korg Poly-800 v2 korg-poly-800-II-service-manual

PROGRAMMABLE

POLYPHONIC

SYNTHESIZER

SERVICE

P0LY-800E

MANUAL

1.

TECHNICAL

2.

MIDI

IMPLEMENTATION

3.

STRUCTURAL

4.

BLOCK

5.

CIRCUIT

SPECIFICATIONS

DIAGRAM

DIAGRAM

DIAGRAM

CONTENTS

1

2

13
16
17

6.

P.C.

BOARD

7.

CIRCUIT

8.

CHECK

PROCEDURE

9.

PARTS

DESCRIPTIONS

AND

UST

ADJUSTMENT

20

23

26

29

KEY

1.

C~C49Keys

2.

MASTER

After

Variation
Variation
Temperature

3.

MASTER TUNE

#MAX

bMAX

4.

DCO

OCTAVE:

WAVE

LEVEL:

DCO2INTERVAL:

DETUNE:

5.

VCF

24

CUT

RESONANCE:

KBD

OSC

power

ON

after
after10min.~1

characteristics

+40-70

^40-70

LOW,

FORM:f\16'+

0-3132steps

0-3

0,

6.5,

dB/OCT LPF

OFF:

0-99

TRACK:0,50,

POLARITY:/S

EG

INT:

0-1516steps

CUT

TRIGGER:

6.

NOISE

0-1516steps

7.

EG

0-3132steps

8.

MG

0-1516steps

9.

DCO

BEND

MG
MG

10.

VCF

MG:0-±10

MG

11.

EQUALIZER

TREBLE:

BASS:

12.

DIGITAL

DELAY

FEED

MOD

MOD

EFFECT

13.

SEQUENCER

1

note,

maximumof1,000

SPEED:1step

"J".25-250

MODE:

SINGLE/MULTI

MOD

(JOYSTICK):0-±

MOD

(JOYSTICK):0-±102/3

-6-0-+6(13

-6-0-+6(13

DELAY

TIME:

BACK:

FREQUENCY:

INTENSITY:

LEVEL

restortie

ONE

0-10

min.:

within±5cents

hr.:

within±5cents

0-40°C

cents

cents

MID,

HIGH

1/28'+

JT_

16'+8'+4'+2'

0-12

13,26cents4steps

half-steps

0-15

,

W

OFF-0-

:0-±730

:0-±

2/3

OCT

half-steps13steps

±10

100

OCT

(Q=0-10)16steps

100%

cents(±30

160

cents

160

cents

(±10%)

OCT(±10%)

STEP)

STEP)

±10dB(±20%)

±3dBPOINT:

300Hz(±10%)

(DDL)

0-99

(100

STEP)4msec-1024

0-15

(16

STEP)

(until

oscillation

0-31

(±20%)

0-31

(1=8

0-15
Effect

sound

regardedas1

steps

0-100%

ceases)

(32

STEP)

(32

STEP)1-5TYP

MAX)

(16

STEP)1-1max.

produced

step

regardedas")T

±20%

TIME/REPEAT

1

TECHNICAL

within

±10

cents

1/44'+

steps

1/8

2'

(±20%)

cents)

(±40

cents)

(±40

cents)

±10dB(±20%)

±3dBPOINT:

2

kHz

(±10%)

msec

0.1

Hz-10

Hz

14.

TAPE

INTERFACE

DATA

TRANSMISSION

OUTPUT

INPUT

15.

MIDI

CHANNEL:!-16

PROGRAM

SEQUENCER

SOCKET:

16.

DIMENSIONS

780(W)x286(P)x87.6(H)

17.

WEIGHT

4.4kg(including

18.

ACCESSORIES

Pre-load

Batteries

Shielded

19.

POWER

7W(when

SUM-2X69V

20.

BATTERY

3.5

usage,

21.

EXTERNALDCPOWER

+

22.

ENVIRONMENTAL

Temperature:

Humidity:

23.

TIMETOSTABLE

300

24.

PERMISSIBLE

(withACadapter)

5

90°,

25.

ELECTROSTATIC

Normal

26.

ENCLOSURE

15orless

27.ATPOWER

spike

28.

OUTPUT

C4-C58notes

-6dBm

29.

NOISE

JIS-A

DDL

DDL

30.

ELECTRICAL

FCC

VDE

Certification

LEVEL:

LEVEL:

HIGH3Vp-p

LOW1Vp-p

CHANGE:

CLOCK:

IN/OUT

data

tape

(UM-2x

cord

(2.5mx1)

CONSUMPTION

usingACadapter)

LIFE

hrs.orover

20°C)

7.0V-+

11.0V

0°C-40°C

Below

sec.

LINE

min.

marked

350

without

ns,

500Vpulse

functionat10kVof

HEAT

ON/OFF

noise—less

LEVEL

(±3dB)

LEVEL

AVERAGE

ON

OFF

(U.S.A.)

(W.

-76

(-70

-80dBm

(-74dBmMAX)

WAVE

Germany)

for

4.5

CH

dry-cell

6)

330

(National

dew

(Line

output

GATE

each

SPEED:

mVp-p

approx.

2,000

DISABLE/ENABLE

INT/EXT

mm

batteries)

mA

±10%

Hi-Top

SUM-2x6,

RANGE

CONDITIONS

point

OPERATION

NOISE

malfunction

TEST

BUILD-UP

than

300

Out)

simultaneously,

ON

dBm

TYP

dBm

MAX)

TYP

INTERFERENCE

under

AFTER

VOLUME

at

positive

static

electricity

mVp-p

VOL

GATE

-90

(-84

-90

(-84

review.

(bit/sec)

continuous

POWER

ON:

polarity

MAX,

OFF

dBm

TYP

dBm

MAX)

dBm

TYP

dBm

MAX)

1.

TRANSTITTED

Q

CHANNEL

MESSAGES

DATA

I

0 0 0 n nnn

I00Innn

I0IInnn n

I0IInnn n

II00n n n n

III

0 nnn n

•

nnnn=0~15: The

NOTE

1.

The

relationship

Okkk kkkk

n

channel

between

Okkk

OOOO

0 000 00I

Oppp pppp

0000

number

MIDI

kkkk

000

I

0

0000

setinparameter

program

numbers

0I0 0

0I0 00000

Ovvv

Ovvv

Ovvv

87.

