Kenwood KA-1100D Bedienungsanleitung

KA

110

OD

KE

NiV/O1@)

D)

KENWOOD

CORPORATION

SERVICE

MANUAL

C

1986-7

PRINTED

IN

JAPAN

B51-3007-00(B)1154

Panel

ass‘y

Metallic

cabinet

Knob

ass’y

(A20-4963-02)

Knob

ass’y

(A01-1506-01}

(K29-1980-04)

x3

(K29-2486-04)

Knob

ass'y

(K29-2303-04)

x2

(K29-25

10-04)

{K29-2432-03)

Foot

oe

(JO2-0182-05)

Phone

jack

Knob

ass’y

Phono

jack

Knob

ass‘y

(E11-0162-05)

(K29-2431-04)

x5

(E13-0233-05)

(K29-1980-04)

x2

Knob

(K29-2305-04)

x2

(K29-2305-04)

x2

Power

cord

bushing

(J42-0083-05)

Phono

jack

(6P)

(E13-0624-05)

x2

AC

outlet*

(F03-0036-05)

AC

outlet’

({f03

-0077-05)

Binding

post

(E21-0006-25)

AC

power

cord”

(BO-}

Phono

jack

(2P)

Phono

jack{6P)

Phono

jack

Screw

terminal

board

(8P)

(E13-0236-05)

(E13-0628-05)

(E13-0235-05)

(£20-0824-05)

*

Refer

to

parts

list

on

page1

B-

KA-1100D

°

2

©

3°

DISASSEMBLY

FOR

REPAIR

Remove

the

8

screws

on

the

top

cover.

Remove

the

top

cover

in

the

direction

of

the

arrow.

Remove

the

7

screws

on

the

front

panel.

Remove

the

7

knobs

on

the

front

panel.

Remove

the

nuts

from

the

front

panel

without

damaging

the

panel

itself.

Loosen

the

4

screws

shown

in

exploded-view

ref.

15.

©

Remove

the

front

panel

in

the

direction

of

the

arrow.

@

Observe

the

following

cautions

when

installing

the

front

panel.

@

Remove

the

screw

on

the

fitting

on

the

power

switch.

©

When

installing

the

fitting.

align

it

with

the

sub-

chassis

groove.

@®

Remove

the

4

screws

on

the

terminal

cover.

@®

Remove

the

terminal

cover

in

the

direction

of

the

arrow.

Remove

the

3

screws

on

the

(X11)

(A/6)

PCB.

Remove

the

CN7

flexible

cord

on

the

PCB

in

the

direc-

tion

of

the

arrow.

Remove

the

item

pictured

in

exploded-view

ref.

29

using

a

pair

of

pliers.

Remove

the

PCB

in

the

direction

of

the

arrow.

8

66

0000

OO

°

DISASSEMBLY

FOR

REPAIR

Remove

the

4

screws

on

the

terminal

cover.

Remove

the

terminal

cover

in*the

direction

of

the

arrow.

Loosen

halfway

the

6

screws

on

the

bottom

cover.

Remove

the

2

screws

on

the

bottom

cover.

Remove

the

2

screws

on

the

AUX

jack.

Remove

the

2

screws

on

the

PHONES

jack.

Slide

the

AUX

jack

into

the

slot

in

the

bottom

cover

in

the

direction

of

the

arrow.

Slide

the

PHONES

jack

into

the

slot

in

the

bottom

cover

in

the

direction

of

the

arrow.

Remove

the

bottom

cover

from

the

main

unit

in

the

di-

rectionof

the

arrow.

KA-1100D

YOLVOIONI

K}

SNINNIM

’74

yoo9

he

aNOHd

QV3H

yoo

O

©)

INO

3ud

(L0X)

9e~Et0

©)

avie

NOILD310¥d

Uaarya

waliwn

>

3dV1

Away

“Vas

(©)

234

auanvads

+

adVi

1s

<x

S,

@

3avl

=

vuavads

+

@

LS

ary

wiv

|

©)

234

5

uanvads

215

qa

«1

@-0zEz-

20x

4

©)

Avid

==

SS3NGNO1

ZS

sae

hag

Q

AQNANOTYS

aoe

V

adVl

LHOIWHLS

es

,

p

V7

ania

(SZ

aaAa9

So

‘HO

MAHLO3HL

OL

OY)

