Kenwood Kr-6600 User manual

KENWOOD

H1/Fl

STEREO

COMPONENTS

SERVICE

MANUAL

KR-6600(6060)

KR-7600(7060)

—

AM-FM

STEREO

RECEIVER

CONTENTS

EXTERNAL

VIEW

sce

cease

cvescesseaaeesseewesees

3

INTERNAL

VIEW

...........-0-e

eee

cececuceceeacs

4

DISASSEMBLY

..........00cec

cece

eeeececuce

4

DIAL

CORD

STRINGING

.............0ceceeeeeeees

5

BLOCK

DIAGRAM,

\o:.

ccse

dew

eed

awkce

POR

RIS

was

5

CIRCUIT

DESCRIPTIONS

..........--0c0ccececececes

6

TROUBLESHOOTING

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

ccc

cee

ceeaees

7

ADJUSTMENTS

........00

cc

cece

eee

eeeeeneees

8

KR-7600

DESTINATIONS’

PARTS

LIST

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

9

KR-6600

DESTINATIONS’

PARTS

LIST...............--

10

PARTS

LIST

TOT

Ae

ois

S

Sek

td

erations

wire.

aesia

bbiacna

ate

1

TUNER

ASS'Y

(X90-1260-

)..

2...

ce

eee

ee ee

ecees

11

POWER

SUPPLY

(A)

(X00-1770-10)

.......0.0ceeuee

11

POWER

SUPPLY

(B)

(X00-1780-

).......--.eeeeee

12

POWER

SUPPLY

(C)

(X00-1790-10)

........0ceeeeae

12

TUNER

(XO5-1320-11,

-12)

....

cece

cnceceecenees

12

POWER

AMP

(X07-1450-10,

-11)

......ece

eee

ceaees

13

MIC

AMP

(X08-1490-10).

0.2.0...

0.

cece

ee

eee

aeee

14

PRE

AMP

(X08-1510-10)..

0.2.0.0.

eece

ee

eeeeeeees

14

CONTROL

(X11-1320-10,

-11).

2...

cece

cee eee

ee

eeee

14

_

SUB-MUTING

(X13-2350-10)

...

cece

eee

ee

eee

15

PC

BOARD

;

POWER

SUPPLY

4A)..s

a2<s¢ct

0400

4o48e

Saw

ys

Gres

16

POWER

SUPPLY1(8)

-avue

wrechan

novesn

anguoeaha

hare

16

SUB:

MUTING:

csi

Pua

A%

nate

curt

aay

Set

M

bah

nae

asy

se

16

POWER

SUPPLY

(0);

-cauexelu

cnierdale

vate

obs

17

PREAMPS

at

sevice

eta

s.aom

deste

wautardadame

noniee

17

PUNER:.

cine

tatntcntdAurca

\

cide

tara

Raha

sabeeoara’

18

POWER

AMP

ctr

d

ncmc

rie

in

Se

Oe

alata

Came

Gare,

19

CONTR

Ole

cicz

eccrine

ee

Daud

ike

ms

Gaia

teat

20

(WNGAMP

<S.5

aria

tataie

Sate

rain

ee

oa

tcehease

ote

20

SPECIFICATIONS.

«0.00

6500<2%00dtcentetedatacaevs

21

}

EXTERNAL

VIEW

KR-7600

*

Panel

ass’y

“F

tal

Dial

pointer

Knob

pea

(B21-0010-05)

(K21-0317-04)

Dial

calibrations

(B20-0384-03)

Escutcheon

-(BO7-0183-05)

[@—_—_——_——_—____——*

Side

pane!

Dress

board

(a21-0266-03)—____~

[jn]

=

+

>

a

4

Knob

(K23-0247-04)

Knob

___

=

~¢@

-_

ga

h-Oee.

ei

(K27-0040-04)

a

ee

oe

ae

oan

>

a

Qe

Mie

jack

x

:

2

(E11-0065-05)

*

Leg

S

meter

(B31-0248-05)

Escutcheon

(BO7-0184-04)

Escutcheon

:

BO7-0189-04)

;

Phone

jack

T

meter

Knob

'

eer

15)

(B31-0249-05)

(K27-0041-04)

Knob

(K23-0243-03)

Knob

KR-6600

(K21-0317-04)

*

Front

glass

Dial

pointer

Dial

calibrations

*

i

(B21-0010-05)

(B20-0384-03)

Panel

ass’y

‘|

Escutcheon

: i 7 ‘

.