(Oppppppp)

0 000

vOOO

vOOO

vvvv

But

sequencer

and

display

Note

Off

kkkkkkk

Note

On

k kkkkkk=36-84

DCO

Modulation

(4bit

resolution)

VCF

Modulation

(4bit

resolution)

Program

PPP

P PPp=0~63

Pitch

Bender

(7bit

resolution)

vvvvv

LSBisnot

dataisfixedatchannel

program

numbersisshown

=36-84

Change

Change

vv

=64:Center

used

2.

(NOTEI)

here.

SYSTEM

*

Sent

REAL

I

I I

I I

I I

I II0I0

I

I I

I II0

only

during

TIME

MESSAGES

0 0 0

0

sequencer

operation.

Display

number

#n

#12

#87-

#88-

MIDI

Program

Timing

Start

Stop

^°

*i

—62

—

63

Clock

number

B

SYSTEM

©DATA

EXCLUSIVE

DUMP

MESSAGES

IIII0 000

010000

0 0

0

0 0 0

0000

0000

0000

0000

1

M

•

DATA

DUMPissent

NOTE

2.

2688

The2(RAM

DATA

ERROR

10

100001

I I00

dddd

dddd

ssss

ssss

I0I I I

data1word)n

only

whenaDATA

least

DUMP

significant

requestisreceived.

8

bits

are

Exclusive

KORG

Format

POLY-800IIIDOCH

LSB

MSB

LSB

MSB

EOX

check

Status

ID

ID

4bit

t)it|

.

RAM

t)iti

4bitJ

4b.tj

4biti

sum

data.

42H

2IH

dataIword

(5376

Byte)

(N0TE2)

•

Sent

I

I I

0I0 0

00I

0

0 0 0

00I

I I

only

0 0 0

I

00I

0 0

0

II0

0 0 0 0

0

0

I I

whenacheck

0

0

0

I

0

I

I I

sum

error

occurs

duringadata

Exclusive status

KORG

ID

Format

POLY-800H

Data

EOX

ID

Error

dump.

ID

42

H

2IH

OCH

20

H

2.

RECOGNIZED

I

CHANNEL

MESSAGES

RECEIVE

DATA

1000nn n n

1001nnnn

1001nnnn

1011n

101 1nn

101 1nnnn

110

0nnnn

1 1 10n nnn

•

nnnn=0~15:

Okkk

Okkk

Okkk

n n n

n n

Channel

0000000

000 0 0010

011

1 1 1

0I1 1 1 101

Oppp

Oxxx xxxx

number

setinparameter

regardlessofchannel

When OMNI

selected

The

"power

modeisOFF,

channel

number.

on"

defaultisOMNI

kkkk

kkkk

kkkk

1

0 0

pppp

number

the

Oxxx

Ovvv

0000

Ovvv

Ovvv

0000

0000

Ovvv

87.

xxxx

vvvv

0000

vxxx

vxxx

0000

0000

When

vvvv

OMNI

setting.

synthesizer

responds

ON.

Note

Off

Velocity

Note

Velocity

(vvvvvvv>0)

Note

DCO

(4

VCF

(4

OMNI

OMNI

Program

Pitch

LSB

MSB

vvv

modeisON,

onlytomessages

willbeignored

On

willbeignored

Off

Modulation

bit

resolution)

Modulation

bit

resolution)

Mode

Mode

Change

Bender

willbeignored

willberecognized

v v v

all

messages

receivedonthe

(NOTE

(NOTE

Off

On

(NOTE

Change

v=64Icenter

1)

1)

2)

are

received,

currently

NOTE

1.

Note

number

tave

2.

within

Program

64

from

SYSTEM

I I

I III I0I

I

NOTE

3.

Timing

(Okkk

kkkk)=36-84.

the

range.

number

the

REAL

I I I

I I I I I00

clock

(Oppp pppp)=0-63.

data.

TIME

0 0 0

data

canbereceived

MESSAGES

0

Received

onlyinthe

Data

higher

data

period

beyond

this

than63is

between

rangeisvoicedasthe

interpreted

Timing

Start

Stop

reception

as

Clock

(NOTE

of

the

difference

3)

start

and

same

noteinthe

nearest

oc

obtainedbysubtracting

stop

data.

El

SYSTEM

©DATA

EXCLUSIVE

DUMP

MESSAGES

I

0

0010

0

0000

0000

0000 ssss

0000

1

NOTE

4.

The

®DATA

III

0I0 0

00I

000

0 00I

I I

I II0

1000010

0 00I I

I.II0II

2*

(RAM

n=l

DUMP

I I

0 0

0 0 0

dddd

dddd

ssss

data1word)n

REQUEST

I

000 0

00I

0

00I

0

0

II0

000

0

I I

0 0

0

1

Exclusive

KORG

Format

status

ID

ID

42

21

H

H

POLY-800HIDOCH

LSB

4bir

bit!

.

RAM

bit!

MSB4bitJ

LSB

4bit

|

MSB

4bitJ

are

check

EOX

sum

data.

Exclusive

KORG

ID

Format

POLY-800H

Data

EOX

ID

Dump

I

least

significant

0

0

0

I

8

bits

dataIword

(5376

Check

Sum

status

ID

Request

Byte)

data

(NOTE4)

42

H

2IH

OCH

I0H

•

After

DUMP

receivingaDATA

transmission.

DUMP

REQUEST,

thereisa

delayofabout

300ms

before

the

POLY-800II

begins

DATA

3.

USING

I

Communication

I

The

POLY

enables

software.

Sending

DATA

DUMP:

SYSTEM

800II

sequencer

This

parameters

REQUEST.

DUMP

DATA

DATA

■

ERROR:

Receiving

Sent

DUMP:

DUMP

Setupisshown

REQUEST:Acommandtotransmit

EXCLUSIVE

between

can

includes

whenacheck

here:

the

send

and

other

85,

The
data

87,

DATA

POLY-BOOH

and

the

86,

program

storedinthe

and

DUMP

andacomputer.

receive

data

sound

the

following

exchange

data

87,

and

88,

sum

error

data

loadedtothe

64 programsinmemory,

88,

and

chord

transmission

MESSAGES

kindsofinformation

withacomputer

equipped

storedinthe64programsinmemory,

and

chord

occurs

during

memory

data.

receptionofDATA

POLY-800II.

sequencer

memory

program

data.

data.