©)

23u

gots

OS

Ph

Od)

3oNVIVve

onal

191

5)

xnv

Lalla

p

LNOU4

Wu

3WNI0A

O—r0

X«

()

X)

©)

xnv

ml

ZUA

ne

|

Se,

e,

7,

DINOS8NS

300N

3dVL/

ER

LNOYd

/

43

oo}

Boe

dale

“

x

YIAQNUNL

(

4-95

0-95

394NOS

=

©)

wBNNL

y

b-2S

3793u1

Ssv8

|

[rwos:

|

;

193410

a2

=

pyr

fl

SUA

|

ta

©)

19

aT

|

aioe

(QOX)

ZZ~G10

‘29

|

=a]

USATNC

1as3au

BANG

|_|

ee

L@

ano

NO:43MOd

~

:

I

<>

.

(80X)

6b~SPO'ED

&)

)

©)

ONOHd

Wacr

W/W

AUwIeO

(OW)

dNV

03

(2Z0X)

1S

(80X)

18~10

‘191

Q371:4aMod

UNGH

(apog-)ONILAW

KA

vs

YY

CIRCU

Main

Amplifier

Unit

(XO07-2320-81)

KA-1100D

IT

DESCRIPTION

Preamplifier

Unit

(X08-2180-81)

Ref.

No.

Application/Function

Description

aQi~4

Predriver

|

aQ5~8

|

Predriver

ul

aQ9g9~20

Cascode

bootstrap

circuit

Comprises

the

VIG

(Voltage

Interface

Gate)

circuit.

9,

10,

13

and

14

are

the

constant

voltage

circuits.

Q11,

12,

15

and

16

are

the

buffer.

Q17—

20

is

the

base

ground

and

comprises

the

Cascode

ground.

Q21,

22

Bias

circuit

For

final

transistor

temperature

compensation.

Q23,

24

Constant

current

circuit

Main

class

A

initial

differential

circuit.

Increases

CMRR

(Common

Mode

Rejection

Ratio)

{and

SVRR

(Supression

Voltage

Rejection

Ratio).

Q25

~28

High

power

High

output

final

transistor.

|

Q29~32

Low

power

Low

power

final

transistor.

Q33

~36

Current

limiter

Imposes

power

current

control

on

the

final

transistor

during

overload

drive.

Q51~54

Constant

voltage

circuit

Main

class

A-stage

constant

voltage

circuit.

0.51

and

52

are

the

control

transformers.

Q53

and

54

comprise

the

error

amplifier.

Q55,

56

[

Protection

driver

Ripple

eliminator

circuit

inserted

in

the

class

A

initial

B

line.

Q57

Constant

voltage

circuit

Transmits

Q33

and

34

current

limiter

operation

signals

to

the

protection

IC

(IC3).

[

058

Constant

voltage

circuit

Muting

relay

and

tact

switch

drive

circuit

constant

voltage

circuit.

Q59

~62

Constant

voltage

circuit

Equalizer

amplifier

constant

voltage

power

circuit.

59

and

60

are

the

control.

Q61

and

|

{|

62

comprise

the

error

amplifier.

IC1,2

DLD

switching

IC

DLD

High-Low

switching

circuit.

IC3

Protection

IC

Performs

output

relay

control

during

limiting

when

the

power

is

turned

on

or

off,

when

al

there

is

DC

leakage

to

the

SP

terminal,

and

if

there

are

overloads.

Ref.

No.

Application/Function

Operation

aQi~4

EQ

MC

initial

differential

amplification

circuit

Q5~-8

EQ

initial

Cascode

circuit

Q19~22

Q9,

10,

23,24

|

EQ

constant

voltage

circuit

Improves

initial

error

SVRR

and

CMRP.

Qi1~14

EQ

MC

output

emitter

follower

circuit

Q15~18

EQ

MM

initial

differential

amplification

circuit

|

[

Q25,

26

Class

A

initial

error

amplification

circuit

Q27

~30

Class

A

initial

Cascode

circuit

Q31

—~34

Class

A

second-stage

error

amplification

circuit

Q35

~38

Class

A

third-stage

error

amplification

circuit

Q39~42

|

ClassA

Cascode

circuit

O43,

44

Class

A

current

mirror

circuit

045

~49

Muting

control,

drive

circuit

Muting

lamp

and

relay

control

and

drive.