}

(BO7-0183-05)

Dress

board

A)

.

:

{(A21-0265-03)

+

:

SS”

Side

panel

Knob

(oS

Knob

(K23-0247-04)

(K27-0040-04)

Mic

jack

(E11-0065-05)

s

t

Knob

*

Leg

pes

(K27-0041-04)

(B31-0248-05)

eneb

Phone

jack

T

meter

(K23-0243-03)

Fee

g188-04)

(E11-0060-15)

(B31-0249-05)

*

Rear

panel

Speaker

terminal

(E21-0003-05)

Screw

terminal

2

(E21-0002-08)

‘@-———_———*

Case

holding

plate

*

Slide

switch

fee

eee

Sag

Power

cord

*DIN

antenna

terminal

*

DIN

antenna

terminal

“

Refer

to

Destinations’

parts

list.

3

i

4

INTERNAL

VIEW/DISASSEMBLY

KR-6600

Electrolytic

capacitor.

Power

supply

unit

(C)

—

(¢99.9331-05)

(X00-1790-10)

*

Tuner

unit

*

Power

transformer

Dial

pointer

rail

(J90-0078-03)

Lamp

ass’y

*

Power

(A70-0103-05)

supply

unit

Power

amp

unit

Power

supply

unit

(A)

(B)

(X07-1450-10)

(X00-1770-10)

DISASSEMBLY

PREAMP

REPAIRING

=

Remove

the

screws

fixing

the

rear

panel

to

the

chassis.

2.

The

set

can

be

disassembled

as

shown.

3.

After

repairing,

assemble

the

set

taking

care

of

the

rotary

switch

position.

usd

Sey

sess

ao

Control

unit

Mic

amp

unit

(X11-1320-11)

(X08-1490-10)

*

Refer

to

Destinations’

parts

list.

POWER

AMP

REPAIRING

1.

Remove

the

screws

fixing

the

heat

sink

to

the

chassis.

2.

Remove

the

mini-connector

of

the

power

amp

unit.

3.

Pull

out

the

power

amp

unit

from

the

top

side

of

the

set

and

assemble

it

as

shown.

1

i

|

1

i

1

i

1

ie

|

i

|

i

DIAL

CORD

STRINGING/BLOCK

DIAGRAM

DIAL

CORD

STRINGING

Fully

open

the

variable

capacitor.

2.

Fix

the

dial

pulley

to

the

shaft

of

the

variable

capacitor

using

2

screws

as

shown,

3.

Tie

the

dial

cord

to

the

boss

A.

Dress

the

dial

cord

in

the

direction

of

‘1’

to

'2”’.

5.

Wind

the

dial

cord

3

turns

around

the

dial

shaft

starting

from

its

lower

side,

then

dress

it

in

the

direction

of

“3”

t0"7"*.

6.

Wind

the

dial

cord

2

turns

and

a

half

around

the

dial

pulley

starting

from

its

lower

side

and

tie

it

to

the

boss

B.

7,

Fully

close

the

variable

capacitor.

8.

Mount

the

dial

pointer

as

shown

in

the

illustration.

=

S

FM

88

¢

eeoccececeeQoeeeseese0

BLOCK

DIAGRAM

TUNER

DET

{X05-1320-11)

$4

25uS

FM

MUTING

RF

MIX

IF

Tg6

Qg4

BANE

Tg)

=

O91

ya

Tg

CFg2CFg3

wre

TAB

Al

i

TOS!

