(Fig.

6-7)

;

3.

Apply

(modeler’s)

glue

on

the

wedges

and

magnets

to

fix.(Fig.

6-7)

4.

Tighten

the

screw

of

the

deflection

yoke.

5.

Turn

the

magnet

lock

and

tighten

securely.

POWER

SUPPLY

=

AC

ADAPTER

OUTPUT

VOLTAGE

1.

Connect

AC

power

adapter

to

a

TV

body

and

receive

a

broadcast.

2.

Adjust

OUTPUT

VOLTAGE

ADJ.

VR

(within

power

adapter

PB

Ass’y)

so

that

the

adapter

output

voltage

becomes

12.5V.

*Be

aware

that

there

are

both

the

earth

of

primary

side

and

the

earth

of

secondary

side.

In

case

of

output

voltage

adjustment,

use

the

earth

of

secondary

side.

m

B1

VOLTAGE

(11.0V)

1.

Connect

AC

power

adapter

and

receive

a

broadcast.

2.

Adjust

11.0V

ADJ.

VR

so

that

the

voltage

between

Q901

collector

and

the

earth

becomes

11.0V.

SUB

TUNING

DIAL

*

Turn

off

the

AFC

switch.

1.

VL

CHANNEL

1)

While

rotating

the

TV

tuning

knob,

set

the

dial

needle

to

that

channel

number

of

the

low

band

TV

station

which

is

smallest

among

those

receivable.

2)

Adjust

the

VL

SUB

TUNING

VR

and

receive

a

TV

program

from

the

station

whose

channel

number

is

set

on

the

dial

needle.

3)

By

attempting

to

receive

other

stations

within

the

band,

confirm

that

the

pointer

corresponds

to

the

channel

number

of

each

station.

CX-60ME

Red

Green

Biue

|

Front

*

/

Tilting

the

yoke

upward

will

move

the

lines

as

shown

with

the

arrows.

Fig.

6-6

[

|

Rearview

CRT

Deflection

yoke

Fig.

6-7

2.

VH

CHANNEL

1)

While

rotating

the

TV

tuning

knob,

set

the

dial

needle

to

that

channel

number

of

the

high

band

TV

station

which

is

smallest

among

those

receivable.

Adjust

the

VHi

SUB

TUNING

VR

and

receive

a

TV

program

from

the

station

whose

channel

number

is

set

on

the

dial

needle.

2)

While

rotating

the

TV

tuning

knob,

set

the

dial

needle

to

that

channel

number

of

the

high

band

TV

station

which

is

largest

among

those

receivable.

Adjust

the

VHH

SUB

TUNING

VR

and

receive

a

TV

program

from

the

station

whose

channel!

number

is

set

on

the

dial

needle.

3)

Repeat

steps

(1)

and

(2)

and

confirm

that

the

pointer

corresponds

to

the

channel

number

of

each

station.

3.

UHF

CHANNEL

1)

After

changing

over

the

TV

band

selector

to

UHF

posi-

tion,

adjust

the

UHF

SUB

TUNING

VR

in

the

same

manner

as

“VH

ADJUSTMENT”.

However,

adjust

the

Ut

SUB

TUNING

VR

in

the

case

of

the

smallest

channel

number

of

TV

station

and

the

UH

SUB

TUNING

VR

in

the

case

of

the

largest

channel

number

of

TV

station.

4.

Turn

on

the

AFC

switch.

HORIZONTAL

OSCILLATOR

1.

Set

the

H.

HOLD

VR

to

the

mechanical

center

position.

2.

Connect

the

jumper

clip

between

TP-33

and

earth.

3.

Adjust

the

H.HOLD

VR

until

picture

is

in

view

and

locks

or

drifts

slowly

back

and

forth.

.

Remove

the

jumper

clip.

.

Make

sure

that

the

set

maintains

horizontal

syne

when

channels

are

switchéd.

oa

>

(No.

5513)

7

CX-60ME

|

FOCUS

Adjust

FOCUS

VR

for

best

overall

definition

and

picture

detail

at

normal

brightness

and

contrast.

NOISE

(RF

A.G.C.