When

aftera300ms

this

delay.

via

system

exclusive

withaMIDI

sequencer

Thisissentinresponsetoa

DUMP

The

contentsofthis

data,

data.

settings

requestisreceived,

messages.

interface

data

of

the

and

suitable

data,

settings

DATA

DUMP

replace

the

parameters

POLY-800II

begins

This

of

sound

85,86,

Computer

I

Communications

3)

First

the

computer

the

dataissent

Computer

POLY-800U

Examples

obtains

backtothe

Send

Receive

Receive

Send

MIDI

sound

program

synthesizer.

and

OUT

Interface

sequencer

midi

data

i

from

POLY-800II

the

synthesizer

for

editing.

After

editing,

Ifanirregularity

is

detectedinthe

data

loaded

from

the

computer.

Computer

P0LY-800H

I

RAM

data

structure

I

The

RAM

data

Send

Receive

Receive

Send

portionofDATA

MIDI

CHANNEL

SEO DATA

(UNDEFINED)

CHORD

SEO

SEO

PROG

MEMORY

MODE

CKL

CHANGE

DIS/ENA

(UNDEFINED)

PROG

DATA

DUMP

dataisorganizedasshown

0

001H~3Ea H

3E9H-3F0H

3FIH-3F8H

3F9

3FA

3

3FCH-3FFH

400H-A7FH

here.

0 0

H

H

H

F B

H

1

1000

8

8

1

1

1

4

1664

I

Actually,

from

(UNDEFINED

when

relative

address

data

this

dataistransmitted

000H.

does

not

affect

internal

on

MIDI,

each

operation;

~7

byteissplitatits

itisonly

least

usedinthe

significant

check

four

sum.)

bits

and

sent

starting

RAM

Bit

map

data

organization

for

MIDI

CHANNEL,

MSB

SEQ

MODE,

?

6

SEQ

CLK,

5

and

PROG

4

CHANGE

3

o

2

1

LSB

0 0

OH

3

F9H

3

EAH

3

FBH

*

Bit

map

relationship

MIDI

CHANNEL

SEO

MODE

SEO

CLK

PROG

CHANCE

I

Sequencer

data

D/E

has

0

0

0

0

with

parameter

0 0 0

3F9H

3

FAH

3

FBH

the

following

00

0

0

0

0

valuesonfront

H

b3—bO

structure.

H

bO

bO

bO

0

0

0

0

0

0

0

0

panel.

0000-1

0=1

0=1

0=0

-^

0

0

0

1

1 1=1-16

(ONE

TIME),1=2(REPEAT)

MIDI

0

0

0

CHANNEL

(INT),1=2(EXT)

(DISABLE),1=J(ENABLE)

End

__

SEO

SEQ

PROG

87

85

86

88

__

m

_

0

0

0

^~MODE

„

_

CHANGE

f

J

i

Example:

Data:

B4H,

02H,

BCH,

02H,

1kt

0

ki

0

kj

1

k3

B5H,

02H, 01H,

02H,

02H, 02H,

ki ki

ki ki

k^

kj

kj

k3

01

H

02

H

ki

k|

ki

kj

k; k? k^

k3

k3

01H,

B7H,

02H,

01H,

ki ki

kj

ki

k?

k3 k3

B9H,

01H,

00H.

If

most

significant

If

most

significant

Oknknknknknknkn:

I

CHORD

Oknknknknknknkn:

00000000:

34H,

37H,

bitis0:

bitis1:

MEMORY

End

Rest

Tie

Other

notes

existatsame

Block

endatthat

SameasMIDI

/24H—54H,\

In=I

has

—8

/

the

following

SameasMIDI

time.

pointintime.

note

number.

structure.

note

number.

a>

Bit

map

for

each

program.

"•"

Exceeds

UNDEFINED

byte

data

unit.

can

have

any

value;itis

only

usedinthe

check sum.

•

Relationships

between

bit

map

and

parameter

values

listed

on

the

front

panel

(per

program).

DC01

DC02

OCTAVE

OCTAVE

DCOt

WAVE

DC02

WAVE

DCO1

DC01

16'

8'

DC01

DC01

DC02

DC02

DCO2

DC02

DCO DETUNE

DCO

DCO

NOISE

VCF

VCF

DCO1

DCO2

VCF

VCF

MODE

INTERVAL

EG

EG

CUTOFF

TRIG

MG

FREQ

MG

DELAY

MG

DCO

MG

VCF

DEG1

DEG1

4'

2'

16'

8'

4'

2'

LEVEL

INT

POLARITY

LEVEL

LEVEL

INT

INT

ATTACK

DECAY

FORM

FORM

MODE

0

0

0

0

1

1

1

1

1

1

1

1

2

2

3

3

4

4

4—5

5

6

6

7

7

8

8

9

10—9

bl—bO

b3—b2

b5—b4

b7—b6

bO

bl

b2

b3

b4

b5

b6

b7

bl—bO

b6

b3-bO

b7—b4

b3—bO

b4

b7—b5,bl-bO

b6—b2

b6—bO

b7

b3-bO

b7—b4

b3—bO

b7—b4

b4—bO

bl—bO,b7-b5

00=1(["LhOI

00=i(n_Koi

0=0(OFF)J=I(ON)

0=0(OFF)J=I(ON)

0=0(OFF)J=I(ON)

0=0(OFF)J=I(ON)

0=0(OFF)J=I(ON)

0=1(LOWK0I

0=1(LOW),01

=2(MID)

J0=3(HIGHK

=2(MID),

IO=3(HIGHK

=2(f\)

J0-11 =

=2(r\Kio—11=

M=INHIBIT

11

=INHIBIT

INHIBIT

inhibit

0=0(OFF)J=I(ON)

0=0(OFF)J=I(ON)

0=0(OFF)J=I(ON)

00—11=0—3

0=1(WHOLE)x1=2(DOUBLE)

0000—1100=0—12,1101

0000—1111=0—15

0000—1111=0—15

—1111

=INHIBIT

o=i(W)J=2(H

00000—11111=0—31

00000—11111=0—31

0000000-1100011

0=1

(SINGLE),

0000—1111=0—15

0000—1111=0—15

0000—1111=0—15

0000—1111=0—15

00000—11111=0—31

00000—11111=0—31

=0-99,1100100-1111111

=

INHIBIT

I=2(MULTI)

II

21

12

22

13

14

15

16

23

24

25

26

38

18

28

37

35

34

17

27

31

36

81

82

83

84

41

42

DEG1

DEG1

BREAK

SLOPE

P.

