Sony XM-C6000 Bedienungsanleitung

Inhaltsverzeichnis

Andere Sony Verstärker Handbücher

Sony

Sony XM-280GTX Marketing Specifications Bedienungsanleitung

Sony

Sony TA-AV490 Bedienungsanleitung

Sony

Sony HCD-FR10W Bedienungsanleitung

Sony

Sony TA-F110 Bedienungsanleitung

Sony

Sony XM-N1004 Bedienungsanleitung

Sony

Sony TA-AV581 Bedienungsanleitung

Sony

Sony XM-N502 Bedienungsanleitung

Sony

Sony TA-N9000ES Bedienungsanleitung

Sony

Sony XM-ZR6022 Bedienungsanleitung

Sony

Sony XM-255EX Primary Bedienungsanleitung

Sony

Sony XM-4045 Primary Bedienungsanleitung

Sony

Sony TA-2000F Bedienungsanleitung

Sony

Sony XM-GTX6040 - Stereo Power Amplifier Bedienungsanleitung

Sony

Sony TA-3200F Einrichtungshandbuch

Sony

Sony TA-FA777ES Bedienungsanleitung

Sony

Sony TA-N77ES Bedienungsanleitung

Sony

Sony TA-MR2ES - 2 Channel Amplifier Bedienungsanleitung

Sony

Sony XM-404EQX Bedienungsanleitung

Sony

Sony XM-GS100 Bedienungsanleitung

Sony

Sony XM-1502SX - Stereo Power Amplifier Bedienungsanleitung

Sony

Sony TA-DA9000ES Kurzanleitung

Sony

Sony TA-1140 Bedienungsanleitung

Sony

Sony TA-VE800G Bedienungsanleitung

Sony

Sony XM-430 Primary Bedienungsanleitung

Beliebte Verstärker Handbücher anderer Marken

ASTRO

ASTRO HVO V40 P Bedienungsanleitung

Marantz

Marantz SUPERSCOPE BLA-545 Montageanleitung

NAD

NAD CI980 Bedienungsanleitung

Technics

Technics SE-CH770 Bedienungsanleitung

Harman Kardon

Harman Kardon HK6300 Bedienungsanleitung

NAD

NAD T975 Bedienungsanleitung

McIntosh

McIntosh MA6850 Bedienungsanleitung

Electro-Harmonix

Electro-Harmonix ENGLISH MUFF’N Bedienungsanleitung

Viatron

Viatron Autrix Bedienungsanleitung

GME

GME GA9800 Bedienungsanleitung

Atlas

Atlas CP700 Bedienungsanleitung

Roland

Roland KC-1000 Bedienungsanleitung

Pyle

Pyle PFMRA350BW Bedienungsanleitung

Advantage

Advantage S-250 Bedienungsanleitung

IRT Electronics

IRT Electronics DVA-3007 Bedienungsanleitung

Dimavery

Dimavery BA-100 Series Bedienungsanleitung

Schertler

Schertler ROY X Bedienungsanleitung

Phonic

Phonic XP 3000 Bedienungsanleitung

XM-C6000

SERVICEMANUAL

sie

ehh

Canadian

Model

AEP

Model

E

Model

SPECIFICATIONS

Power

supply

system

Crossover

slope

12

dB/oct

Pulse

power

supply

circuitry

18

dB/oct

(bass

only)

Speaker

impedance

Low

boost

O—

+10

dB

(40

Hz)

2—8

ohms

Power

requirements

Maximum

power

output

(4

ohms)

12

V

DC

car

battery

(negative

:

;

a

ground)

High/Front

|

Mid-range/

oe

Source

voltage

105—16V

speaker

Rear

speaker

|

stereo

|

monaural

Current

drain

43.

A

(at

rated

output)

150

Wx2|

350W

53

A

(at

10%

THD)

Dimensions

Approx.

590

x

70

x

280

mm

(w/h/d)

Rated

power

output

(4

ohms)

Weight

Approx.

11.4

kg

a

Accessories

supplied

High/Front

|

Mid-range/

Low

Mounting

screws

(8)

speaker

Rear

speaker

stereo

monaural

Protection

plate

(1)

USE

UW

Ke

oe

ands

Design

and

specifications

subject

to

change

without

50

Hz—20

kHz

|50

Hz-20

kHz

}20-140

Hz

|

20-140

Hz

notice.

0.08%

THD

|0.08%

THD

0.08

THD

0.5%

THD

Frequency

response

High/Front:

50

—

100

kHz

(+8

dB)

Mid

range/Rear:

50-100

kHz

(*3

dB)

Low:

8~140

Hz

(*3

dB)

(Rear/Mid-range

output

terminals:

50

—

150

kHz)

Harmonic

distortion

Less

than

0.005%

4

ohms

(Rear/Mid-range

output

terminals:

less

than

0.003%)

input

level

adjustment

range

0.2-8V

S/N

ratio

More

than

105

dB

(IHF-A,

WTD)

Crossover

frequency

High/Front

(Hi-Pass

Filter)

HPF:50

Hz*,

70

Hz*,

3.5

kHz,

5

kHz

(*2-way

only)

Mid-range/Rear

(Hi-Pass

Filter)

HPF:50

Hz,

70

Hz,

100

Hz,

140

Hz

LPF:

2.4

kHz,

3.5

kHz,

5

kHz,

FLAT

Low

(Low-Pass

Filter)

LPF:

50

Hz,

70

Hz,

100

Hz,

set

nennn

STEREO

POWER

AMPLIFIER

SONY.

XM-C6000

*

The

built-in

2/3

way

switchable

crossover

network

enables

you

to

enjoy

the

multi-way

speaker

system

with

easy

installation.

©

Powerful

output

of

90

W

x4+150

Wx

2

max.

(90

W'x4

+350

W

max.

with

5

channel

connection).

*

Low

boost

(40

Hz)

for

heavy

and

powerful

bass

sound

which

is

usually

insufficient

in

a

car

audio

sysiem.

*

Built-in

Bessel

function

filters*

for

creating

a

smooth

sound

fink

between

bass

and

treble.

©

Pulse

power

supply**

for

stable

and

regulated

output

power.

SECTION

1

GENERAL

*Bessei

function

type

fitters

Most

of

the

currently

available

crossover

networks

use

the

flat

response

fitters

{Butterworth

type).

The

group

delay

characteristics

of

these

filters

are

considerably

inferior

to

those

of

the

linear

phase

filters

(Bessel

function

type)

used

in

this

unit.

While

the

conventional

flat

response

filters

are

susceptible

to

transit

distortion

in

the

audio

signais

ai

each

filter's

crossover

irequency,

the

Bessei

type

filters

in

this

unit

will

raduce

the

distortion

and

contribute

in

obtaining

the

optimum

hi-fi

sound.

**Pulse

power

supply

This

unit

has

a

built-in

convertor

which

converts

the

power

supply

from

the

DC

12

V

car

battery

into

high

speed

pulse

signais

by

the

use

of

the

semiconductor

switch.

These

signais

will

be

stepped

up

by

the

buiit-in

pulse

transformer

and

separated

into

both

positive

and

negative

power

supplies

before

converted

into

the

direct

current

again.

This

is

to

regulate

the

othewise

variable

voltage

of

the

car

battery.

This

light

weight

power

supply

system

provides

the

highly

efficient

power

supply

with

low

impedance

output.

Precautions

This

section

is

extracted

from

instruction

manual.