IC

1,2

{|

EQ-use

OP

Amp

IC

IC3

Muting

circuit-use

J-K

flip-flop.

a

KA-1100D

CIRCUIT

DESCRIPTION

Control

Unit

(X11-2280-81)

Ref.

No.

Application/Function

Operation

IC1

.

Tone

control

circuit

IC

Qi

Lamp

constant

voltage,

circuit

Keeps

the

voltage applied

to

the

lamp

at

27

voits.

t

Q2,3

Winking

circuit

The LED

lights

up

when

the

power

display

and

set

are

operating

properly.

The

LED

flashes

during

the

5-second

interval

between

the

time

the

power

is

turned

on

and

when

the

amplifier

stabilizes.

The

LED

also

flashes

if

the

main

amplifier

is

not

working

properly

and

the

protection

circuit

has

been

activated.

New

VIG

DLD

Circuit

1.

Features

As

the

successor

model!

to

the

KA-1100SD,

the

KA-1100D

retains

the

rich

array

of

functions

available

on

the

KA-1100SD,

making

the

KA-1100D

the

perfect

amplifier

for

a

sophisticated

model

like

the

KA-990V.

The

KA-1100D

incorporates

new

technology

appropriate

for

an

up-market

integrated

amplifier,

such

as:

1.

Anew

VIG

DLD

(Dynamic

Linear

Drive)

circuit

2.

Adual

phono

equalizer

3.

Adual

REC

OUT

switch

2.A

New

VIG

DLD

Circuit

Refer

to

the

KA-990V

new-product

data

for

an

explanation

of

the

principle

on

which

VIG

operates.

The

configuration

of

the

VIG

circuit

incorporated

in

the

current

KA-990V

is

depicted

in

Figure

1.

In

addition

to

preventing

the

influx

of

undesirable

power

source

components

(such

as

ripples)

into

the

Q1

driver

transistor,

the

VIG

circuit

also

applies

a

bootstrap

to

the

output

as

shown

in

Figure

1A.

The

output

from

the

VIG

then

follows

the

output

from

the

amplifier

in

a

constant

voltage

shift

pattern.

The

input

signal

is

no

longer

ab-

sorbed

by

the

power

source

according

to

the

potential

which

exists

between

the

input

and

the

power,

and

high-

frequency

characteristics

and

distortion

rates

are

im-

proved.

Power

source

Q2

final

transistor

Driver

transistor

Figure

1

Configuration

of

a

Conventional

VIG

Circuit

As

a

result,

the

voltage

across

the

output

of

Q1

(the

emit-

ter)

and

the

power

source

(the

collector)

is

held

constant

whether

or

not

there

is

a

signal

(see

Figure

2).

This

insertion

of

a

VIG

circuit

in

the

initial

stage

of

a

Darl-

ington

connection

circuit

means

that

undesirable

power

source

components

do

not

undergo

current

amplification

at

Q2,

the

final

transistor.

In

other

words,

large-capacity

power

sources

free

of

ripples

become

the

norm.

Power

source

eet

eee

tet

et

Sth

he

Amplifier

Ripple-free

power

at

constant

voltage

Figure

2

VIG

Output

and

Amplifier

Output

Constant

voltage

TaN

Voltage

shifts

according

to

Q1

Q2

base

emitter

—_Intervailic

voltage

(shifts)

Figure

3

VB-E

and

VIG

Output

CIRCUIT

DESCRIPTION

Upon

further

investigation,

however,

doubts

arose

con-

cerning

operation

of

the

Q2

driver

transistor

at

the

above-

mentioned

constant

voltage.

That

is,

the

voltage

across

he

transistor

base

and

emitter

could

be

thought

of

as

nor-

mally

about

0.6

volts,

but

the

final

transistor

voltage

shift-

ed

between

0.6

to

about

2.0

volts

in

keeping

with

the

output

Current

(see

Figure

3}.

in

the

conventional

configu-

ation

depicted

in

Figure

1,

this

shift

caused

the

voltage

applied

to

the

driver

transistor

Q1

to

shift

as

well.