SUB

MUTING

(X13-2350-10)

Qd4

|

PREAMP

/

:

Dost

aoe

:

MUTING

(x08-1510-10)

/

;

{

TO

/

LL———4

POWER

SUPPLY

/

t=

=S>

y

CFg4

Tg8

eee

ee

my

r

I

TON

ONE

\

VRI3

VARIG

DEFEAT

(x08

1510-10)

vere)

|

sé

ACOUSTIC

a=

SS

SSeS

soe

eS

nee

7

;

7.

B1ais14

LOW

HIGH

|

co

1

i

MAIN

BALANCE

F

a

SHS

Sont

I

mono

Rev

Loup

|

“it

Vine

s

POWER

|

s9

$10

SB

I

AMP

PHONO!

(©)

a

ae

|

7

1

\ |

Cit,

2

PHONO

2©)

|

!

|

bo

——"—SatRoL

patas2040)

KA76000°°°

CONT

-1320-

:

a

>

It

“TORCH

(11)

KR-6600

|

a

weeeeeees

KA-7600

|

APLAY

om

|

BREC

(on

|

SrEARERS

|

Qe1~Qe24

'

ASP

|

P

BPLAY

o-

in

|

atare

(O°

|

pee

-

rr

---9-9

eee

C7

ry

i

ae

POWER

AMP

KR-7600

(X07-1450-11)

ties

KR-6600

(X07-1450-10}

VRs1

S15

I

t

MIC

MIX

OC

PROTECTION

(X00-1770-10)

(

Oe

eee

ad

MIC

AMP

(X08-1490-10)

CIRCUIT

DESCRIPTIONS

FM

RF

Qgi:

MOS-FET,

RF

amp

=

Dg1:

Limiter

Qg2:

Mixer

Dg2:

Poping-noise

elimina-

tion

for

AM-FM

switch-

over

Qg3:

Local

oscillator

Dg3:

Reverse

current

pre-

vention

Qg4:

IF

amp

-

IF

CIRCUIT

The

IF

circuit

employs

IC

HA1137W

in

which

quadra-

ture

detector

circuit,

muting

circuit,

and

meter

circuit

are

incorporated.

(See

block

diagram.)

Quadrature

detection

is

a

sort

of

phase

detection.

A

signal

from

the

third

IF

AMP

is

directly

applied

to

one

side

of

input

circuits

of

the’

multiplier

of

quadrature

detector,

and

another

signal

is

applied

to

the

other

side

through

the

phase

shifter

of

Tg6.

The

variable

in

phase

difference

obtained

from

these

two

signals

is

utilized

for

detection.

50

iF

7

Jin

IF

IN

‘uedrotu

ie

o>

[]

Md

pet

deta:

MPX

IC

1Cq2

‘Sub-muting

{X13-2350-10)

S

moter

Fig.

1

HA1137W

BLOCK

DIAGRAM

FM

MUTING

CIRCUIT

The

FM

muting

circuit

employs

Qd2

(Qd3)

of

the

pre-

amplifier

unit

as

a

switching

element.

The

operating

voltage

for

muting

is

taken

out

of

the

muting

circuit

within

the

IC.

—DETECTION

PROCEDURE-—

Intensity

of

input

level

is

detected

from

a

position

where

a

signal

equivalent

to

the

quadrature

detection

input

is

obtainable

(NOISE

DETECTOR).

The

obtained

signal

is

supplied

to

the

MUTE

DRIVER

CIRCUIT.

On

the

other

hand,

DC

output

(discrimination

curve)

of

the

quadrature

detector

is

fed

to

the

OV

SWITCH

and

out-

put

is

generated

as

shown

in

Fig.

2-(a).

This

output

and

above-mentioned

input

level

detecting

signal

are

put

in

the

OR

CIRCUIT,

thus

generating

an

OR

output

as

shown

in

Fig.

2-(c).

(a)

O

V

Switch

Output

(b)

Mute

Driver

Circuit

Output

\F

sali

characteristic

1

Discri

curve

bc

aig

Hpi

i

TALE

7

MHz

10.7

MHz

ey

<<

circuit

{

(c)

OR

Circuit

Output

|

——+++

——

Muting

level

10.7

MHz

Fig.

2.