10

11—10

b6—b2

b3—b0xb7

00000—11111=0—31

00000—11111=0—31

43

44

DEG1

DEG1

DEG2

DEG2

DEG2

DEG2

DEG2

DEG2

DEG3

DEG3

DEG3

DEG3

DEG3

DEG3

VCF

SUSTAIN

RELEASE

ATTACK

DECAY

BREAK

SLOPE

SUSTAIN

P.

RELEASE

ATTACK

DECAY

BREAK

P.

SLOPE

SUSTAIN

RELEASE

RESONANCE

12-11

12

—12

13

13

14

15—14

15

16—15

17-16

17

18—17

18

19

20—19

20

bO,b7—b4

b5—bl

b2—bO,b7-b6

b7—b3

b4—bO

bl—

bO,b7—b5

b6—b2

b3—b0xb7

bO,b7—b4

b5—bl

b2—bUb7—b6

b7—b3

b4—bO

bl-bO,

b7-b5

b5—b2

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

00000—Mill

00000—11111=0—31

00000—11111=0—31

=0—31

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

00000—11111=0—31

0000—1111=0—15

45

46

51

52

53

54

55

56

61

62

63

64

65

66

32

VCF

DDL

DDL

DDL

DDL

DDL

EQ

EQ

TREBLE

BASS

KBD

TRACK

TIME

FEEDBACK

EFFECT

MOD

MOD

LEVEL

FREQ

INT

20

21

22

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23

24

25

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b3—bO

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71

72

75

73

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76

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TAPE

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VR1:

470K

VR3:

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specity

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KLM-599-601

7.

CIRCUIT

1.

SYSTEM

The

Poly-800n

circuit

board

EPROM

Other

Differences

for

the

circuit

in

EXPLANATION

system

does

which

contains

System

boards

specifications

not contain

the

Program.

have

revised

between

DESCRIPTIONS

the

following

64Kbit

numbers,

new

STATIC

and

the

POLY-800H

KLM-598

Chorus

circuits;

RAM

some

circuit

Digital

Delay

for

timbre

minor

changes

and

the

POLY-800

data

board

usedinthe

circuitry

storage,

have

(DDL),

etc.

been

are

made.

described

Poly-800.

but

replaces

Programmable

on

the

following

it

withanew

Equalizer

circuitry.

chart.

KLM-779

128Kbit

POLY-80QH/POLY-800

ITEM

EG

DEG1-3

Decay

Slope

Release

VCF

Multiple

Trigger

COMPARISON

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slopeofenvelopeislinear.

Trigger

CHART

when

point

level

takes

POLY-800H

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effect

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Time

levelisgreater

envelope

KEY

ON.

than

rises),

then

POLY-800

Time

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Trigger

takes

effect

from

any

equal

Linear

—

point

when

Key

ON

EFFECT

SEQUENCER

Max.

no.ofsteps

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step

equalto1

note,

restortie)

Built-in

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available

value.

Treble

(programmable)

Digital

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steps

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2kHz

300kHz

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effects

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ON/OFF

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available

256

steps

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only

DATA

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SEQ

5

INT/EXT

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BACKUP

MODE

CLOCK

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repeat

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Back

up

Back

up

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fixedatpower

Back up

POLY-800

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PROG

CHANGE

MIDI

SPECIFICATIONS

CHANNEL

6

MODE

MESSAGES

DATA

DUMP

2.

MAIN

KEYBOARD

There

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IC34

decodes

Key

on/off

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the

datatothe

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someofall

then

sound

Switch

DC01

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matrix

MSM5232

(which

includes

(NJM2069).

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matrix.

IC2069

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DATA

PROCESSING

six

8-tone

keyboard

addresses

dataisreadbythe

CPU

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will

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DC02

circuit

and

output

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viaaD/A

Generator)

notbeheard

octave

performedbyIC3

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IC's4,5,

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however

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data

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OMNI

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bus

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CPU

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key

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the

sameasthe

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through

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there

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time

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high

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outputs

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keyboard.

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data

sound

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synthesis

circuit

chip

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CPU

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up

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the

system

the

memory,itis

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for

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seconds).

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The

Digital

ched

dataofIC25

BUS

from

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Digital

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Channel

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OMNIONuntil

Sends

Sends

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data

fixedatCH1,SEQ

OMNI

OMNI

available

createdbythe

IC20

(MPD4464).

the

unitisturned

does

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housedinthe

which

the

delay

circuitry,

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delay

accordingtosignal

for

external

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the

main

circuit

out

via

FET

Delay

parameter

Delay

circuitry.

switches F1

ON

available

parameter86is

OFF,

POLYONat

ON,

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with

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dataatCH

called.

SEQ

START

SEQ

STOP

alone.

userisstoredinstatic

Therefore,

off,itis

haveabattery

contains

timbre

a

Gate

connectionis256Kbit.

to

maintain

necessary

backup.

lithium

main

the

Array

specified

circuitry

batterytoprotect

circuit

board

RAM.

Consequently,

data

willbeerased.

(MPD65010

for

digital

time

are

controlled

all

for

this

KLM-1032

delay,

(max.of1024

whichisconnectedtothe

board

KLM-1032

CPU.

This

andF3ON/OFF

settings,EQparameter

setting

2.

RAM

program

type

of

Although

if

CW-113),

pro

by

lat

DATA

control

control

of

and

24

3./*PD

TERMINAL

Pin

No.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

65010

NAMES

Pin

Name

I/O

HOLD

RST1

RST2

SPON

STRT

X1

PRSR

256K

D9

D8

TCO

TE13

TMOD

MTEN

MUTB

MUTE

SHB

SH

DATA

DO11

DO10

DO9

CW-113

Pin

No.

23

24

25

26

27

28

29

30

31

32

C

0

0

O

0

I

0

0

0

33

34

35

36

37

38

39

40

41

42

43

SPECIFICATIONS

Pin

No.

Pin

Pin

DO8

DO7

DO6

DO5

DO4

CO3

DO2

DO1

DO0

GND

WR3

WR2

WR1

RAS

Name

A7

A4

A3

A5

A2

A6

A1

I/O

O

O

O

O

O

O

O

O

O

OV

O

O

O

O

o

o

o

o

o

o

o

44

45

46

47

48

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

Name

A0

WR0

IO3

IO2

CAS

OE0

101

IO4

OE1

OE2

OE3

DO

D1

D2

D3

D4

D5

D6

D7

CLK

VDD

I/O

O

o

I/O

I/O

o

o

I/O

I/O

0

o

o

+

5\

PIN

CONFIGURATION

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—

32—

—64

—63

—62

—61

—60

—59

—58

—57

—56
—55

—54

—53

—52

—51

—50

—49

—48

—47

—46

—45

—44

—43

—42

—41

—40

—39

—38

37

—36

—35

—34

—33

OUTPUT

(Input)

SH

SHB

RAL

CAS

DOQ~11

AO-7

OEO-3

WRO-3

NOTE:

TERMINAL

TIMING

JTJTJTJlJlJXri^^

Memory

^Outputf

y

row

"

The

timing

shownisfor

CHART

r

normal

operation,

Column

Data

withx1

tor

individual

comparison

-OFOEO-3.