*

This

unit

is

designed

for

negative

ground

12

V

DC

operation

only.

¢

The

nameplate

indicating

the

operating

voltage,

etc.

is

located

on

the

botiom

exterior

of

the

unit.

«

Use

speakers

with

impedance

of

2

to

8

ohms.

¢

Avoid

installing

the

unit

where

it

would

be

subjected

to:

—high

temperatures

caused

by

direct

sunlight

or

hot

air

from

the

heater.

—rain

or

moisture.

—dust

or

dirt.

°

When

installing

the

unit

vertically,

make

sure

that

the

fins

of

the

heat

sink

are

vertical

to

the

floor.

x

Not

this

way

O

This

way

@

When

installing

the

unit

horizontally,

make

sure

that

the

fins

are

not

covered

by

the

floor

carpet

etc..

°

If

the

unit

is

installed

too

close

to

a

car

tadio,

it

may

cause

interference

in

radio

reception.

In

such

a

case,

place

the

unit

away

from

the

radio.

©

If

your

car

is

parked

in

direct

sunlight

and

there

is

a

considerable

rise

in

temperature

inside

the

car,

allow

the

unit

to

cool

off

before

operating.

©

This

unit

has

a

built-in

protection

circuit*

to

protect

the

transistors

and

speakers

if

the

amplifier

malfunctions.

However

do

not

attempt

to

test

this

protection

circuit

by

covering

the

heat

sink

or

overloading

the

connections.

°

For

the

road

safety

reasons,

keep

the

volume

of

the

head

unit

moderate

so

that

you

will

be

able

to

hear

the

sound

outside

your

car.

If

you

have

any

questions

or

problems

concerning

this unit

that

are

not

covered

in

this

manual,

please

consult

your

nearest

Sony

dealer.

*Protection

circuit

This

unit

has

a

built-in

protection

circuit

which

operates

in

the

following

cases

when:

~—the

unit

is

overheated.

—a

DC

current

is

generated.

—the

speaker

terminals

are

short

circuited.

When

the

protection

circuit

is

activated,

the red

indicator

will

light

up

and

there

will

be

an

abrupt

loss

of

the

sound

from

the

speakers.

If

this

happens,

turn

off

the

connected

equipment

and

take

out

the

cassette

tape

or

CD

from

deck

and

determine

the

cause

of

the

maltunction.

If

the

unit

becomes

overheated,

wait

until

it

cools

down.

PROTECTOR

indicator

(red)

POWER

indicator

(green)

Fuse

Replacement

|

{f

the

fuse

blows,

check

the

power

connection

and

replace

the

fuse.

If

the

fuse

blows

again

after

replacement,

there

may

be

an

internal

malfunction.

in

such

a

case,

consult

your

nearest

Sony

deater.

Warning

Use

the

specified

fuse

with

correct

amperage.

Use

of

a

fuse

with

higher

amperage

may

cause

serious

damage

to

the

unit.

eo]

iy

[oy

[>]

SUB

WOOFER

section

[1]

LOW

BOOST

(40

Hz)

contro!

For

boosting

the

lower

audio

frequencies.

Frequencies

around

40

Hz

can

be

boosted

to

the

maximum

of

10dB.

[2]

LOW-PASS

(filter

selector)

switch

For

selecting

the

crossover

frequency

Cut-

off

point

of

the

low

frequency

output

signals.

Frequencies

above

the

selected

point

will

be

cut

off.

i3]

PHASE

(phase

invertor)

switch

If

set

to

the

—

position,

the

phase

of

the

sub-woofer

outputs

will

be

inverted

without

changing

any

connection.

[4]

LEVEL

(output)

control

For

adjusting

the

output

level

of

the

low

frequency

audio

signals.

FRONT

MID/REAR

FULL

section

[5]

LEVEL

(output)

control

For

adjusting

the

output

level

of

the

mid-

range

audio

signals

or

that

of

the

rear

Speakers.

[6]

FRONT

(3

WAY)/REAR

(2

WAY)

(selector)

switch

For

selecting

the

2-way

or

3-way

audio

signal

output

system.

17]

HI-PASS

(filter

selector)

switch

For

selecting

the

crossover

frequency

cut-

off

point

of

the

middie

range

or

rear

speakers.

Frequencies

below

the

selected

point

will

be

cut

off.

|B]

LOW-PASS

(filter

selector)

switch

For

selecting

the

crossover

frequency

cut-

off

point

of

the

mid-range

speakers

in

the

3way

connection.

Frequencies

above

the

selected

point

will

be

cut

off.

in

the

2-way

system,

set

this

switch

to

the

FLAT

position.

XM-C6000

Installation

—

FRONT

TWEETER/FRONT

FULL

section

{9

PHASE

(phase

invertor)

switch

lf

set

to

the

—

position,

the

phase

of

tweeters

will

be

inverted

without

changing

any

connection.

Note

if

used

in

a

2-way

system,

set

this

switch

to

th

+

position.

:

110)

HI-PASS

(filter

selector)

switch

For

seiecting

the

crossover

frequency

cut-

off

point

of

the

treble

or

the

front

speakers.

Frequencies

below

the

selected

point

will

be

cut

off.

Note

lf

used

in

@

3-way

system,

this

switch

to

the

5k

or

3.5k

position.

Never

set

it

to

the

50

or

70

position.

tf

you

do

so,

the

sound

wilf

not

come

out

in

order

to

protect

the

speakers

it

used

in

the

2-way

syslem,

set

it

to

the

50

or

70

positron.

Caution

¢

Before

making

any

connections,

disconnect

the

negative

ground

terminal

of

the

car

*

battery

to

prevent

short

circuiting.

*

Connect

the

red

power

lead

only

after

all

other

leads

have

been

connected.

*

Be

sure

to

connect

the

ground

wire

of

the

unit

securely

to

a

metal

point

of

the

car.

A

loose

connection

may

cause

a

malfunction

of

the

unit.

lf

you

place

the

power

lead

too

close

to

the

input

or

output

leads,

it

may

cause

some

audio

noise.

Try

to

place

them

away

from

each

other.

Due

to

the

built-in

high-power

amplifier,

make

sure

that

the

speakers

have

adequate

power

handling

capacities.

If

you

use

the

speakers

with

lesser

capacities,

such

as

the

ones

supplied

to

a

car,

they

can

be

damaged.

Do

not

connect

the

©

terminal

of

the

speaker

system

with

the

car

chassis,

and

never

connect

the

©

terminal

of

the

right

speaker

with

that

of

the

left

speaker.

If

your

car

is

equipped

with

a

computer

navigation

system

etc.,

do

not

disconnect

the

negative

ground

wire

from

the

car

battery.

If

you

do

so,

the

memories

of

the

computer

may

be

erased.

in

such

a

case,

make

the

connections

without

removing

the

ground

wire but

be

sure

to

connect

the

+

12

V

input

lead

only

after

all

the

other

connections

are

completed

to

avoid

short

circuiting.

[

installatin

of

the

Protection

Plate

Connections.

[11]

LEVEL

(output)

contro!

For

adjusting

the

output

level

of

the

treble

or

the

front

speakers.

[12]

POWER

indicator

Lights

up

in

green

when

the

power

is

turned

on,

[13]

PROTECTOR

(protection

circuit)

indicator

The

red

indicator

light

wil

come

on

when

the

protection

circuit

is

activated.

The

function

of

the

unit

ceases

at

the

same

time.