It

ecame

clear

that

with

the

conventional

configuration

un-

desirable

power

source

components

were

suppressed,

but

this

in

turn

produced

new

voltage

shift

components.

The

new

VIG

circuit

applies

a

bootstrap

to

the

Q2

final

transistor

base

as

shown

in

Figure

4. In

addition,

a

buffer

has

been

inserted

so

that

any

undesirable

power

source

components

which

may

leak

through

the

bootstrap

do

not

undergo

current

amplification

at

Q2.

Power

source

VIG

>

UL

|

ole

,,

mS

Transter

o

Output

om

Figure

4

Configuration

of

the

New

VIG

Circuit

With

this

configuration,

the

new

VIG

circuit

permits

capacities

to

be

utilized

to

the

fullest

extent.

Undesirable

power

source

components

can

be

sup-

pressed,

as

can

the

shift

component

produced

by

opera-

tion

of

the

circuit

itself,

for

effectiveness

25

times

greater

than

that

of

conventional

circuit

configurations.

This

per-

mits

Q1

to

operate

at

an

ideal

constant

voltage

and

allows

only

very

pure

signals

to

be

input

to

the

final

transistor,

making

possible

“cleaner”

overall

amplification.

3.

Effects

of

the

New

VIG

Circuit

tS

OF

amplifier

of

ripples

and

signal

compo-

nents

caused

by

the

power

source,

as

well

as

the

cross

modulation

distortion

to

which

they

give

rise,

are

drastically

reduced

for

clear,

sharp

audio.

2.

Power

can

be

boosted

accordingly

(over

10

times

con-

ventional

levels)

for

brilliant

audio.

3.

Improves

raw

effects

at

the

pre-negative

feedback

vol-

tage

amplification

stage

for

broad

band,

low-

distortion

sound.

4.

Reduces

dynamic

crosstalk

and

other

power

source-

induced

interference.

4.

Dual

REC

OUT

REC

1,

2,

3

output

the

signals

indicated

in

the

chart

at

ight.

REC

1

functions

as

the

source

selector,

while

REC

func-

ions

as

the

Rec

selector.

During

tape

dubbing,

the

source

signal

is

output

at

the

playback

TAPE

REC-OUT.

[PosirioN

REC]

|

REC2

REC

3

i

OFF OFF

PHONO-2,.3}

SOURCE

PHONO

CD

2.3)

SOUREC

CD

|

TUNER

2,3

SOUREC

|

TUNER

|

TAPE

A>2,3)

SOUREC

PLAY

1

PLAY

1

TAPE

B-1,3|

PLAY

2

SOUREC

PLAY

2

Note:

Signal

selected

by

the

SOURCE

INPUT

SEL.

TONE

mMoow

me

SONIC

DIRECT

TO

MAIN

MONO

LINE

-ST

BAL

STRAIGHT

LOUD

NESS

vei

vi

oe

©

rec

|

REC

SEL

ptt.

fe)

REC2

i

|

LI

|

Seen

rae

aie

ans)

orf

PHONO

cp

&

TUNER

SELCTOR-TAPE!

/

TAPE2,/3

\—TAPEI>2/3

oe

]

TAPE

DUBBING

TAPE2—>

1/3

KA-1100D

ADJUSTMENT/REGLAGE

/

ABGLEICH

KA-1100D.

INPUT

OUTPUT

|

AMPLIFI

BR

i

ALIGNMENT

|

:

Now

iTEM

|__

SETTINGS

oj

SETTINGS

|

=

SETTINGS

=|

POINTS

=f

SS

ALIGN

FOR,

FIG

|

Connect

a

DC

IDLE

|

voltmeter

across

|

YR

CL)

]

CURRENT

|

=

|

CP8

(CL)

VOLUME:

0

|

VR2

CR)

omy

|

CP4

(R)

|

REGLAGE

DE

REGLAGE

DE

REGLAGE

DE

|

POINS

|

ITEM

|

ENTREE

|

LA

SORTIE,

LL

AMPLIPICATEUR

|

L’ALIGNEMENT

|

ALIGNER

POUR

|

FIG.

|

Connecter

un

|

COURANT

DE

|

voltmétre

de

CC

sur

|

VRL

(G6)

|

1

POLARISATION

|

os

|

CP3

(G)

|

VOLUME:

0

|

VR2

CD)

i

9mV

—

|

CP4

(D)

|

EINGANGS-

AUSGANGS-

|

VERSTARKER

ABGLEICH-

:

|_NR.

|

GBGENSTAND

|

——EINSTELLUNG

|

_—sBINSTELLUNG

——,_—_EINSTELLUNG

__PUNKTE

|

ABGLEICHEN

FUR

|

ABB.

|

Einen

|

Gleichspannungs-

|

messer

uber

|

VRI

CL)

1

|

LEERLAUPSTROM

|

=

|

CP8

CL)

|

VOLUME:

0

VR2

CR)

gmV

|

CP4

(R)

|

anschlieBen.

CHECKING

METHOD

OF

SUPER

DLD

CIRCUIT

High

(+B)

OPERATION

High

Final:

Oscilloscope

.

———-

1.

Connect

an

oscilloscope

to

LOW

(+B)

and

GND.

Powe

inal

Low(+B)

Set

the

oscilloscope

input

coupling

mode

to

AC.

eit

3m

Low

Finat-

High

Final—

1kHz

input,

89

load,

2.

Continuously

change

the

output

voltage

and

monitor

the

ripple

waveform

at

high

and

low

switching.

Photo

1

Volume

:0

3.

Connect

the

oscilloscope

to

HIGH

(—B)

and

GND.

Set

the

oscilloscope

input

coupling

mode

to

AC.

Photo

4

Volume

:0

4.

Check

on

the

opposite

channel’s

LOW

(+B)

and

HIGH

(—B)

line

in

the

same

way.

Photo

2

Just

before

switching

Photo

5

Just

before

switching

High(—B)

one

channel

driven

Photo

3

Just

after

switching

Photo

6

Just

after

switching

A-1100D

KA-1100D

PC

BOARD

FRONT

BIAS

ADJ.

POWER

SUPPLY

(X00-2390-51)

Component

Side

View

TONE

AMP

(X11-2280-81)

Component

Side

View

CONTROL

(X11-2280-81)

C/6

Component

Side

View

X11-2280-81

C/6

a»

POWER

AIVIP

(XO7-2320-81)

Component

Side

View

©

[a

|e

3°

oo)

N

2

x

mal

{Oo

ce

E

{2

[e)

o)

-

KA-I1100D

EAM

-

ic di

P

(XO8-2180-81)

Refer

to

the

schematic

diagram

for

the

values

of

resistors

and

capacitors.

Component

Side

View

Component

Side

View

Tq

[010]

Damn

ea

1010)

B)

EXPLODED

VIEW

|

ee

PARTS

LIST

Parts

without

Parts

No.

are

not

suppiled.

Les

articles

non

mentionnes

dans

le

Parts

No.

ne

sont

pas

fournis.

Telle

ohne

Parts

No.

werden

nicht

gellefert.

Ref.

No.

Address

|New

Parts

No.

Bh

€

8

Description

+

N89-

4020-46

NIO

-

2090-46

2

N30~-3006-.46

:

N46-

3010-46

.

N88

-

3008-45

1

N69-

3008-46

:

NO9-

1725-05

1

N90-

4010

-

46

1

NO9-

0333

-

05

KA-

1100D

KA-1100D

(Bi-Tap)BLK

|

N89~-3008-

45

(F

-

Tap)BLK

a

svat

gs

1

1A

*

|

AO1L-1506-01

METALLIC

CABINET

:

Fumo

re

2

»

|

AZ0-4963-02

PANEL

ASSY

2

&

wleme

ee

%

ggnnaan

s

4

2A

*

|

BO3-2132-04

DRESSING

PLATE

x

6

acne

~

B46-0122-13

WARRANTY

CARD

E

Poe

Leer

-

*

|

BSO-6412-00

INSTRUCTION

MANUAL

(ENGLISH)

-

*

|

BSO-6413-00

INSTRUCTION

MANUAL

(FRENCH)

~

*

|

BS0-6414-00

INSTRUCTION

MANUAL

(SPANISH)

-

*

|

BS0-6415-00

INSTRUCTION

MANUAL

(G:D>

1)

~

B58-0245-33

CAUTION

CARD

Ews

Coal

LB!

1

mz

mm

=

.