-1

Sampling

input

being

Column

one

becomes

LOW-

-Of

Cycle-

low.

WR0-3.

"X

one

becomes

Row

LOW-

Memory

Signal

Output

X

Column

25

ADJUSTMENT

PROCEDURE

Caution:

This

product

before

shipment.

than

those

BEFORE

PROGRAM

Parameter:

VRs

making

no.11(noise

Value:

PROGRAM

Parameter:

no.

Value:

PROGRAM

Parameter:

no.

Value:

PROGRAM

Parameter:

Value:

no.

has

been

thoroughly

Thereforedonot

required

18

17

1

0

21

11

12

2

2

13

11

12

2

2

14

11

12

2

2

for

any

calibration

32

33

31

0

0

99

(master

15

13

14

0 0

1

0

(cut

off):

15

13

14

1

0

(resonance):

13

14

1

0

abjustedatthe

abjust

anything

servicing.

abjustments,

level):

61

0

63

0

31

35

0

37

15

64

62

oscillator):

33

32

31

18

17

16

0

60

1

30

32

18

31

17

16

12

12

1

31

0 0

32

31

18

17

15 16

15

1

99

31

0

0

factory

Be

66

65

0

0

31

38

35

0

0

37

35

33

0

2

35

33

0

0

other

sure

84

83

0

0

42

41

0

0

0

42

41

0

0

0

42

37

41

0

0

0

43

31

43

31

43

31

that

test

The

for

for

44

0

44

0

44

0

dataisloaded

following

servece

future

time saving

83

46

45

0

0

31

83

45

46

0

0

31

81

45

46

15

0

31

setting

into

testing.

84

0

84

0

828384

0 0

chart

After

inputting

convenience.

0

POLY-800.

shows

the

program

the

data,

data

saveiton

used

tape

PROGRAM

Parameter:

Value:

PROGRAM

Parameter:

Value:

1.

Power

Be

sure

that

1)

+5V

check

UseaDVM

CN6

Pin6and

necessary.

2)

-5V

check:

15

no.

12

11

1

1

16

no.

12

11

1

1

supply

circuit

the

specifiedACadapterisused:

and

adjustment:

(digital

voltmeter)

confirm

UseaDVMtocheck

firm

-5V

(within-4.7V~-5.7V)

2.

D/A

converter

With

joystick

connect

1.986V±0.005V.

DVMtoKLM-596

Reference

3.990V

foranupward

0.020V

foradownward

check

bend

controlatcenter

Adjust

data:

(delay

13

(delay

1):

14 15 16

1111

2):

131415

1111

16

17

31

17

31

18

1

18

1

(KLM-1032)

to

check

+ 5V

(=h

0.005V).

KLM-596

connector

and

adjustment

position:

IC10

(TL062)

VR4ifnecessary.

pitch

bend

and

pitch

bend.

42

37

41

35

33

32

31

1

0

99

0

35

32

33

31

1

0

0

99

9V,

300mA,

KLM-596

CN6

connector

Adjust

VR1

Pin8and

(KLM-1032)

(BEND

Pin7and

INT

0

0

0

42

41

37

0

0

0

if

con

]

MAX)

confirm

72

71

61

46

44

45

43

15

50

0

0

0

0

7

72

71

61

46

45

44

43

0

0

Note:

0

7

Adjustment

0

0

0

is

easiestinthe

istoobtaina4V±0.004V

justing

the

D/A

converter

high.

13.

Noise

level

check

1)

Select

program

2)

DepressC3key

3)

Connectonoscilloscope

firm

noise

levelof0.3Vp-p

4)

Adjust

VR3ifnecessary.

75

74

73

15

0

0

74

75

73

15

0

0

and

no.

11.

and

settoHOLD.

85

84

83

82

77

81

76

2

0

0

0

0

0

0

85

84

82

83

81

77

76

0

0

0

0

0

0

joystick

output

whenIC81C55

adjustment:

to

circuit

although

fromIC38

portAoutputisall

(KLM-1032)

KLM-596

CN6A3pin

(TL062)

(±20%).

88

81

86

1

1

0

88

81

86

1

1

the

idea

0

2

by ad

and

con

14.

Master

Set

tune

nect

1)

Select

2)

PlayC3key

3)

Confirm

necessary,

4)

Next,

and

just

oscillator

knobtocenter

AT-12toline

program

move

confirm

KLM-601

check

and

and

bend

out

jack.

no.

12.

and

settoHOLD.

AT-12

indicationof—1OCT.C,0

abjust

coil

KL-O03.

joysticktomaximum

AT-12

readingof—1OCT,G,+35

VR2ifnecessary.

adjustment

intensity

upward

(KLM-1032)|

to

maximum.

pitch

bend

Con

cent.

position

cents.

Ad

If

6.

Resonance

1)

Select

2)

PlayC3and

3)

Confirmtooscillation

in

figure

4)

Abjust

waveform

check

and

program

VR5ifnecessarytoprevent

no.

14.

settoHOLD.

and

2.

deviation

from

adjustment:

confirm

(KUVM032)

that

waveformisas

oscillation

ortocorrect

figure2example.

|

shown

5)Atmaximum

tion

shouldbe-2

necessary.

•

VR3isa

panel.

Confirm

tion.

•

Confirm

tion.

If

necessary,

15.

Cutoff

1)

Select

2)

PlayC3and

3)

Connectonoscilloscope

waveformasin

4)

Adjust

joystick

semi-fixed

+40-+70cents

-40--70

Adjust

check

and

program

settoHOLD.

VR2toobtain

downward

OCT.

-35

resistortofix

cents

VR3.

adjustment

no.

13.

figure

1.

maximum

when

when

to

pitch

bend,

AT-12

cents.

Adjust

KLM-601

rangeoftuneVRon

tuneVRisat#

tuneVRisatb

max

max

(KLM-10327

CN6A

pin3and

waveform

amplitude.

observe

indica

VR1

if

front

posi

posi

200-

600Vp-

17.