114]

REAR/MID-RANGE

output

terminals

When

used

in

a

3-way

system

or

if

another

pair

of

rear

speakers

(full-range)

are

desired

to

be

connected

for

more

mid-

range

sound,

an

extra

amplifier

can

be

connected

to

these

terminals.

Make

the

connections

as

illustrated

below.

When

ail

the

connections

are

made

and

all

the

settings

of

the

controls

and

switches

are

compieted,

attach

the

supplied

protection

plate

to

prevent

the

settings

of

switches

and

controls

to

be

accidentally

changed.

Before

Installation

*

Choose

the

mounting

location

carefully

so

that

the

unit

will

not

interfere

with

the

normal

driving

functions

of

the

driver

and

that

the

unit

will

not

be

exposed

to

direct

sunlight

or

hot

air

from

the

heater.

©

The

board

to

which

this

unit

is to

be

mounted

has

to

be

more

than

15

mm

thick

and

sound.

¢

Do

not

install

the

unit

under

the

floor

carpet

where

the

heat

dissipation

from

the

unit

will

be

impaired.

:

If

you

find

it

difficult

to

install

the

unit

for

yourself,

consult

the

dealer.

|

Trunk

installation

i

Prepare

a

sound

mounting

board

with

enough

thickness

(more

than

15

mm)

to

install

the

unit

securely.

Place

the

unit

directly

onto

the

mounting

board

and

mark

the

eight

bolt

holes,

then

drill

the

hoies

(3

mm

dia.).

full-ranges

Exampie

of

the

switch

settings

poe

T

T

tee

ee

Seiunnaaaicaaianin

ieaiammeaneameeieion

|

|

FRONT

MID)

|

FRONT

MID)

|

FRONT

|

!

Switeh

|

easel

(3

WAY)/

|

SUB

WOOFER

|

REAR

FULL

|

REAR

FULL

|

TWEETER/

|

i

EAR

(2

WAY)

|

LOW-PASS

\

HI-PASS

|

LOW-PASS;

FRONT

FULL

;

i

Ms

Or

can

ele

el

oe

i

epowt

awary

|

|

Setting

:

any

position’

{

any

position’

|

FLAT

\

50

or

70

|

|

|

*

i

i

i

|

Armies

peor

aoe

eae

a

*

Select

the

position

of

your

choice.

Notes

*

The

baiance

of

the

outputs

between

the

front

and

rear

Speakers

can

be

adjusted

by

the

fader

control

of

the

head

unit.

*

The

output

level

of

the

sub-woofers

will

not

be

affected

by

the

fader

control.

10

—

3-

XM-C6000

iiss

satel

9

i

seein

rime

[

3-Way

System

Front

mid-ranges

Power

amplifier

sub-woofers

Rear

full-ranges

Example

of

the

switch

settings

Example

of

the

switch

settings

f

oof

]

a:

FRONT

+

ere

|

FRONT

MID)

|

FRONT

MID/

]

]

|

FRONT

|

|

Switch

|

FRONT

S

pd

|

SO

eae

|

REAR

FULL

REAR

FULL

|

Weer

|

|

gwiten

|

FRONT

(3

WAYy

|

suB

WOOFER

!

Se

ROT

|

TWEETER,

|

|

|

HePASS

LOW-PASS

|

eags

|

REAR

(2

WAY)

|

LOW-PASS

|

FRONT

FULL

|

Hie

eee

ae

ok

St

|

:

:

HEPASS

|

LOW-PASS

|

|

fh

4

+

4

s

-4+—

|

i

'

i

|

:

Hi-PASS

i

|

i

“|

}

——

“+

—

——-

poe

nh

|

i

FRONT

(3

WAY)

3

|

i

I

T

i

i

i

|

Setting

|

t

any

position*

any

position*

|

2.4k,

35k

or

5k

3.5k

or

5k

|

roooe)

!

}

!

I

!

:

\

: j

|

Setting

|

et

|

any

position*

i

any

position®

|2.4k

or

35k

or

5k;

3.5k

oF

5k

i

Laacush

sepa

MNO

Mad:

2.

Sao

L

|

.

te

|

|

|

|

me

1.

-

ape

ed

aera

nN

ee

eae

wae

i

*

Sel

ni

ition

of

ir

choice.

7 :

Select

the

position

of

your

choice

Select

the

position

of

your

choice

Notes

Notes

°

Set

the

fader

control

of

the

head

unit

to

the

center

:

position,

If

the

fader

is

set

to

the

rear

side,

the

ig

pos

led

pe

eel

allie

ceded

be

ioe

rs

voiume

of

the

front

tweeters

and

front

mid-ranges

the

rear

aseakars

Pe:

at

'

-

se

be

lumned

cown

A

©

The

output

level

of

the

sub-woofers

will

no!

be

@

output

level

of

the

sub-woofers

will

not

be

affected

by

the

fader

control

affected

by

the

fader

control.

11

12

Examples

of

System

Connection

Connections

of

the

Leads

ic|+

REM

OUT

Blue/white

striped

5

Rear

sub-woofer

mid-ranges

tweeters

(monaural)

Power

amplifier

The

system

illustrated

here

is

just

an

example.

3-way

system

with

additional

full-range

speakers

[B|

Jo

the

metal

part

of

the

car

Note

tf

you

wish

to

use

a

sub-wooler

as

a

monaural

speaker,

connect

the

speaker

as

illustrated

above,

the

output

signals

of

the

sub-woofer

will

be

the

combination

of

both

right

and

left

output

signais.

ic]

To

the

accessory

position

of

the

ignition

key

panel

which

is

energized

at

all

times

Output

Adjustments

When

you

are

installing

either

a

2-way

or

2-Way

System

3-way

system,

adjust

the

balance

of

the

mid-

1

Turn

down

the

volume

of

the

head

unit

range

sound

first,

then

the

high

and

finally

the

completely.

Then

adjust

the

crossover

low.

frequencies

to

fit

the

connected

speakers’

Make

sure

that

the

bass

sound

is

turned

down

frequency

response

ranges.

See

page

17

compietely

while

adjusting

the

treble

and

the

about

the

crossover

frequencies.

mid-range

sound.

{f

the

bass

sound

is

present,

Set

the

FRONT

MID/REAR

FULL

LEVEL

it

will

be

difficult

to

balance

the

overall

sound.

and

the

FRONT

TWEETER/FRONT

FULL

After

these

adjustments

are

completed,

turn

up

LEVEL

controls

to

the

center

positions

and

the

bass

and

adjust

the

whole

balance.

the

SUB

WOOFER

LEVEL

control

to

the

MIN

position.

Playback

some

musie

and

turn

up

the

volume

to

a

moderate

level

with

the

head

unit.

Adjust

the

FRONT

MID/REAR

FULL

LEVEL

and

the

FRONT

TWEETER/FRONT

FULL

LEVEL

controls

to

the

optimum

level.

You

can

adjust

the

fader

control

of

the

head

unit

to

get

the

same

effect.

White

checking

the

congeniality

of

the

audio

relationship

between

the

speakers

to

be

smooth

and

natural

by

playing

back

some

music

with

a

lot

of

bass

sound,

adjust

the

SUB

WOOFER

LEVEL

contro!

to

balance

the

sound.

if

the

congeniality

of

sound

is

not

smooth,

readjust

the

LEVEL

controls.

lt

such

measures

do

not

improve

the

situation,

turn

down

the

volume

control

of

the

head

unit

completely

and

rearrange

the

settings

of

the

filter

selector

switches

and

then

readjust

the

LEVEL

controls.