HA1137W

MUTING

DETECTION

Namely,

when

the

input

signal

is

weak

or

deviates

from

the

discrimination

curve

of

the

FM

detector,

operating

voltage

for

muting

is

generated

exceeding

the

muting

level.

(The

muting

start

!evel

corresponds

to

the

antenna

input

below

8uV.)

This

operating

voltage

is

processed

for

wave-form

trimming

at

the

Schmidt

circuit

of

the

SUB-MUTING

unit

(X13-2350-10)

and

then

used

as a

trigger

signal

for

ON-OFF

switching

of

Od4.

Muting

start

voltage

=

Qp2:

ON

>

Qp1:

OFF

>

Qd4:

OFF

When

S3

is

ON

(OQd4:

OFF),

FM

+B

is

directly

applied

to

the

gate

circuit

of

FET

Qd2

(Od3)

and

FET

is

switch-

ed

on

(FET

turned

on).

When

Qd4

is

ON,

gate

voltage

of

Qd2

(Qd3)

is

lowered

and

FET

is

switched

off

(FET

turned

off).

When

S3

is

OFF,

+B

is

always

maintained

at

the

gate

circuit

of

FET

which

is

therefore

turned

on.

This

operating

voltage

for

muting

is

also

apptied

to

terminal

No.

12

of

MPX

IC

(the

forced

MONO

circuit)

for

the

prevention

of

misoperation

of

ST

lamp.

Tx13-

2350-10

Tx05-1320-111

Qp2

Qd2

(ad3)

18

4

=

1

fe

ee

Le

ee

$3:

Muting

ON

Fig.

3

DETECTION

PROCEDURE

FM-MPX

The

FM-MPX

circuit

employs

newly

designed

MPX

IC,

HA1196.

(See

block

diagram.)

Compared

with

con-

ventional

HA1156,

the

distortion

factor

is

very

low.

VCO

is

adjusted

to

76

kHz.

For

FM

dolby

broadcast,

the

de-emphasis

circuit

is

switched

over

to

25usec

(S4).

CIRCUIT

DESCRIPTIONS

/TROUBLESHOOTING

Stabilized

power

supply

Fig.

4

HA1196

BLOCK

DIAGRAM

PROTECTION

1.

ASO

detection

protection:

Power

AMP

Qe9~Qe16

2.

DC

protection:

Power

supply

Qk2~

4

When

DC

voltage

is

generated

at

the

power

amplifier,

the

relay

is

released

and

the

output

circuit

is

cut

off.

Qk3

is

turned

on

when

+

voltage

is

generated,

while

OQk2

is

turned

on

when

—

voltage

is

generated.

When

either

one

is

turned

on,

Ok4

is

turned

off

and

the

relay

is

released.

TROUBLESHOOTING

tans

cas

Check

the

func-

(Others:

OK)

tion

of

S-meter

No

PHONO

Check

the

fol-

lowing

parts:

ICd1,

2

Check

the

func-

tion

of

S-meter

Check

the

func-

tion

of

T-meter

Check

the

foi-

lowing

parts:

Qg3

Inter-station

noise

heard

Output

(Others:

OK)

Check

the

fol-

lowing

Parts:

Qg4,

1Cg1

Inter-station

noise

not

heard

Check

the

fol-

lowing

parts:

Qd1

No

AM

recep-

tion

(Others:

OK)

Check

the

fol-

lowing

point

{ICg3

terminal

10:

12V

d.c.}

Check

the

fol-

lowing

parts:

ICg3

Check

the

fol-

lowing

parts:

Qg5

Check

the

posi-

tion

of

TAPE

MONITOR

switch

Check

the

center

voltage

of

the

power

amp

(Cen-

ter

voltage:

OV)

Check

the

func-

tion

of

protec-

tion

relay

No

output

from

both

ch,

‘on

all

modes

No

output

from

one

side

Check

the

power

voltage

of

each

stages

Check

the

fol-

lowing

parts:

1Ci1

Check

the

posi-

tion

of

BAL-

ANCE

control

Check

the

fol-

lowing

parts

ICi1,

Qi1,2

Check

the

power

amp

AM

TUNER

The

exclusively

designed

IC

HA1151

is

adopted.