Delay)

This

control

is

set

at

the

factory

and

rarely

requires

any

adjustment.

If

a

snowy

picture

appears

on

a

medium

to

weak

station,

adjust

the

NOISE

VR.

1.

Turn

NOISE

VR

_

fully

counter-clockwise,

maximum

noise

in

picture.

2.

Slowly

turn

NOISE

VR

clockwise

until

snow

or

noise

in

picture

just

disappears.

Note:

Check

operation

on

strong

channels.

If

over-

loading

occurs

(bending,

poor

colour,

loss

of

colour

sync.

etc.)

make

compromise

adjustment.

VERTICAL

HEIGHT

Adjust

the

V.

HEIGHT

VR

to

obtain

the

optimum

size

of

vertical

height.

SUB

BRIGHT

AND

SUB

CONTRAST

1.

Set

the

BRIGHT

and

PICTURE

VR

knobs

to

central

position

respectively.

2.

Adjust

the

SUB

BRIGHT

VR

and

the

SUB

CONTRAST

VR

until

an

ideal

picture

is

obtained.

SUB

COLOUR

J.

Receive

a

SECAM

colour

signal.

2.

Adjust

the

COLOUR

VR

knob

to

obtain

natural

colour

density.

3.

Adjust

the

SUB

COLOUR

VR

until

natural

colour

density

is

obtained.

4.

Receive

a

PAL

colour

signal.

5.

Adjust

the

PAL

SUB

COLOUR

VR

until

natural

colour

density

is

obtained.

CHROMA

CIRCUIT

@

PAL

DL-MATRIX

.

Receive

a

PAL

colour

bar

signal.

2.

Connect

an

oscilloscope

to

pin

of

IC201

through

C307.

3.

Adjust

T302P

for

the

maximize

waveform

(Burst

signal).

4.

Set

the

oscilloscope

at_the

X-Y

mode

and

connect

channel

1

(X

axis)

to

@

pin

of

1C301

and

channel

2

(Y

axis)

to

©

pin

of

1C301

respectively.

5.

Short

TP-43A

and

TP-43B

with

a

jump

wire.

6.

Supply

bias

to

TP-40

through

10kQ

resistor

from

12V

DC.

7,

Adjust

DL.

AMP.

VR

so

that

the

figure

becomes

(B)

from

(A).

8.

Adjust

DL

P.

TRANSF

(T303)

so

that

the

figure

be-

comes

(C)

from

(B).

9.

While

observing

the

screen,

adjust

colour

synchroniza-

tion

by

manipulating

the

C312

(4.43

MHz

OSC).

=

=>

Adjust

Fig.

6-8

8

(No.

5513)

m

SECAM

*

Do

the

SECAM

adjustment

before

the

PAL

adjustment.

.

Receive

a

SECAM

colour

bar

signal.

.

Connect

an

oscilloscope

to

@)

pin

of

IC301.

.

Adjust

BELL

TRANSF.

(T301S)

for

the

flat

waveform

as

shown

in

Fig.

6-9-(B).

4,

Connect

a

digital

voltmeter

to

pin

@8)

of

1C301.

5.

Adjust

IDENT

TRANSF

(T302S)

for

the

maximum

DC

ovitage.

6.

Adjust

DISCRI.

TRANSF.

(T304)

and

DISCRI.

TRANSF.

(T7305)

until

colours

are

eliminated

from

the

black-and-white

sections

of

the

colour

bars.

Wn

Fig.

6-9

HORIZONTAL

WIDTH

Adjust

H.WIDTH

contro!

coil

by

turning

it

with

a

hexagonal

adjusting

bar

only

if

RIGHT

and

LEFT

sides

of

pictures

can’t

be

seen.

V.

IF

CIRCUIT

1.

Connect

a

color

bar

generator

to

antenna

terminal.

(When

the

signal

is

too

strong,

use

the

attenuator.)

2.

Connect

DC

voltmeter

(or

tester)

between

AGC

terminal

of

E.

Tuner

and

earth.

3.

Rotate

“Noise”

volume

(R109)

so

that

RF.

AGC

voltage

becomes

DC

4.5V

+1V.