7

Repeat

steps

1

to

6

until

the

optimum

sound

is

achieved.

ind

w

>

a

a

15

-

Output

Adjustm

ts

3-Way

.System

1

Turn

down

the

volume

of

the

head

unit

completely.

Then

adjust

the

crossover

frequencies

to

fit

the

connected

speakers’

frequency

response

ranges.

See

page

17

about

the

crossover

frequencies.

Set

the

FRONT

MID/REAR

FULL

LEVEL

and

the

FRONT

TWEETER/FRONT

FULL

LEVEL

controls

to

the

center

and

the

SUB

WOOFER

LEVEL

contro!

to

the

MIN

position.

3

Playback

some

music

and

turn

up

the

volume

to

a

moderate

level

with

the

head

unit.

Adjust

the

FRONT

MID/REAR

FULL

LEVEL

and

the

FRONT

TWEETER/FRONT

FULL

LEVEL

controls

to

the

optimum

fevel.

if

a

S-way

system

and

a

pair

of

full-range

speakers

are

installed,

adjust

the

balance

of

the

volume

of

the

front

and

rear

speakers

with

the

fader

control

of

the

head

unit.

While

checking

the

congeniality

of

the

audio

relationship

between

the

speakers

to

be

smooth

and

natural

by

playing

back

some

music

with

a

jot

of

bass

sound,

adjust

the

SUB

WOOFER

LEVEL

control

to

balance

the

sound.

id

a

wn

16

©

tf

the

congeniality

of

sound

is

not

smooth,

readjust

the

LEVEL

controts.

If

such

measures

do

not

improve

the

situation,

turn

down

the

volume

control

of

the

head

unit

completely

and

rearrange

the

settings

of

the

fiter

selector

switches

and

then

readjust

the

LEVEL

controls.

lf

the

congeniality

of

sound

between

the

speakers

is

difficult

to

achieve,

change

the

settings

of

both

PHASE

switches.

Adjust

the

SUB

WOOFER

LEVEL

and

LOW

BOOST

controls

according

to

your

taste.

Repeat

steps

1

to

8

until

the

optimum

sound

is

achieved.

Set

the

crossover

frequencies

by

changing

the

setting

of

each

filter

selector

switch

to

suit

the

frequency

response

of

the

connected

speakers.

See

the

diagram

below.

Setting

of

crossover

frequencies

.,

2

WAY

SUB

WOOFER

FRONT

REAR

LOW

MIDHIGH

LOW-PASS

FRONT

MI-PASS

S070

Hz

SOUTONDONNAO

Hz

REAR

HEPASS

SO/70/100/1a0

He

12

dBloc!

1B

aBioc!

3

WAY

MID

HIGH

MID-RANGE

Congeniality

of

Audio

Relationship

—Setting

of

Fitter

Selector

Switches

However,

in

some

cases

depending

on

the

different

types

of

car

and

the

tocation

of

the

speakers,

these

settings

may

implove

the

overall

sound,

if

the

bass

(LOW-PASS)

and

treble

(HIGH-

PASS)

filter

selector

switches

are

set

at

the

same

crossover

frequency

points,

both

audio

compasses

will

drop

by

3

dB

when

they

meet

and

the

overall

frequency

response

will

be

fiat.

See

diagram

(a).

if

the

filter

seictor

switches

are

set

to

different

frequencies,

the

overall

frequency

response

characteristics

may

have

uneven

sections.

See

diagram

(b)

and

(c).

-

(a)

(b) {c)

Paak

‘Overall

hequency

overall

frequency

response

ovetall

Kequency

response

response

Flat

chatacterisucs

characterauice

Dent

charactersice

ee

ase

e

LLL

Se

ee

WOR

sree

teeter

aware

MB

-

eee

eee

cane

ssateen

titer

°

characteristics

100

He

Hr

100

Hy

24

ehz

35

eee

(LOW

PASS.

sH-PASS!

(LOW-PASS:

LOWPASS)

=

pHLPASS;

HHEPASS:

17

|

Low

Boost

Characteristics

+410

(dB)

FREQUENCY

(Hz)

Block

Diagram

|

INPUT

OUTPUT

FRONT

(3

WAYI2

WAY)

Hi-PASS

{¥2dBvoct)

HIGHIFRONT

Fox

SOOT

5k/S

KH?

e

3.

WAY

Q

HI-PASS

LOW-PASS

.

(12¢Bvoct)

(reeBinee)

FAPOWER)

6

MIDIREAR

°

Fee

SO70N00/140

Ha

Fos

2

Akg

SWSKIFLAT

2

WAY

LOW

BOOST

Fo

340

Hz

e)

SUB

WOOFER

Gain

=

O-

«10

Hz

fd

LINE

OUT

DIAGRAMS

2-1.

BLOCK

DIAGRAM

RV701

pare

1€701

LEVEL

er

BUFFER

(FRONT

THEETER/)

e

ord

FRONT

FULL

ett?

’

ee

MID

ae

1¢702

(on

FULL

HI-PASS

PHASE

FRONT

(SWAY)

HI-PASS

(FRONT

TWEETER/)

7

SHIFTER

BAA

AY)

CIRCUIT

FRONT

FULL

Cm

;

==].

>

REAR(QQWAY))

2

=

1C703

o>

-

OPA

ee

|

2-STAGE

VARIABLE

Seats

a

4

|

S0H2

LINE

|

‘le

PASS

as

FTE

Tene

Baas

ra

i.

oD

ms

(

FRONT

FULL

)

3.5kHz

LINE

rie

ONLR

7

ie

LINE

SWAY

MODES

,

&

shi

ree

5kHz

CN717-3

inne

LEVEL

SW702-1

Heep

ae

|

BY)

ee

REAR

:

L

HI-PASS

6

OPM

1

FRONT

(SWAY)

HI-PASS

(Fou

MID/

culls

nae

pean

AY

CIRCUIT

_\REAR

FULL)

LOW-PASS

FRONT

ue)

ie

a

ee]

LOW-PASS

pout

MID/

2-STAGE

VARIABLE

REAR

FU

(rea

fut)

toh)

D

50Hz LINE

HIGH-

fat

FILTER.

CIRCUIT

aa

=

L_é

v

I

2-STAGE

VARIABLE

REAR

(WAY)

ee

TOH2

LINE

|

a

[S0Hz

LINE

|

LOW-

pes

FILTER

PRE

AMP

|

|

d

100Hz

LINE

4

i

70

aes

INE

—

OPO

140Hz

LINE

3.5kHz

LINE

as

aeaer

5kHz

LINE

aks

140Hz

a,

shi

LEVEL

FLAT

(su8

WOOFER)

10k-C

1¢709

INV.

GAIN

ull

see

IC710

LOWPASS

(qouee

EQUALIZER

cincurr

‘SUB

HOOFER)

bled

1C711

o>

6)

ww

7

1

O-STAGE

VARIABLE

-IC712

a>

)

S0nz

LINE

|

;

me

FILTER

PHASE

ye

|

B+

SHIFTER

|

70HZ

LINE

Lo

Pic

RV7Od

ACTIVE

!