S/H

CLOCK

1.

S/H

CLOCK

1)

Connectafrequency

2)

Check

3)

Abjust

NOTE:

Waveformsonthe

check

Verification,

that

the

frequency

VR3ifnecessary.

and

adjustment

Adjustment

countertoTEST

counter

oscilloscope

displays

areasfollows;

POINT3(TP3).

20kHz±0.5kHz.

(Hg-1)

27

+

4V

OV

DC,2V/div,

Flo-1

50/isec

10/zsec/div

2.

FEEDBACK

1)

Select

2)

Connectonoscilloscope

3)

PlayC3key,

(from

(Fig-2)

4)

AdjustVR1ifnecessary

Fig-2

TIME

Verification,

program

peakofwaveformtodecay)is600msec±50msec.

No.

and

check

15.

(AC,

that

600msec

Adjustment

50mV/div,

the

0.1

sec/div)toTP1.

envelopeofthe

waveform

AC50m/m

O.isec

3.

ANALOG

1)

Select

2)

Connectonoscilloscope

(Connect

3)

PlayC3key,

waveforms

Note:

Although

a

fully

COMPANDER

program

No.

NE572

16.

(AC

groundtoTP2)

and

checkonthe

are

formed

this

canbeabjusted

couterclockwise

which

position,

Verification,

50mV/div,

Adjustment

0.1

sec/div)toTP1.

oscilloscope

are

unifprminsize

via

VR2,

becauseitis

soitshould

notbeturned.

that

visible

and

shape.

fixed

at

PARTS

PARTS

10009000

10013710

10016610

10016722

10113747

10413247

10413318

10413322

10413327

10413347

10413410

10413422

10413439

10413510

10413533

10413539

10413562

10413610

10413710

10416210

10416215

10416222

10416247

10416310

10416315

10416322

10416333

10416336

10416347

10416351

10416356

10416382

10416410

10416412

10416422

10416433

10416439

UST

CODE

YOOHM

S1/4JY

1/6JY

1/6JY

S1/4JT

S1/4JYTP47OHM

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

S1/4JYTP

1/6JTP10OHM

1/6JTP15OHM

1/6JTP22OHM

1/6JTP47OHM

1/6JTP100OHM

1/6JTP150OHM

1/6JTP

1/6JTP

1/6JTP

1/6JTP

1/6JTP510OHM

1/6JTP

1/6JTP

1/6JTP1.0K

1/6JTP

1/6JTP

1/6JTP

1/6JTP

PARTS

NAME

1M

100K

2.2M

4.7M

180

220

270

470

1K

2.2K

3.9K

10K

33K

39K

62K

100K

1M

220

330

360

470

560

820

1.2K

2.2K

3.3K

3.9K

SPECIFICATIONS

CARBON

RESISTORS

OHM

OHM

OHM

OHM

OHM

OHM

OHM

OHM

OHM

OHM

P.C.

BOARD

KLM-1032

KLM-601

KLM-1032

KLM-1035

KLM-1032

KLM-599

KLM-1032

KLM-599

KLM-1032

KLM-599

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

IDENTIFICATION

NO.

FUNCTION

Q'TY

2

1

2

1

1

3

8

2

1

1

8

1

1

1

1

8

1

4

2

1

1

1

2

2

4

3

2

3

2

1

1

3

1

1

7

6

1

1

2

3

1

1

PARTS

CODE

10416447

10416456

10416468

10416475

10416482

10416491

10416510

10416511

10416512

10416513

10416515

10416516

10416518

10416520

10416522

10416524

10416527

10416533

10416539

10416547

10416556

10416562

10416568

10416582

10416591

10416610

10416620

10416622

10416633

10416647

10416656

10416710

PARTS

NAME

1/6JTP

4.7K

1/6JTP 5.6K

1/6JTP

6.8K

1/6JTP

7.5K

1/6JTP

8.2K

1/6JTP9.1K

1/6JTP

10K

1/6JTP11K

1/6JTP

12K

1/6JTP

13K

1/6JTP

15K

1/6JTP

16K

1/6JTP

18K

1/6JTP

20K

1/6JTP

22K

1/6JTP

24K

1/6JTP

27K

1/6JTP

33K

1/6JTP

39K

1/6JTP

47K

1/6JTP

56K

1/6JTP

62K

1/6JTP

68K

1/6JTP

82K

1/6JTP91K

1/6JTP

100K

1/6JTP

200K

1/6JTP

220K

1/6JTP

330K

1/6JTP

470K

1/6JTP

560K

1/6JTP1.0M

P.C.

SPECIFICATIONS

BOARD

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

IDENTIFICATION

NO.

FUNCTION

Q'TY

9

2

1

3

1

1

1

2

11

15

1

16

1

1

1

1

1

5

3

7

1

1

2

1

2

2

7

1

1

2

3

4

2

1

3

8

1

1

1

1

1

1

1

3

PARTS

CODE

10416710

10416722

12512261

12514100

12514604

12515100

12515118

12515147

12515249

12515499

12515511

12515845

12516100

12516200

13504533

13506510

13508410

13508510

13807002

13810525

13890470

18032310

20402410

20402415

20402418

20402422

20402427

20402433

20402447

20402456

20402510

20402512

20402522

20402547

20402568

PARTS

NAME

SPECIFICATIONS

1/6JTP1.0M

1/6JTP

2.2M

1/6TP

26.1OHM

1/6TP

LOOK

1/6TP

6.04K

1/6TP

10.0K

1/6TP11.8K

1/6TP

14.7K

1/6TP 24.9K

1/6TP 49.9K

1/6TP51.5K

1/6TP 84.5K

100K

1/6TP

1/6TP

200K

RKC1/8B4J

RKC1/8B6J

RKC1/8B8J

RKC1/8B8J

RN3QEL472Z01

RKM10L253F

RKM

TD5-A110DA

50V

50V

50V

50V

50V

50V

50V

50V

50V

50V

50V

50V

50V

33K

10K

1K

10K

25K

5LW103

0.001

UF

0.0015UF

0.0018UF

0.0022UF

0.0027UF

0.0Q33UF

0.0047UF

0.0056UF

0.01

UF

0.012UF

0.022UF

0.047UF

0.068UF

METAL

BLOCK

THERMISTOR

MYLAR

P.C.