In

this

circuit,

Qd1

is

used

for

the

prevention

of

shock

noise

which

occurs

at

time

of

switching

on

in

AM

setting.

1.

Power

SW ON

(transient)

Ok4

>

OFF

AM

MUT

terminal

>

+

voltage

Qd1—>

ON

2.

Steady

state

after

power

SW ON

Qk4—7

ON

AM

MUT

terminal

—

-voltage

Qdi—>

OFF

Check

the

FM

output

of

ICg2.

(IC's

terminal

No.

6,

7)

Check

the

fol-

lowing

parts:

Qd2~4

Check

the

fol-

lowing

parts:

Qg1,2

Check

the

fol-

lowing

parts:

ICg2

Check

the

fol-

lowing

parts:

1Cg1

Check

the

pro-

tection

circuit

(Qk2~4)

NG

1

i

4

ADJUSTMENTS

TEST

EQUIPMENTS

NOTE

RF

signal

generator

...-....

2-0

eevee

ence

ences

RF-SG

*

Tuning

dial

is

set

to

the

proper

point

corresponding

to

no

radio

stations.

Oscilloscope:

oe

aie

Soden

le

Be

aay

oe

eee

a

eee

scope

*RF-SG

is

set

to

the

lowest

response

possible

on

oscilloscope.

i

Solid

state

volt

meter

(input

impedance:

more

thaniMQ)..SSVM

“The

output

level

of

RF-SG

is

made

a

6

dB

drop

by

the

dummy

ant.

i

FM

stereo

generator

....-...

0.2...

ete

eet

tee

MPX-SG

*The

input

level

60

dB

means

66

dB

on

RF-SG.

Frequency

counter

“Repeat

TRACKING

adjustment

several

times

and

confirm

the

recep-

Distortion

meter

tion

of

broadcasting.

*Test

point

is

shown

in

the

schematic.

diagram.

TEST

EQUIPMENTS

RECEIVER

OUTPUT

ADJUSTMENT

CONNECTION

zal

SETTING SETTING

INDICATOR

POINTS

REMARKS

RF-SG

to

ANT

98

MHz({60

dB)

SSVM

&

scope

Maximum

terminal

via

1kHz

(Mod)

98

MHz

to

REC

jack

deflection

dummy

ant.

75

kHz

(Dev)

(L)

Make

the

pointer

Tg6

A

‘

T

meter

position

in

the

cen-

(bottom)

ter

of

the

meter

RF-SG

to

ANT

98

MHz

(60dB)

SSVM

&

scope

Tg6

Maximum

deflec-

terminal

via

1kHz

(Mod)

to

REC

jack

(top)

tion

&

minimum

(L)

distortion

dummy

ant.

75

kHz

(Dev)

98

MHz

.

1

kHz

(Mod)

.

Confirm

output

OUTPUT

dittd

75

kHz

(Dev)

ite

voltage

is

700

mV

60

dB

(input)

90

MHz

41

kHz

(Mod)

75

kHz

(Dev)

Maximum

TRACKING

108

MHz

deflection

1

kHz

(Mod)

75

kHz

(Dev)

vco

preg.

counteryia

Counter

indi-

207

ane

cates

76

kHz

(Fig.

2)

or

SSVM

to

TP1

98

MHz

a

MPX-SG

to

SSVM

&

scope

Minimum

cross-

ON

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to

REC

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talk

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L

or

R

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{

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i

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scope

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distortion

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TION

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60

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to

ANT

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scope

Maximum

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via

400

Hz,

30%

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1000

kHz

to

REC

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CFg4

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dummy

ant.

100

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(L)

600

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9

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t

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VRei,

2

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6

(23)

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13

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3)

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terminal

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100

$14

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lav

IC:RC4558TA

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a

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Fig.

1

Parts

Location

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Unit

Fig.

2

20

~

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PARTS

LIST

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10

Kenwood KR-6600 User manual

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