PISO

Low

soosT|=~*

|

INQUCTOR

———

7B

sw707-1

(40H2)

140HZ

LINE

ne

(8

WOOFER)

Le

a,

aire

ce

4

(SUB

WOOFER)

10k-C

B—-

140Hz

‘s

T

IC713

2-STAGE

ges

L

9351

CN718-1

To

MUTE

aan

@;

R-CH

MUTE

POWER

AMP

&

Q102—113

R-CH

OVER

LOAD

POWER

AMP

Q302-313

DETECTOR

Qi14

R-CH

OVER

LOAD

DETECTOR

0314

Q@501

woe

POWER

AMP

@

Q502—-513

0718

OVER

LOAD

R-CH

DETECTOR

Q514

R-CH

OC

OFF

SET

PROTECTOR

OC

OFF

SET

PROTECTOR

&

OC

SHORT

PROTECTOR

Q720

+

L

£

)

CN708

SPEAKER

_

OUT

FRONT

TWEETER/

(R)

(

FRONT

FULL

)

R-CH

+

(L)

CN709

=

SPEAKER

OUT

Bs

(FRONT

Mlo/)

(R)

LREAR

FULL

R-CH

+

+

(LL)

CNTI6

7

SPEAKER

OUT

=

(

SUB

(R)

WOOFER

R-CH

+

1702

POWER

Bt28V

0715,

716

INVERTOR

RECT

Q721—728

8-28V

1701

POWER

INVERTOR

geen

Bt34V

0713,

714

RECT

B+15V

VOLT.

REG.

Q707,

0710

VOLT.

REG.

Q707,

D710

B-34V

PROTECTOR

DC-DC

CONVERTER

(RATCH)

ORIVER

Q705,

706

1¢714

B-15V

REMOTE

SWITCHING/

OVER

VOLTAGE

PRPTECTION

Q701—704

gL

“0718

(POWER)

a

LED

DRIVE

Q709,

711

MUTE

DRIVE

Q710

0717

a

(PROTECTOF

¢

SEMICONDUCTOR

LEAD

2SA988-PAFAEA

25C1845-EA

2SA1358-Y

letter

side

ie

|

a“

€

cé

2SA1481-F

29C2785-HFE

fatter

side

2SA1671-Y

2SA1672-Y

2SB1094-L

2SD2012

LAYOUTS

28C01815-Y

28C3327-A

28C3421-Y

28C4386-Y

2SC4387-Y

2SK1191

G

f

DS

188176

FIOP20F

(R)

:

F1QP20FR

FMG-32R

FMG-32S

LN-233RP

LN-333GP

anode

|

cethode

RD3.6ES-B1

RD6.8ES-B2

RD15ES-B3

RD18ES-B2

cathode

~

anode

XM-C6000

XM-C6000

|

*

SEMICONDUCTOR

LOCATION

Note:

[reef

|

wooo

Q403

H~26

0404

0405

Q406

Q407

Q408

Q409

Q410

Q414

0412

Q413

a414

0451

Q501

Q502

Q503

Q504

Q505

Q506

Q507

Q508

Q509

Q510

Q511

a512

0513

0514

Q551

Q601

a602

Q603

Q604

Q605

Q606

Q607

i

OO

@

@

i

BRN

WWW

i

Q6é08

Q609

Q610

0611

aQéi2

i

]errrme

i

Ow

AN

W

I

Q613

Q614

Q651

Q701

Q702

t

o0o0o0zre

4

Nw

Sawa

{

0703

Q704

Q705

Q706

Q707

i

Tmmmm

orxAa~~2o

i

Q708

Q70g

Q710

Q714

Q712

1

!

mmnng

i

Aoeoong

Q713

Q714

Q715

Q716

Q717

aoommm

“N

@®

O1

C1

OF

[Fer

ne

[

tater

|

B-5

2CH

BOARD

D717

E-9

D718

F-Q

LED

BOARD

D717

D-11

D718

D-12

*

O-—!:

parts

extracted

from

the

component

side.

:

Pattern

on

the

side

which

is

seen.

PRINTED

WIRING

BOARDS

¢

Refer

to

page

8

for

Semiconductors

Lead

Layouts

ae

a

ae

|

3

|

4

|

©

6

|

CNJ707-1

lo

2

20}

BRN

13

14

19

16

17

18

L

20

|

24

23

24

29

XS

Yn

2;

2°

0)

31

32

33 34

CNU702-

CN701

REMOTE]

[+12V]

[GND]

[LED

BOARD]

CNJ

703-2

CNU704~-2

Sw70l

PHASE

aise

TWEETER)

FRONT

FULL

+

—2way

Lt

ONLR

SWAY

MODE

CN7i6

Sw702

(hear

fit)

FRONT

(3WAY)

REAR

(2WAY)

Sw704

(REN

AY)

40Hz

t

|O0Hz

1

7OHz

SOHz

SPEAKER

OUT

ise

COPE)

SO

MONO

@®

@—1—0

O—r—

©

SW706

LOW-PASS

(wéoren)

40Hz

!

(0OHz

TOHz

5OHz

[CHD

BOARD]

{4

CH

BOARD]

f

r—

70Hz

t

[—

SOHz

—ONLR

2WAY

MODE

CN708

SPEAKER

OUT

(FROM

Pea)

FRONT

FULL

OUTPUT

H/M

BOARD

SW703

W705

$W707

LOW-PASS

(FRONT

TWEETER”)

(FRONT

MID/)

(ysuca)

FRONT

FULL

REAR

FULL

WOOFER

ae

ii

4s

3.5kHz

SkHz

3.5kHz

f

2.4KHzZ

[RCA

BOARD]

CN7I7

INPUT!

SPEAKER

OUT

FRONT

MID/

(Beg

AUEL)

CN7I8

OUTPUT

H{-

PASS(SOHz)

2-3.

SCHEMATIC

DIAGRAM

1

2 3

4

5

6

7

| }

|

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

XM-C6000

>

W702

>

———_——_

ee

-

HD

BO

-

HD

BOAR

IC702

(BN

A’)

tS

4CH

BOARD

ais

NJM4580L

FRONT

(3WAY]

ulti

(1/3)

PHASE

SHITER

.

A

(

FRONT

TWEETER?

Sa

ee

FMCa2s

Eg

REAR

(2WAY)

FRONT

FULL

|

earl

Zz

EMITTER

FOLLOWER

He

ee

|

PHASE

ote:

Ex

D715

1702

CNTI7

(

ee)

SW702

-|

aio.

Tei?

lane

are

ow

dekc}

eae.

Q102

,

103

Ql06

Ql09

D103

Qll2

D201

,202

Q202

,

203

Q206

D203

Q209

Q2l2

Qa

Eel

:

gee

_

Ea,

is

POWER

.

.

.

2

ve on

on

Ja

ee

meee

sl

de

SITS

ZSCIRS

PSNI

Se

AICH

Bley

SITE

aataigg

—ssiTs

a

gcibg.

ganeag

158176

zensaal

astesas,

25467

I

ire

+

All

capacitors

are

in»

F

unless

otherwise

noted,

pF

:

u

1

F

iol

aera

10k

10/16V

clos

047

$w703-I

14.7

2-STAGE

VARIABLE

an

220

AMP

AMP

EMITTER

FOLLOWER

ane

SE

ene

PASE

FOLLOWER

FINAL

STAGE

_

ie

5OWV

or

less

are

not

indicated

except

for

electrolyti

-|

1O/16V

ONLY

sy

Bie

jay

=

ips

C110,

0.47,

a

3

(8)

HIGH

PASS

FILTER

16V

Q104,

105

C151

5p

Qlio

Q204.205

Q2i0

EMITTER

FOLLOWER

Han

evdoaleneatene

a

lera.

cep

r

electrolytics

-L-

Aw—)

-|

3WAY

MODE

10k

C150,

eRI5O

2SAl015

-—

251358

h

re

ag

Se

0.1

F21500

-1500

7220

and

tantalums.