4.

Adjust

CW

Transformer

so

that

the

indicator

becomes

to

minimum.

5.

Confirm

the

adjustment

of

‘‘Noise”’.

RF.

AFC

1.

Connect

a

colour

bar

generator

to

antenna

terminal.

2.

Adjust

AFC

Transformer

so

that

the

voltage

of

TP-16

becomes

DC

6.5V

+0.1V.

(Confirm

to

swing

between

about

9V

and

4V

previously.)

S.

IF

CIRCUIT

1,

Tune

in

a

local

station

preferably

a

program

with

the

continuous

audio.

2.

Adjust

T601

and

T602

so

that

the

sound

becomes

to

maximum

without

distortion.

m

REFERENCE

DATA

REFERENCE

DATA

Receiving

VHF

TV

channels

(Al!

UHF

TV

CHs;

common)

/

*

Mark;

Receiving

CHs

limited

CCIR

countries

}-2+3-+-44

+

5+

6+7+8+

9+10+4

114124

ORT

countries

=}

4-4

24

344454

+6+7-+8+94104+1

412-4

Itary

b

Ad

B4

C4

DAF

Ek

FA

GAFHAFHHrH24

French

territories

k4+5-+6+7-++

8+

94

*

Australia

hit+24

h3+44

F6+74+8+89

+14

*

New

Zealand

H2+34

r4+5+64+7+8+94

*

Ireland

FB+C4H

hO+E+F+G6+

H+

4

*

Morocco

b6+7-+

8+

9-+410-+4

|

CX-60ME

7.

REPLACEMENT

PARTS

LIST

PRODUCT

SAFETY

NOTE

Atos

Components

identified

by

the

A

symbol

in

the

PARTS

LIST

and

the

shaded

areas

on

the

Schematic

have

special

characteristics

important

to

safety,

Before

replacing

any

of

these

components,

read

carefully

the

SAFETY

PRECAUTION

on

Page

2

of

this

Service

Manual.

DO

NOT

degrade

the

safety

of

the

set

through

improper

servicing.

1.

ABBREVIATED

WORDS

OF

RESISTORS

AND

CAPACITORS

RESISTORS

FR

:

Fusible

Resistor

BPE

Cap.

:

Bi-Polar

(or

Non-Polar)

CR

:

Carbon

Resistor

UNF

R

:

Unflammable

resistor

Electrolytic

Capacitor

Comp.R

:

Composition

Resistor

MM

Cap.

:

Metalized

Mylar

Capacitor

OMR

:

Oxide

Metal

Film

Resistor

CAPACITORS

PP

Cap.

:

Polypropylene

Capacitor

VR

:

Variable

Resistor

C

Cap.

:

Ceramic

Capacitor

MPP

Cap.

:

Metalized

PP

Capacitor

MF

R

:

Metal

Film

Resistor

M

Cap.

:

Mylar

Capacitor

PS

Cap.

:

Polystyrol

Capacitor

E

Cap.

:

Electrolytic

Capacitor

Tan,

Cap.

:

Tantalum

Capacitor

2.

FOLLOWING

RESISTORS

AND

CAPACITORS

OF

STANDARD

ELECTRICAL

COMPONENTS

ARE

OMITTED

FROM

THIS

PARTS

LIST.

EACH

PART

NUMBER

OF

THESE

STANDARD

REPLACEMENT

COMPONENTS

IS

DEFINED

AS

FOLLOWS.

Carbon

Resistor

(C

R):

Lead

form

(

—onD-

)

Ceramic

Capacitor

(C

Cap.):

Lead

form

(

1S;

)

Withstand

Voltage

50V

acs11HJ-oO0g00g0

aa

Cc

tp

50V

Constant

term

Lead

form

Tolerance

ocsi2HJ—agqgo

qgroi4is—-oO00

T

LL

Constant

term

Tolerance

%W

Lead

form

QRDd121jJ-oO00

orRbdD1i6iJ—~-ooo

Composition

Resistor

(Comp.