ACO

A}

ci

£91-0023-05

CERAMIC

O.01UF

=

Acesoy

8

3

Al

ct

£91-0647-05

CERAMIC

QO.01UF

P

ny,

3

Al

te

*

|

C90-1405-05

ELECTRA

1SOO0UF

8SWV

:

gs

:

A

£90-1407-05

ELECTRO

1SO00UF

45WV

$

PE

S515

Gl)

51>|8

13

2B

D21~-1103-03

EXTENSION

SHAFT

(CARTRIDGE)

=-

t

3

14 1B

*

|

D2l-110?-~24

EXTENSION SHAFT(REC

QUT»

SPERS)

©

8

rd

a

D2e2-0047-04

SHAFT

COUPLING

PHONO

DIRECT

STRAIGHT

MM_

MC

PHONO

DIRECT

STRAIGHT

£03-0036-05

AL

QUTLET

M

s

4

17

1c

E21-0006-25

BINDING

P&ST

8

4

A)

19

ic

E30-0580-05

AC

PRWER

CORD

E

Py

al>2

AY

19

1c

E30-0812-05

AC

PQWER

CARD

M

5

8

g

2

A)

F4

1B

FOS-4025-05

FUSE

(SEMKQ)

(250V

T4A)

E

AI

F132

1c

FOS-4022-05

FUSE

(250

4A)

M

MONITOR

AUX

1/2

TUNER

CO.

MONITOR

AUXI/2

TUNER

CO

-—DAT/

TAPE

SELECTOR——

———INPUT

SELECTOR———

CO

1

Q

g

2

20

GO1-0489-04

COMPRESSION

SPRING(MUTING)

.

‘

2

@O1-1751-04

COMPRESSION

SPRING

#2

|s

*

|

HO1-?7309-04

ITEM

CARTON

CASE

als

|

i

-

*

|

H10-3339-02

POLYSTYRENE

FOAMED

FIXTURE

Rife)

|

8

~

+

|

H10-3340-02

POLYSTYRENE

FAMED

FIXTURE

oe}

|y

-

H25-0232-04

PROTECTION

BAG

(235X350)

aXe

E

“Tol

g

:

|

H25-0274-04

PROTECTION

BAG

Fo

|e

@

oh

lA

s

2?

J19-0586-05

UNIT

HOLDER

83x

gS

28

1a

*

|

JO2-0182-05

FOOT

a

33

29

1B.

28

J19-0515-05

UNIT

H&LDER

30

2H

J19-2536-05

UNIT

HOLDER

J42-0083-05

FQWER

CORD

BUSHING

J61-0307-05

WIRE

BAND

2

K29-2432-03

KNAB

ASSY

(PQWER

)

3?

2As2B

k29~-1980-04

KNOB

ASS

(TAPE)

38

2B

K29~-2243-04

KNQB

ASSY

CAUX)

39

2

*

|

K29-2510-04

KNOB

ASSY

(VOLUME

CONTROL

k29-2303-04

KNOB

(REC

QUT:SFKERS)

.

2

K29-2305-04

KNOB

(BASS:

TREBs

BAL

)

43 2B

K29-2431-04

KNOB

ASS

(BUTTON)

|

K29-24B86-04

KN@B

ASSY

(MUT

ING

)

45

1B

*

|

LOI-?342-05

POWER

TRANSFORMER

a)

©

|

LOL-7345-05

PAWER

TRANSFORMER

B

2A

N10~-2090-46

HEXAGON

NUT

(M9)

H

©

|

NO9-1

729-05

TAPTITE

SCREW

$70-0100-05

REMOTE

SWITCH

SHAFTCREIZ

QUT)

E:

Scandinavia

&

Europe

H:Audio

Club

K:USA

P:Canada

©

W:Europe

T:England

—-U:

PX(Far

East,

Hawaii)

11

Parts

with

the

exploded

numbers

larger

than

700

are

not

supplied.

UE

:

AAFES(Europe)

X:

Australia

M: Other

Areas

AX

indicates

safety

critical

components.

>

New

Parts

without

Parts

No.

are

not

supplled.

PARTS

LIST

Les

articles

non

mentionnes

dans

le

Parts

No.

ne

sont

pas

fournis.

Telle

onne

Parts

No.

werden

nicht

gellefert.