KLM-1032

KLM-779

FILM

RESISTORS

KLM-1032

KLM-599

KLM-1032

KLM-599

KLM-1032

RESISTORS

KLM-1032

KLM-779

KLM-1032

KLM-1032

CAPACITORS

KLM-599

KLM-779

KLM-1032

KLM-779

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

BOARD

IDENTIFICATION

NO.

FUNCTION

Q'TY

1

1

2

1

1

1

1

1

1

1

1

5

1

2

1

1

2

1

1

2

i

2

1

5

1

1

2

2

1

1

2

4

16

P.C.

PARTS

NAME

PARTS

CODE

20402610

21352471

21356101

21452220

21452560

21453100

21453180

21453220

21453330

21453470

21453680

21453820

21455470

21456100

2180050

21950100

22005247

22407122

50V

0.1

UF

50V

47PF

25V

0.1

UF

50V

22PF

50V

56PFTP

50V

100PFTP

50V

180PF

50V

220PF

50V

330PF

50V

470PF

50V

680PF

50V

820PF

50V

0.047UFTP

25V0.1UFTP

ZJK-5103-00

DSS310-55D223S

10V47UFM

16V2.2UF

SPECIFICATIONS

CERAMIC

TP

TP

TP

TP

TP

TP

NOISE

EMI

TAMTALUM

CAPACITORS

FILTER

FILTER

CAPACITORS

ELECTROLYTIC

10V

25402310

25402322

25403210

25403233

25403247

25403310

1

1

4

1

1

25406022

25406047

25406110

25406122

25426110

100UF

10V

220UF

16V

10UF

16V33UF

16V47UF

16V

100UF

50V

0.22UF

50V

0.47UF

50V

1UF

50V

2.2UF

50V

1UF

BOARD

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-1032

KLM-779

KLM-1032

KLM-1032

KLM-779

CAPACITORS

KLM-1032

KLM-599

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

IDENTIFICATION

NO.

FUNCTION

Q'TY

2

2

2

1

2

1

2

2

1

2

1

2

1

1

7

22

1

16

1

4

2

1

1

6

1

1

14

9

1

15

4

4

2

2

8

13

8

1

PARTS

CODE

25463210

25466047

25466122

30100328

30201107

30202299

30300528

30400050

30420070

30430010

30430020

30460022

3100800

31001100

31001500

31020300

31201500

31206200

31400100

31400300

31401300

31422300

31422400

31422700

31500100

32001023

32001085

PARTS

NAME

SPECIFICATIONS

16V

10UF

50V

0.47UF

50V

2.2UF

TRANSISTORS

2SB744AP/Q

2SC1583

2SC2785KSELECTED

2SD794A

G

(SILVER)

P/Q

2SA1175

2SC2785

DIGITAL

DTA-114N

DTC-114N

2SK381-34-B/C

1S2473

1SS-53

SR1K-2

1SV-100

LT-8001P

SL9263

1S1555

1S-2473

1SS-133

ZENER

HZ-6B1L-TD

HZ-3ALL-TD

HZ-11A3-TD

DOUBLE

MC931

UPCM066

UPD65010CW-113

BC

P.C.

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

TRANSISTORS

KLM-1032

FET

KLM-779

DIODES

KLM-601

KLM-1032

VARACTOR

KLM-1032

LED

KLM-1032

KLM-1035

DIODES

KLM-1032

KLM-1035

KLM-779

DIODES

KLM-1032

DIODES

KLM-1032

ICs

KLM-779

BOARD

IDENTIFICATION

NO.

FUNCTION

Q'TY

2

1

1

2

2

1

1

7

3

1

2

1

4

5

1

1

1

1

16

3

1

13

18

10

1

1

1

4

1

1

P.C.

PARTS

NAME

PARTS

CODE

32001087

32001094

32001095

32001101

32001102

32003011

32003021

32003026

32003030

32003041

—

32003043

32003047

32003058

32003063

32003070

32003071

32004016

32004017

32004039

32004063

32004095

32004105

32006009

32006010

32006011

32007003

32009005

32009007

32009015

32009028

32009029

32009036

32009044

32011024

32011025

32011065

32013001

32021011

32021022

32025003

33000900

33500900

UPC319C

74HC139C

74HC174C

74HC08C

UPD4464C-15

74HC(40H)000

74HC(40H)074

74HC(40H)138

74HC(40H)151

74HC(40H)174

74HC(40H)032

74HC(40H)240

74HC(40H)373

74HC(40H)393

TC9154P

TC9156AP

HD-U050

HD-14051

HD-14053BP

HD-63B50P

HN4827128G-25

HM50464P-15

MSM-5232RS

MSM-80C85ARS

MSM-81C554RS

BA-618

NJM-4558

NJM-2902

NJM-2903

NJM-3404AD

NJM-2058

NJM2069A-D

NJM4560S

M-5223

M-54513P

M5223L

PST-518

TL-072

TL-062

NE572N

PC-900

EFO-A6ROM01

SPECIFICATIONS

P

P

P

P

P

P

P

P

P

BP

BP

S

N

D

D

PHOTO

CERAMIC

COUPLER

OSCILATOR

BOARD

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-599

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-779

KLM-1032

KLM-1032

INDENTIFICATION

NO.

FUNCTION

Q'TY

1

1

1

1

1

2

2

2

1

2

1

1

1

1

2

1

1

2

1

1

1

1

1

1

1

1

7

4

1

3

1

1

1

2

1

4

1

1

2

1

1

1

PARTS

CODE

34059900

34060100

34077900

34310320

34310350

35002215

35002247

35002310

35002322

35002410

35002468

35002510

35002515

35202415

36016900

36204300

36504000

36504100

37303900

37505700

40201200

40201300

40201400

40502700

40502800

40503000

40503100

40503200

40503300

PARTS

NAME

SPECIFICATIONS

P.C.

BOARDS

PARTS

KLM-599

PARTS

KLM-601

P.C.

BOARDS

KLM-779

KLM-1032

KLM-1035

SEMI

FIXED

RH0615C1.5K

RH0615C

RH0615C

RH0615C

RH0615C

RH0615C

RH0615C

4.7K

10K

22K

100K

680K

1M

RH0615C1.5M

H1021A

150KB

VRs

RK16Y1110A11A10KB

RK16112A1A0MA-10KB

SLIDE

RS30111A6013A-10KB

RS30111A6011A-100KC

SLIDE

R-S47836

PUSH

EVQQJB04K

COILS

KIM

ELEY-471KA

KL-003

AC

ADAPTORS

KAC-302

KAC-303

KAO305

KAC-306

KAC-307

KAC-308

UNI/117V

JAM/CSA

240AU

240GE

240AF

220GE

P.C.