R):

Lead

form

(

—a-

}

Electrolytic

Capacitor

(E

Cap.):

Lead

form

(

ye]

)

Withstand

Voltage

term

6.3V

Lead

form

Tolerance

GeTsiAR-O00

GeTAICR-ao0

25V

QET41ER-—-O00

50V

QET41HR-OOQ

QET40NR-GoOO

E

Cap.

tend

6.3

Constant

arc121kK-O000

¥4\N

oe

Constant

term

Comp.

R

Tolerance

”W

Lead

form

Mylar

Capacitor

(M

Cap.):

Lead

form

(

x?

)

Withstand

Voltage

Part

No.

QFM11HK-—-oOQ00

M

ea

|

|

~

C_

constant

term

50V

Tolerance

Lead

form

OFM42AK-000

OFM42DM—-O00

3.

DECODING

OF

TOLERANCE

AND

CONSTANT

TERM

TOLERANCE

+!

J:

45%

Ki

410%

M:

420%

N:

#30%

H:

720%

2:

780%

p;

#1004,

g:

+30cq

-10

-20

-0

-10

CONSTANT

TERM

@

Carbon

Resistor

(4W,

+5%

Tolerance)

©

Ceramic

Capacitor

(50

Volts,

+5%

Tolerance)

QrRoO41j-O00

acs11HJ—-O00

CONSTANT

TERM.

CONSTANT

TERM.

-~oa0

2.72

|

+

QRD141J5-2R7

-oaao

-

oC

[279]

oo

>

acsitHJ-5R9

1

RO

+102

+>

47x

10°

>

QRD1415-473

1

RO

+

1.0pF

680pF|

>

68

x

10'

>

QCS11HJ-681

9R7

-9.729

8

RO

—

8.0pF

B300pF}

>

33

x

10?

>

QCS11HJ-332

100

-

100

means

10

x

10°

(92)

4.0

O

~

100

means

10x

10°

(pF)

8

2

O

~

820

means

82

x

10°

(2)

8

8

O

~

880

means

88

x

10°

(pF)

(No.

5513)

9

CX-60ME

TRC-1280A

(MAIN

PB

ASS’Y)

R 1001

1004

1007

1008

1009

1010

1109

1211

1212

1216

1217

1305

1306

1313

1343

1407

1409

1422

1511

1615

1702

1703

1710

1711

1712

1907

RESISTOR

R1713

1714

1715

1901

1906

1908

A

A

CAPACITOR

PART

NO.

(oo

PART

NAME

REMARK

VARIABLE

RESISTOR

CE

X40327-001

QVZ3507-224

a

-224

“a

-224

CEX40358-473

mm

-473

-103

A76193-223

n”

CEX40118-B14M

A76193-222

CEX40119-B52M

A76193-222

CEX40119-B14M

A76193-473

QVZ3507-102

CEX40118-B25M

CEX40358-103

A76195-471

CEX40358-103

CEX40374-D24

CEX40357-022

-022

-053

-053

-053

CE

X40358-102

QRGO19J-123S

-123S

-123S

ORF154J-8R2

QRV141F-2701Y

"

-2701Y

”

QEB51HM-104M

QETB1CM-106

QEMS51CK-336M

QETB1HM-105

QETB1CM-477

QCT25CH-1012

4

-220AZ

QEE51VK-474B

QETBOJM-336

QCT25CH-101

QETB1AM-477

QEUS1CM-337M

QEK51HM-105GM

QEMS51CK-336M

QEU51CM-337M

QEK51HM-105GM

QAT3001-010

QCT25UJ-330Z

".

-§60Z

-330Z

-680Z2

QEE51VK-105B

a

-105B

-105B

QFZ0083-683MZ

QEN51HM-474

QFV71HJS-224MZ

QEE61CK-225B2Z

QETBICM-107

o

“o

VR

(Tuning)

(VHL

Sub

Tuning)

(VHH

"

)

(UH

”

)

(VE

4

(UL)

(Noise)

(Sub

Contrast)

(Picture)

(Sub

Bright)

(Bright)

(Sub

Colour)

(Colour)

(PAL

Sub

Colour)

(DL

Amp.)

(V.

Hold)

(V.

Height)

(V.

Center)

(H.