Ref.

No.

Address

|New

Parts

No.

Parts

SRES

f&&

8G

8B

&

as

50

:

$90-0093-05

51

1c

$90-0094-05

1c

$90-0095-05

359-

1055-05

1B

$40-1094-05

Description

;

Desti-

Bh

BSR

tt

i)

REMATE

SWITCH

SHAFT

(SPEAKERS

)

REMOTE

WIRE

REMOTE

WIRE

THERMAL

SWITCH

PUSH

SWITCH

(POWER

TYPE)

KA-1100D

Wavnee

8,

nation

(REC

QUT)

(SPEAKERS

)

POWER

SUPPLY

UNIT

(X00-2390-51)

>

New

Parts

without

Parts

No.

are

not

supplied.

PARTS

LIST

Les

articles

non

mentionnes

dans

le

Parts

No.

ne

sont

pas

fournis.

Telle

ohne

Parts

No.

werden

nicht

gellefert.

Ref.

No.

Address

|New

Parts

No.

Parts

SRES

(f&

|

Bh

8

Cl4SSLi1Hisid

E23-0125-05

E13-0236-05

E13-0235-05

Description

Bh

Z/SR

CERAMIC

TERMINAL

1S0FF

PHONG

JACK

(2P)

PHONE

PHANG

JACK

(2F)

PRE

QUT

E11-0162-05

PHONE

JACK

(3F)

PH@NES

Desti-

nation

a

i)

C91-0023-05

CERAMIC

0.

Q1UF

AL2S0V

L40-1011-47

SMALL

FIXED

INDUCTOR

(1OOUH:K)

291-064?-05

CERAMIC

0.

O1UF

FP

NO9-0333-05

TAPPING

SCREW

(@3X12)

E03-007?-05

A

SUTLET

Wd

1/6W

1/4W

RI0-0187-05

MULTI-COMP

=

0.

22X2

RNI4BK2C1960FTS

|

RN

196.0

RNL4BK

24

?S2FTS

|

RN

47.

SK

RDI4AB2EB210

FL-FRO@F

RD

820

RDI4AB2ES61S

FL--PROOF

560

J13-0041~-05

FUSE CLIP

J13-0054-05

FUSE

CLIP

$31~-2083-05

SLIDE

SWITCH

(POWER

TYPE)

POWER

AMPLIFIER

UNIT

(X07-2320-81)

rY

CEO4KWOJ102M

ELECTRO

1000UF

6.

SWV

C3

CC4SFSLIH220J

CERAMIC

22PF

J

CS

=

C91-0749-05

CERAMIC

220PF

K

co

:

CEO4KWil220M

ELECTRO

22UF

16WV

ine

eee

CF92FVIH1S3I

MF

0.01SUF

J

RDI4AB2E

1507

RD14AB2ELS1I

RD14AB2E3315

RDI4AB2E221I

RDI4GABGE2

71d

FL-PROOF

15

FL-PROOF

150

FL-PROOF

1/4W

R19

~22

R23

-26

Re? ~30

R31

-34

R33

~38

1/4W

2

FL-PROOF

FL~PROOF

FL-PROOF

R39

-46

RDI4ABCELZOI

R4? -S0

RD1I4ABZE4R?S

R61

~64

RDI4ABCE9110

R65

~68

RD14AB2E4

71S

R73

+74

RS14DB3D220JTE

C13

-16

CFI2FVIHL

227

MF

1200PF

J

17

CK45FRB2H102k

CERAMIC

1000PF

kK

(119

»2

CK45FBLH4

71K

CERAMIC

4?70PF

kK

Cel

s2

CFICFVIH473I

MF

0.

O47UF

23

FEO4KW2A010M

ELECTRA

1.

OUF

1/6W

1/4W

1/4

1/4W

RN1I4BkK2C47S2FTS

|

RN

RNI4BE2CSé620F

TS

|

RN

RDI4ABZE471J

FL.~-PROOF

RD1I4AB2ES305

FL-FROOQF

RD1I4ABZES61S

FL~-PROOF

RB1

»82

RB3

»84

R104,105

R109,110

R1iisti2

C31

-34

C91-074?-05

(235

»36

CC45FSLIH1O1T

C37

£91-0753-05

38

~40

C91-0753-05

Ci01.102

CEO4KWiHO1OM

CERAMIC

1S0OFF

CERAMIC

1O0PF

CERAMIC

470PF

CERAMIC

470PF

ELECTRO

1.