RIO!

e—W\-

(8)

C107,

0.33

CHL,

0,33

S

(2)

Qlol

10/i6v

INPUT

STAI

2SA1015

2SA1358

ae

Ik

RIOS

1

1

p>

0,

ie

ee

GE

AMP

RIS!

10k

|

EMITTER

FOLLOWER

INPUT

STAGE

AMP

EMITTER

FOLLOWER

RiG7

10

Ce

ve

>

All

in

2

and

!

j

aan

=

C108,

,0,0068

|

cil2

0.0068

On

5

r0

i

A

.

Ww

—$#

°

a

peer

One

an

resistors

are

in

2

and

%W

or

less

unless

otherwise

i

.

@

eps

clo2

ee

k

(3)

;

cum

f

|

pate

(4)

a

es

aie

4

*

°

~

t

4

ao

L704

specified.

100p

Leos

c109,

0.0047

ps

Vall

ee

‘

ogee

wor

[

a

TRI

Y

giog

|.28,

D103

Ri10z

1252

CH

TR2

¥

ga9q

0203

oo

ae

TSH

|

os

thera

Lerso

ao

16g:

Sie

tin

atbe:

ta

laraneg:

as

ark

aid

tens

[rile

kriz

ey

WaT

MODE

tLE7I3

10k

26.8

BRD

10k

To.

EuI800

onig00

o220

(0)

Ov

75.6

‘

een

|B-|

l

.

$20k

20k

$20k

20k

3,5kHz

TeV

08

Se

“Abate

sv

‘Tasv

Tor.

Q723

+

EW:

nonflammable

resistor.

¥

:

0

“

s

|

SkHz

[B=

|

alia

er

AFOk

-

EERE

8+

Line

T

Net

oa

0

)

az

9214

L

ea

i

|

iKomdek

Lexder-§

jj

.

t

C153

0

;

SS

250536

1

[B—|

a

4

Q72l

,f22

mM

(eaers

iar)

lowdeh

Llowder:'

SW702-2

bd

?

if

]

I

Qiol,

201

ain

vie

'

ERGTECTOR

\

SPEAKER

D716

-“07I6

4.4

Q725-728

_

ida

co

2sc36

;

LB

#B—

Line

FURR

14.7

[Lever

|

NIM4580L

R206

RS

ep

rer

vee

en

me

aes

2503327

aosala

j

ese

—

Q2ti

case

FMGeen

ae

nel

ne

*

Power

voltage

is

dc

14.4V

and

fed

with

regulated

dc

power

C20

FRONT

TWEETER

/

PREAMP

WW

ier

C206,

0,47

C210

mune

3,3k

0.6

-

2SAl0

TWEETER

EMITTER

FOLLOWER

;

-2

10716V

(

FRONT

FULL

R205

+

:

10)

(0.47

ve

iS

i

a

=

supply

from

+12V

and

REMOTE

terminals.

-a-@

A

5}

ral

ere

1OK-¢

)

10k

lea

os

|

a

0,33

(6)

ave

gzo1

2

v7.4

le

‘

:

<

Qil4

aU

EROTECTOR

aE

Bes

D713.

FIOP20F

Q716-

719

=

a

‘

sia

-

INPUT

MODE

SWITCH

:

STEREO

:

ee

rar

Ae

i

ee

ies

ee

r

ee

Ta

sale

uate

SEN”

ame,

ai9

rect

254113

Teste

Sno

oe

|

R204

AER

C208,

,0,0068

:

,

0

26.8

.

470k

INVERTOR

:

PROTECTOR

ON

I

“bbe

0

opt

ive

oa

9

i;

a

“

ee

:

R153

Frisa

-Lcis2

R157

‘

Qllo

er

;

rer

“ld

|

i

AMER

ae

2

ae

reer

°

-

gene

e

I

Vol

k

:

ith

a

VOM

i

Q

p

OW

:

eae

d

ae

oa

199.0047

oy

Raia

euane

sre

0,87

RSS

|

47k

Tat

Fi00

Q2i0

[i

yar

R725

DRIVER

sie

Ji

oltages

are

taken

with

a

(Input

impedance

10M

®).

204

BR208

R20

oan

eae Ree

aes

k

=

501

2s

ES

=

6256

R

tor

120

(3W1

Pere

ee

5,

==

CONVERTER

p44

Voltage

variations

may

be

noted

due

to

normal

produc-

ES

in

;

;

20k

S20k £20k

S20k

Seaur

May

70.001

+

&

>.

-

+

¢:

.

J

:

|

¢

eyo)

,

GEE,

iq

7

(

REAR

FULL

)

)

|

—w

4

R251

1k

|

{267,10

'

ate

ee

tion

tolerances.

*

7

ove

ik

2st

2scis

5

ct

2

ASa6

eee

0208

C25

}

F

|

oO

C724

ae

==0.1

Spon

7200

*

Signal

path

=

i

2

TES)

alt

Tow

dels)

.

tT

B+

Bi

a

wear

ae

Suit

Hat

Siren

COOH

2nd

STAGE

AMP

erie

ie

ox

I

.

.

;

0.1

ER5800

at

ype

L-CH

(A-CH)

R308

[R309

[R310

[R3Il

PROTECTOR

:

SOV

50V

oo

.

NO

ANC

306

oar

getnget

gsi

go

oe

nl

may

=O

Tipton

SW705-|

DR

See

OSU

ees:

1

SReaR

a.

“sae!

Q309

Q402,403

9406

=

Q408

9409

Q4i2

413

Yo)

1

Ale

H/

My

|

_

>

és

oO

SO,

suoe-s

Pea

I

Ffeotay

9

ee

iit

a

neitesice

250

sit

ral

nos

|e

iFoclais

—2sngee

—2sclsis

283421

284586,2SAI671_

UH

ae

fia

-3

10/16V

R306.

.

2

5

(=

}

D7I7

D718

--L-@

w—)

5)

p

a

en

3

|

aula

I

’

Cale

One

ee

|

my

|

ca

nv

alae

ype

R389

Ik

ae

A

R351

ok

|

1SSI76

TOWER

en

uli

FOLLOWER

EMITTER

FOLLOWER

R367

10

TOOK

|

721

mets

(PROTECTOR)

(ROWER)

R301

0

Pius

Ea

|

ee

j

a7

0308

0.22

C3i

0.33

R322

G)

a

a

Sea

bd

*

M$

i

}

O

.

P+tLC723

th

599

25C536

ik

6)

‘304

Io/iev

1

gp

—@

IF

1k

+

SOHE

Q

4

jae

Cr

See

|

oak

0b

g

q

i67iev

°

|

[

+

©

“

TSOy

TP

SOY

4.8

FOLLOWER

s

Zz

.

e

--4

#

Li

sae]

—@

are

ie

Cal

Pb

6309

pu

ade

rt

“8.7

Tas20

100

A

ie

R852

4CH

TR3

Y

qaoe

nae

rasel

(CH

TR4Y

caog

0903

0403

|

|

[oe

°F

g7ia,7i5

[LED

BOARD]

c302

32k

R303

R304

L305

1-3)

O

it

+h

V

Ni

:

3.5

kHz

Tordeka

[lenacl:}

(0)

R325

BOARD

5.9k-F

RASS,

oT

Tt

BoA

0409

|

og

ISSI76

—-gRA7O

eye

|

100p

47k

47k

atk

C313

012

loOHz ER3IG

j

R324

Ok

2526

4tk=

RD

28.1

gale

10k

0,047

L

*

2SA

1481

®

Paglesalesieis

it

Seber

Kor

dowd

Tek

deX=)

sue

Teai7

tI

NUM

4580L.