Hold)

(Volume)

(G.

Drive)

(R.

Drive)

(B.

Cutoff)

(G.

Cutoff)

(R.

Cutoff)

(11V

Adjust)

oo

OM

R

‘UNF

R

MFR

C

Cap.

Tan.

Cap.

E

Cap.

C

Cap.

E

Cap.

Trimmer

Cap.

C

Cap.

”

“”

f

QEE61CK-225BZ|Tan.

Cap.

Tan.

Cap.

M

Cap.

BP

E

Cap.

T

F

Cap.

Tan.

Cap.

Cap.

10

(No.

5513)

200k2

220kQ

O.1uF

10uF

33uF

1uF

470uF

100pF

22pF

0.47pF

33uF

100pF

470yuF

330uF

iF

33uF

330uF

TF

33pF

56pF

33pF

68pF

TF

“”

”

0.47

uF

0.22pF

2.2uF

100uF

2.2uF

50V

16V

50V

16V

50V

35V

35V

”

0.068uF

50V

16V

”

pee

PART

NO.

PART

NAME

REMARK

QETB1EM-108

|E

Cap.

1000uF

25V

M

QETB1CM-477

ef

470uF

16V

"

QEB51HM-104M

|

”

O.1uFE

50V

"

QETBIEM-107

f2

100uF

25V

”

QEK51HM-105GM

|”

1uF

6OBOV.O”

QEN51HM-474

|BP

E

Cap.

O.47F

" ”

A\|

QFP32DJ-273M_

|PP

Cap.

0.027F

200V

J

A

“973M

|"

%

tite

A

"

.273M

ts

2

eee:

QET52CR-336

JE

Cap.

33uF

160V

R

QETB1CM-108

‘e

1000uF

16V

M

QEM51VM-107M|

”

100uF

35V

”

7

-336M|

"

33uF

OU

QFP31HJ-152S

|PP

Cap.

1500pF

50V

J

QCT25CH-120AZ|C

Cap.

12pFo02~«“

QETBICM-106_

|E

Cap.

10uF

16V

M

QEB51HM-104M

|

”

O.1uF

50V

"

QF

V81HJ-154M

|TF

Cap.

O.15uF

"J

QCZ9017-102M

|C

Cap.

1000pF

3kV

P

QEU51CM-337M

|E

Cap.

330nF

16V

M

A49468-101U

[Peaking

Coil

|

100uH

CE40453-1R8

at

1.8uH

CE40401-8R2

i

8.2uH

A76186-8.2Z

¢

i

A76186-6.8

a

6.8uH

A76186-2.7

a

2.7

4H

A04872-80

fe

80uH

CE40401-470

47nH

A76186-8.2Z

dy

8.2uH

A49468-562

ce

5600uH

CE40084-181

“4

180uH

A76186-1000

a

10002H

CE40581-450

‘Coil

"660

a

“150

s

CE40544-001

H.

Line

Coil

A49468-101U

Peaking

Coil

100nH

A04725-2.2

te

2.2uH

.A76186-150

ef

150uH

A04872-80

"

8yuH

A76186-15Z

a

15uH

TRANSFORMER

cis

T1101

CE40455-301

1st

PIF

Transf.

1103

|

|CE40123-700

|AFC

Transf.

1104

CE40119-301

C

W

Transf.

1301P

CE40443-001

BP

Transf.

1301S

CE40397-001

Bell

Transf.

1302P

CE40395-001

CW

Transf.

1302S

“~

.001

a

1303

CE40636-001

DL

P.

Transf.

1304

CE40399-001

Discri.

Transf.

1305

“001

a

1501

CE40543-001

H.

Drive

Transf

1502

|

A|

CJ39591-001

H.V.

Module

1601

CE40633-001

SIF

Transf.

1602

CE40634-002

ay

DIODE

D1001

188133

Si.

Diode

1008

HZT33

Zener

Diode

1201

188133

Si.

Diode

~

3

1204

MA4110(M)

Zener

Diode

1301,

05

188133

Si.

Diode

1302

MA4068(L)

Zener

Diode

1303

RD2.7E(B)

u