QUF

1/4W

Ww

1/4W

R118

RD14AB2E102I

Rid@islee

RDI4AB2CE4

715

R131

:

|

RSL4DB3D681JSTE

R132

RDI4ABCE

1007

R133

RD1L4ABZE4R

7S

FL-PROOF

FL~PROOF

FL-PROOF

FL~PROOF

ELECTRO

4?UF

ELECTRO

1.

OUF

ELECTRO

1LOOUF

ELECTRO

1.

OUF

3900FF

2103

CEO4kKW1iA4

70M

C104

CEO4KW2A010M

(1105

CEO4KWLALOLM

(106

CEO4KW2A010M

C107

CFIOFVIH3S92I

MF

a

re

one

oe

awa

nT

qunnGg&

oNnuae

Qantas

aW

aw

1/4W

R134

»

|

RSL4DR3D4

?2STE

R135.136

RS14DB3D182JTE

Ris?

RDI4ABZE330I

R138.139

RD1I4AB2ES60I

R141,142

RDI4AB2E

ISOS

FL-FPROOF

FL-FROOF

FL-PROOF

FL-FROQF

RD

(7108

CFI2FVLH392I

MF

C109

CEO4KWiC2e2OM

ELECTRA

22UF

}

([90-1333-05

NF

-ELEC

1QUF

CFIEFVIHE23I

MF

0.

O22UF

CEO4KW1V4R7M

ELECTRA

4.

TUF

S900PF

eouae

R143,144

R1iS2:153

VRI

s2

RDI4AB2E

1015

RD1I4ABZE1O0J

R12-0094-05

FL-FPROBF

RD

1/4W

=

FL-PROSF

RD

10

1/4W

TRIMMING

POT.

(470)

IDLE

CURRENT

ca

CEO4KWil4

70M

CEO4KWLH1IO1M

CK45FE2H103P

CEO4KW1V102M

CEO4KWLEZ21M

ELECTRA

47UF

ELECTRA

100UF

CERAMIC

0.

OL0UF

ELECTRO

1000UF

ELECTRA

22QUF

$40-602?-05

PUSH

SWITCH

CIZARTRIDGE

)

HZS205

(8)

ZENER

DIQDE

RD2OJ5(B)

ZENER

DI@DE

HZS8.

25(B2)

ZENER

DIQDE

RDS.

2J5(B2)

ZENER

DI®DE

HZS5.

15(B2)

ZENER

DIODE

CEO4KWIV221M

ELECTRA

22QUF

CF9I2FVLH1OSS

MF

0.

O10UF

CEO4KW1E4

70M

ELECTRA

47UF

CK45FB1H1i02k

CERAMIC

1000PF

CEO4KW1V4

71M

ELECTRA

4?0UF

C129:130

RDS.

1J5(B2)

ZENER

DIQDE

155133

DIQDE

155176

DIQ@DE

E-202

CONSTANT

CURRENT

DIQDE

E~-152

CONSTANT

CURRENT

DIQDE

CEO4KW1A4

70M

ELECTRA

47UF

CF92FVIHIOSS

MF

0.

O10UF

CEO4KWLHRe2eM

ELECTRA

0.

22UF

£91-0033-05

MF

1UF

CED4KWeA2Z20M

ELECTRA

2@2UF

(131.132

C133,134

(5135.

136

C137:138

(51375140

E:

Scandinavia

&

Europe

H:Audio

Club

K:USA

P:Canada

§

W:Europe

E:

Scandinavia

&

Europe

H:Audio

Club

K:USA

P:Canada

§

W:Europe

T:

England

—_-U:

PX(Far

East,

Hawaii)

T:England

—-U:

PX(Far

East,

Hawaii)

X:

Australia

M:

Other

Areas

A\

indicates

safety

critical

components.

UE

:

AAFES(Europe)

X:

Australia

M:

Other

Areas

UE

:

AAFES(Europe)

A\

indicates

safety

critical

components.

Kenwood KA-1100D Bedienungsanleitung

Beliebte Verstärker Handbücher anderer Marken