3.5k

DBO!

D401

hone

7X

a

&

RAGS

-14%9

708

[5

|

ie

EMITTER

D717

LN233RP

|

147

Rae

RS

2Oke

DORE

140He

NJM4580L

*

Joos

2-STAGE

VARIABLE

APY

cae

Ay,

rr

Jal

R468

|

=22.1

20

|

|b

i

b7la

dodo

|

B=!

]

Z:SIAGE

VARIABLE

aa

LOW-PASS

FILTER

26.8

aos

|

AL”

ane

Aro

1

70g

((2W)

——sa

eae

D718

LN333GP

(REAR)

HIGH=Pass

FIL

|

Ll

Q4i4

Q4l4

[z]

O}O

H)

he

“

RABE

2$C536

2SB1375

D710,

7H

Tew

deys}

Sw702

Genes

1B

ie

nS

et)

|

G3?

se20T

y

OVER

LORD

RS68

MTZJ-15¢

[‘

CH

BOARD

1

FRONT

MID/

3

|

NUM4580L.

(

Roan

CUCL

page

tha0o

aa

ase

ww

—

(1/3)

BUFFER

FRONT

(3

WAY)

FRONT

MID/

406

0.47

a

ae

5.1K

Sw704-2

R752

Q702

cAol

ote

cei

WAY)

een

rl)

;

‘t

:

9

We

aes

2SA1358

0/16V

2WAY

lOK-C

i

mae

Wey

Q

ume

2

ens

rage

(OK

c407

ps

ia

-

J

5

940

9304

,

0

OVER

LOAD

;

0

Cf

2g

7

2SAl015

TH703

SWITCHING

R-

@—

5

+

er

tees

4

~26,8

ch

Q3l

q729

zl

PROTECTORIRATCH)

=

U7

ie

on

oe

iy

ca

fe

|

ape

:.

©)

;

ae at

;

ae

|

ja

;

0

R368

R754

C7.

rasa

|

O10

~~

ci

ply

P:

0.260

oviey

IND

9}

Ica09

0.12

C42

0,22)

.

R353

$R354

1352

R357

et

28.

|

;

25A1671

:

-28.

;

470k=

Fa

a

10

|

~

&.

y

°e

J

|

ie

.

;

ae

3552

7

47k

2

a3io

¥-28.

FINAL

STAGE

hee

10V

aw)

D707

—

709

2)

aa70)

c402

Bee

ow

|

7)

}

||

aN

9

47p__4

100

EMITTER

FOLLOWER

:

+

3.3K

100p

it

Ob

9

Cai3

0.12

R420

100

bird

Coa

The

e

sive

Be

1SSI76

4,8

47

36

|

pl4-3

Heo

Ns

a

.

oe

R413

|

R414

LR4I5

6,001

—*

®

e

e

o

.

f

|

10V

14.3

R718

Sa7i7

I

4]

5

|)

(0)

(6)

D703

Q701

°) °)

I

20k

20k

S20k

S

20k

Th

+

i

RAS!

10k

RAG?

10

oe

3.3k

0

-3.3k

mee

(1915)

4-19-11)

109)

MTZJ-3.6A

ae

sp

3,7

©

|

!

caso.

R450

304,305

307-308

Q310

Bil

401,402

4

if

5

ace

|

rrr

|

©

pit

tor

:

ned,

=

oriey

ik

’

Q3ll

1

Q404

,405

Q407

Q410

Q4I|

Q729

2SC536

3

-

a

IC

TOS

RICT

12

=

|

4

PSO,

SCRE

SEINE

aaalsa®

SRO

Issivé

sali,

ascisal

it

—

2A

ZSAIOIS

|

emoTesTen

fe

dh

7

eam

|

bens

gro

[Eon

TER

_

OUTPUT

ic714

—e

7

i

ES

eee

(

GRONT

MD?

)

a

4

aye

a

a

a

RO

AMP

5p

FOLLOWER

SHORT

PROTECTOR

lun

DC

SHORT

PROTECTOR

=

D707

pa

(ive

lie

0

750

2SAl015

‘A

BOARD

ES

;

ce

EEE

ee

=

;

Me

++

PHY

el

if

sana

t

i

if

0718

i

R720

=

muses

05

|

"K

702

TOI

hae

|

.

10k

.

Seach

a7

ay

se

esos

Tesla

RSa

|

Roe2

issi7e.

ore

9706

D709

OO-~D-Q-Q-O-O-B®

'¢-4—|}—*

*

sir

a

tise

7

es

WG

onui

reais

L

sie

fal

hee

;

Q508

CBI

0503

Q5il

Q608

D603

Q6il

man

i

OH

aa

|

|

ara

73]

ft

TGR,

|

5.8

|

Of

S|

)P704

Ssnov

7

=

p

-

14.3

RTI

0

7

R704

aia

ee

R50

1%)

0

ais

ats

D

Gs

mel

l0k

9

@)

0550.

-

Gea

eon

K,

Issi?6é

—-2SAI015

2SC1815

ISSI76.

—-2SAl015

aN

(6)

Se

;

[jv

120

Fi20

=

Ik

+

is

Nt

3.94

"KR

t01

ark

@)

D

-

he

(O-#S)

°

33k

|

33k

[

-—o

Q

(6)

a50l

i

R55],

10k

SHORT

EROTEC

ae

QUTPUT

DC

RTI6

8k

|

+{c705

$R707

@;

Q

©320

=

Ow

|

<

(7)

t

4M

Nin

$

>

|

(1)

.

e—_

}2&—-wv

*

AW

in

OTECTOR

SHORT

PROTECTOR

[R567

10

R753

CHO

gR7al

470

+

A

C105

S330

Q704

|

C318

G

0)

381

eee

R332

l

@

On

ae

|

RBIS

RoI

(2)

p

On

ia

.

aK

XE

+

ra

J

Oe)

lee

6.01

#10k

croey

R7IO

(90

250536

ha

air

cae

@)

an

an

*

aaa

14.74]

Si

Shy

sone

=

a

R503

tere

rlL@

Cy

*

°

°

*

*

=f

=

|

x

Oe

56k

CONFROLLER

|

:

“14.7

:

R514

R518

7

10

2

R556

c3l9

;

aA

ass!

|

|

16k

6k

70H

“14.7

0.8

ic0z

|

CCH

TRI

Y

qso9|_

0503 R570

Res6e

F2CH

TR2

¥

eos

R569

|

C7

\

1

0.047

ee

I

“|

0,28

es0v

(p>

a

We

;

“147

(Oy

Raed

BOARD

&

7>v*7Rbe34

512

[420.1

ioKe

———°F

k_

BOARD

RoR

lz]

10

L

A

Ea724

Rv9

(0)

R330

LR33I]

1

c321

I

+

G

C)

ij

WK

Nk

100Hz

oe

SW

707

ene

27.4

a)

Kk

(>

29.14]

{

be

29.1

(IW)

Q706

+50v

5.6k

a7k

D705,

706

0704

9703

a

}

R328

R329

100k

S100k|

y

100p

C501

|

$R505

+

c752

Q506

ul

R564

29

R568

|

ISSI76

C714

100k

10k

2.2

|

¥

Ik

if

e503

1¢504

[e508

1506

ee

eV

0.01

a

0.6%

p56

[NES

A

Nosig

|

470k

Z8C536

ISSI76

250536

MTZJ-18A

50V

+

Sst

—q

6.47

[0.47

[0.47

[6.47

ae

ail

1;

1

laa

"

1)

Qel4

+

Tt

®

PARATCH

4CH

BOARD

ane

See

SWITCHING

070

VR703

R507

Cos

re

|

R565

[%0

C556

~

Y

2

1

|

|

_cn7ie

a

:

die

u

Q501

,

601

Le

ee

4

ps008560

(75)

Poe

ai

0

a8.