BOARD

(without

parts)

KLM-599

KLM-601

KLM-779

KLM-1032

KLM-1035

VRs

KLM-1032

KLM-779

KLM-1032

KLM-601

KLM-1032

KLM-601

KLM-1035

VRs

KLM-1035

SW

KLM-1032

SW

KLM-1035

KLM-1032

IDENTIFICATION

NO.

FUNCTION

117

US

117

2P

JAM

240

AU

240

GE

240

RME

240

AF

220

GE

220

SE

Q'TY

1

1

1

1

1

1

3

1

1

1

1

1

1

1

2

1

2

1

4

18

1

1

1

1

1

1

1

1

1

1

1

1

PARTS

CODE

40503300

42003100

45400300

45400900

45404300

45404400

45405400

47040120

47040220

47040320

47040420

47040820

47040920

47057300

47057400

47057800

47057900

47058000

47060400

47060500

47060600

47181200

47181300

47408804

47408805

PARTS

NAME

SPECIFICATIONS

KAC-308

220GE

ESK-7116

HEC-0470-01-230

MINI

HSJ0786-01-010

YKB21-5012

YKB21-5010

YKF51-5008

HNS-301

HNS-302

HNS-303

HNS-304

HNS-308

HNS-309

HNS-473

HNS-474

HNS-478

HNS-479

HNS-480

HNS-504

HNS-505

HNS-506,

W-P9012

W-P9013

#51

#51

MP

S4P

W-P2604

S5P

W-P2605

#51

P.C.

KEYBOARD

POWER

PHONE

JACK

PHONE

JACKS

KLM-1032

JACK

KLM-1032

KLM-1032

DIN

JACK

KLM-1032

HARNESSES

KLM-1032

CONNECTORS

KLM-779

KLM-1032

KLM-779

KLM-1032

CONNECTORS

KLM-1032

KLM-779

KLM-1032

BOARD

INDENTIFICATION

NO.

FUNCTION

DEMKO

SEMKO

MEMKO

GAF

FIMKO

VDE

Q'TY

1

1

1

1

1

1

1

1

2

3

1

2

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

2

1

1

PARTS

CODE

47408807

47408811

47408814

47408815

47408904

47408905

47408911

47408914

48001282

50008700

50008800

50008900

50009000

52001100

52001200

54007100

54007200

54008100

54008600

58018004

58019400

58020600

PARTS

NAME

SPECIFICATIONS

S7P

W-P2607

S11PW-P2611

SUP

W-P2614

S15P

W-P2615

L4P

W-P2804

L5P

W-P2805

L11PW-P2811

L14PW-P2814

28P

DICA-28CTI

BATTERY

16x30x4

CUSHION

CUSHION

SUM2DGB

CR2032

A

B

T-4

LC-2-G-YELLOW

PLT-1M

CS-8

NO.2

IC

SOCKET

RUBBER

FEET

CUSHION

PUSH

SW.

BATTERY

LITHIC

BATTERY

TEST

PIN

WIRE

BAND

RIBBON

SPIRAL

SHIELDING

CAUTION

SHIELDING

CLIP

SHEET

LABEL

SHEET

P.C.

BOARD

KLM-779

KLM-1035

KLM-1032

KLM-779

KLM-1032

KLM-599

KLM-1035

KLM-599

KLM-1035

KLM-779

KLM-779

KLM-1032

IDENTIFICATION

NO.

FUNCTION

Q'TY

1

1

1

1

1

2

1

2

1

1

1

1

1

1

1

2

6

1

3

1

3

1

2

1

100V

1

1

PARTS

CODE

58021000

58021700

58023300

60201302

62015600

62015700

62015800

62012402

62015900

62015901

62016000

62016002

63002300

63002400

63002500

64058100

64658101

64058400

64058402

64062600

PARTS

NAME

SPECIFICATIONS

CONNECTION

6.3PHYPLUG2.5

B

NO.2

BLK

NO.2

BLK

JOYSTICK

NO.2

BLK

B-3RED

A-3BLK

A-4

DARK

GRY

B-5

BLK

B-6

DARK

GRY

LED

PARAMETER

BATTERY

BATTERY

JOY

JOY

P.C.

FCC

LABEL

FTZ

LABEL

SHIELDING

SHEET

CORD

SLIDEVRKNOB

ROTARYVRKNOB

LEVER

KNOB

PUSHSWKNOBS

DISPLAY

SHIELDING

COVER

INDEX

SHEET

SHEET

TERMINAL

TERMINAL(+

STICK

Y-SUPPORT

STICK

LEVER

FIX

JOY

STICK

PLATE

BOARD

(-)

)

PIN

INDENTIFICATION

NO.

FUNCTION

117

US

VDE

Q'TY

1

1

1

1

3

1

1

1

7

1

8

1

1

1

1

1

1

1

2

1

PARTS

CODE

64402200

64610101

64610101

64616100

64620900

64621000

64621100

64621200

67201200

70560508

74530308

74560408

74560412

78430300

78430300

78430300

PARTS

NAME

SPECIFICATIONS

I

I

3N-3

FEBBZMC5X8

PLAXBZMC3x8

PLAXBBZMC4X8

PLAXBBZMC4X12

TWU

ZMC

3

TWU

ZMC

3

TWU

ZMC

3

STRAP

JOY

JOY

STICK

JOY

STICK

UPPER

LOWER

BATTERY

BATTERY

SCREWS

WASHERS

P.C.

PEG

STICK

BOX

X-SUPPORT

LEVER

CASE

CASE

COVER

HOLDER

LUG

BOARD

INDENTIFICATION

NO.

FUNCTION

100

V

117

US

JAM

117

2P

220

GE

220

SE

240

AF

240

AU

DEMKO

SEMKO

NEMKO

cm

2

1

1

1

1

1

1

1

6

4

45

3

9

3

3

3

3

3

3

3

3

3

3

3

PARTS

CORD

78690300

78690500

PARTS

PSW3

PSW5

NAME

SPECIFICATIONS

P.C.

BOARD

INDENTIFICATION

NO.

FUNCTION

240

GE

GAF

FIMKO

240

RME

VDE

QTY

3

3

3

3

3

3

1

®

KORG

15-12,

Shimotakaido

INC.

1-chome,

Suginami-ku,

Tokyo,

Japan.

©KORG

INC.

1986.6106

DTH

PrintedinJapan