0,047

cNTI6

(1/3)

DutWr

MTZJ-6.88

C756

(SUB

WOOFER)

ee

||

OGC39e7.

R559

|

te)

50V

o

OVER

LOAD

ee

ae

at

OUTPUT

reo2

‘V5

[B—

|

oe

ETE

lase6

DETECTOR

——————————

ee

eee

5

&

REAR

eye

OK-C

Q551,651

a

MUTE

soa)

330

|as08

|

:

iE

igi.

ng

R743

MONO

|

SUB

)

I

-_

Raz?

:

(CHASSIS)

Weeted|

We

acto

8

eon

Beare

are

ne

5a

ion)

su

C42

a

SW706-2

-05

a

Calg

(2)

0

|

9451

0

Wiley

en

REOI

Real

fd

ee

|

CY

0513

Q514

alk

a

0

>

]

is

4 .

13k

0

R6le

fee

Or)

rez

“Ss

fee

O38,

Teess

©

Cale

©

Panes

3

cy

|

Bee

mh

NS4_

2

=28.1

DETECTOR

REGS

0.047

6.047

(4)

aa

I

i

|

REIS

Rel?

A

K

gsio

[7

28.!

7

al

wae

|

C

|

1

KA

10

R428

(Or

PiSy

gRasograail

|

caai

I

i

R6I4

:

RAG

Ps

aw)

R

100k

'oK

100k

100k)

|

100p

lok

\6k

1

0.87

Eee

‘

é

+

+

+

o

|

sc

R651

Ok

R667

10

(SUB

WOOFER)

"te

Ane

R620.

eowdeks)

Elow

ar

ms

5

R650

%

at

a

=o

?

O@

|

44

4

lok

-C

NUM4580L

33/i6v

IK

y

PHASE

SHIFTER

C65!

ph

ea

$0536

IC713

-

D501!

,502

Q502

,503

Q506

Q509

D6OI,602

Q602

,603

ee

‘a

Kerake}

=

’ ’

;

;

Q606

Q609

612

Q613

DC

_OFFSET

NJM4580L

|

issi76

2scigis

—-«-2Sa988_

=

2SC342

ISsi76

2SCi8I5

25988

2sc3d2l_2ScaS87

,

281672

oc

SHOR

PROTECTOR

ROTEL

Bon)

2-STAGE

INPUT

STAGE

2nd

STAGE

EMITTER

INPUT

STAGE

2nd

STAGE

EMITTER

FINAL

ST

‘

;

HIGH-

PASS

AMP

AMP

FOLLOWER

AMP

AMP

FOLLOWER

eivine

CaLLOWER

FILTER

;

4

10710

Q504

,505

Q507

Q310

Q5l2

513

Q604

,605

Q607

Q6l0

:

C711

nSAll5

25C1841

25A1358

2804387,

25A1672

2SA

1015

2SC

184

2SA

1358

Eh

NJM4580L

STAGE

2nd,

STAGE

EMITER

FINAL

STAGE

INPUT

STAGE

2nd.

STAGE

EMITTER

PE

algal

te

[2

CH

BOARD]

FOLLOWER

EMITTER

FOLLOWER

AMP

AMP

FOLLOWER

ae

me

es

LOW-PASS

FILTER

-

02

~

eo

hg

—_

14

—

2

peat

ames

—

18

—

—

19

—

XM-C6000

NOTE:

—XX,

—X

mean

standardized

parts,

so

they

may

have

some

differences

from

the

original

one.

The

construction

parts

of

an

assembled

part

are

indicated

with

a

collation

number

in

the

remark

column.

Color

indication

of

Appearance

Parts

SECTION

3

EXPLODED

VIEWS

e@

Items

marked

“*”"

are

not

stocked

since

they

are

seldom

required

for

routine

service.

Some

delay

should

be

anticipated

when

ordering

these

items.

The

mechanical

parts

with

no

reference

number

in

the

exploded

views

are

not

supplied.

SE

Example

:

KNOB,

BALANCE

(WHITE)....(RED)

@

Hardware(#mark)

list

is

given

in

the

last

of

this

parts

list.

t

Parts

color

Cabinet's

color

3-1.

MAIN

SECTION-1

Ref.

No.

Part

No.

Description

Remark

Ref.

No.

Part

No.

1

*

3-372-255-01

PLATE,

BOTTOM

1

*

1-641-619-11

2

*

3-372-263-01

LABEL,

MODEL

NUMBER

(US,

AEP)

8

,

deSed=226>14

2

*

3-372-264-01

LABEL,

MODEL

NUMBER

(Canadian)

9

*

3-372-258-01

2

*

3-372-265-01

LABEL,

MODEL

NUMBER

(UK,

E,

AES)

10

*

3-395-832-01

3

*

3-373-182-01

PLATE,

SHIELD

.

11

*

3-372-257-01

4

1-532-947-11

FUSE

(BRADE

TYPE)

(AUTO

FUSE)

12

*

1-641-612-11

5

*

3-372-275-01

PANEL

(FRONT)

(AEP,

UK,

E)

13.

1-641-612-11

5

*

3-372-275-11

PANEL

(FRONT)

(US,

Canadian)

14

*

3-396-106-01

6

1-537-348-21

TERMINAL

BOARD

(3P)

19

*

ADDITIONAL

|

INFORMATION

Description

:

Remark

FUSE

BOARD

HOLDER,

FUSE

(BRAID)

HEAT

SINK

(SUB

B)

SPACER

HEAT

SINK

(SUB

A)

2CHTR1

BOARD

2CHTR2

BOARD

BRACKET

(TR)

A-3273-687-A

2CH

BOARD,

COMPLETE

3-2.

MAIN

SECTION-2

Ref.

No.

Part

No.

Description

51

*

3-372-258-01

HEAT

SINK

(SUB

8)

52

*

3-395-832-0171

SPACER

53

*

3-372-273-01

HEAT

SINK

(R)

54

*

3-372-257-01

HEAT

SINK

(SUB

A)

55

*

1-641-6145-11

OUTPUT

H/M

BOARD

56

*

|-641-617-11

RCA

BOARD

57

*

3-372-276-01

PANEL

(REAR)

58

*

1-641-616-11

OUTPUT

(L)

BOARD

Remark

HM

FH

9

HE

3

Part

No.

3-372-272-01

A-32173-682-A

1-641-607-11

1-641-607-11

1-641-607-11

1-641-607-11

3-396-106-01

ADDITIONAL

|

INFORMATION

|

SEE

not

supplied

Description

Remark

HEAT

SINK

(L)

4CH

BOARD,

COMPLETE

4CHTR1

BOARD

4CHTR2

BOARD

4CHTR3

BOARD

4ACHTR4

BOARD

BRACKET

(TR)