Korg SDD2000 Schematic

DIGITAL

DELAY

SDD-2000

SERVICE

1.

SPECIFICATIONS

2.

STRUCTURAL

3.

BLOCK

4.

CIRCUIT

5.PCBOARD

6.

CIRCUIT

7.

TROUBLE

8.

CHECK

9.

REFERENCE

10.

PARTS

KEIO

ELECTRONIC

DIAGRAM

AND

LIST

DIAGRAM

DESCRIPTION

SHOOTING

ADJUSTMENT

DATA

CHART

LABORATORY

MANUAL

CONTENTS

PROCEDURE

TOKYO/JAPAN

2

3

7

8

15

19

21

23

25

27

CORPORATION

1.

SPECIFICATIONS

Input Input

Output

Frequency

response

(Unity)

level:

Impedance:

Max

clip

Output

Impedance:

Max

clip

20Hz~20KHz,

30Hz~18KHz,

(X1

mode)

30Hz~4.5KHz,

(X4

mode)

level:

-35dBm

-10dBm

47kft

500kft

+6dBm

+19dBm

-35dBm

-10dBm

600ft

-20dBm

+6dBm

+3dBm

±1dB

+1dB,-3dB

+1dB,

(Direct)

(Effect)

(Direct)

(Effect)

(Direct)

(Effect)

-3dB

(Effect)

•

Power

consumption

•

Accessories

Options

17W

Rack

mounting

4

washers)

Signal

cord,

(PS-1,

S-2),IUrack

kit(4screws,

MIDI

cable,

FootSW

case

•

Dynamic

•

S/N

ratio

•

Distortion

•

Delay

time

Feedback

•

Modulation

range

90dB

(IHF)

(Effect)ormore

95dB

(IHF)

(Direct)ormore

80dB(IHF)

0.05%

0.1%

0~4368msec

0~

1092msec(1~

step)

0~4368msec

63

steps

0~31

33:

110%

0^-31

-31:110%

Waveform:

Modulation

(Frequency

Delay

(Intensity

(Effect)

(Direct)

(Effect)

(1msec

(X1

mode)

(X4

(Positive

(Opposite

Triangle

frequency:

0:0.1Hz,

time

modulation

31)

step)

10msec-

mode)

phase)0:0%,

wave

(A)

0.1Hz~

31:

10Hz)

range:

1msec

10Hz

2:1

•

Dimensions

•

Weight

•

Power

supply

voltage

482

(W)

X44(H)X344(D)

4.5kg

AC100V#50/60Hz

mm

-2-

2.

STRUCTURAL

DIAGRAM

-3-

PART

A

B

C

0

E

F

G

H

No.

PART

FEB3x6ZMC

FEB3»10

BZMC

FEB4«8

BZMC

TP2GB

3»6

FHN3ZMC

FHN4ZMC

VN7ZMC

VN9ZMC

NAME

BZMC

QTY

PART

No.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

IS

16

17

18

19

26

5

1

13

5

1

3

1

20

21

22

23

24

25

26

27

PART

CHASSIS

FRONT

CHASSIS

METAL

FITTINGOFFRONT

METAL

FITTINGOFFRONT

METAL

FITTINGOFPHONE

HEAT

SINK

METAL

FITTINGOFBUSHING

VR

HOLDER

SHIELDING

PLATE

RUBBER

FEET

KLM-825

KLM-829

KLM-831

KLM-832

KLM-833

TACTSWKNOB

POWER

TRANSFORMER

VR

ROTARY

ENCOOER

POWER

SW

BUSHING

WIRE

BAND

WIRE

BAND

PLASTIC

RIVET

SNAP

PLATE

NAME

PANEL

JACK

TA-802

TB-802

L

R

PART

CODE

64069300

64069400

64063600

64063601

64069600

64063800

64064000

79022102

63000300

50007800

34082610

34082910

34083100

34083200

34083300

62011001

62011202

62011000

40008900

40009000

36019100

37003100

37506100

54005300

54007100

54011000

45402400

-4-

PART

No.

2

3

5

No.

PART

TP2GB3x6

TP2GF3*8

FEHS

4x8

WK4

BZMC

NAME

BZMC

A

B

C

0

OTY

11

4

6

7

8

9

10

PART

CHASSIS

FRONT

PANEL

COVER

FRONT

PANEL

PLATE

FILTER

KNOB

BOARO

MASK

NAME

RADIATION

LEO

VR

POWERSWKNOB

ROTARYVR(SW)

NAME

KNOB

SMALL

PART

COOE

64069300

64069200

64069500

64063700

68600700

55005100

63001000

62013200

62011100

62007400

-5-

-6-

HEAD

ROOM

/._DELAY

OFF

EMPHASIS

FEEDBACK

LEVEL

PROGRAMMABLE

CO

■

00

5

o

g

*

PROG.NO

o

DATA/TIM£(n>5)

o o

QlSPLAY

o

o o

00

[k"lM-833~~]

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|CN9

T10I

TA802orlB802

.1

1

o

O

H

a

I

SKI

:PME265MC533

100V

1

17V

220V

24UV

Fl.

250V

250

V.T

F2

1A

500mA

F3

125v

250V.

2A

250V

T1A

250V.T315mA

F4

0.5A

T101

TA-802

TB-8C2

KLM-831

DATA/TlME(mS)

-9-

00

(a)

o

6.

CIRCUIT

1.

KLM-833

Audio

signal

route

DESCRIPTION

Analog

Circuit

The

signal

IC40

(pin

Circuit

and

which

5,6,7)

FEED

passes

andgointo

BACK

IC39isde-emphasized

EFFECT

Volume

Control

Volume

Circuit.

at

Control

1/2

LevelofAudio

is

decidedbyRelay

SW.

LevelofAudio

ablebyInput

by

1/2

IC31

pass

filter

and

(3)

Q24.

Q24isamplifier

sending

while

signal

IC35isan

willbeoutput,

signal

this

Audio

This

trigger

sampling

level.

(OFF).

case,

signal

IC35iscontrolled

terminal).

SelectingofLPF-1,

CPU

addressisdecodedbydecoder

latch

data.

latch

output

terminal

1/2

IC33

of

FEED

work

and

1/2

of

pin27:COMP

While

Analog

Output

signaltoDigital

Analog

as

Audio

IC13isan

Analog

"H"atSampling,

sampling,itlets

Compander

signal

D/A

signal

IC32

constructs

IC29

constructs

IC13isan

make

Audio

IC 29:

Constanceinorder

ON/OFF

ThisICworks

letting

IC30

IC39isan

willbeoutput,

signal

(=OFF).

while

REC

Overdub

IC22

pin28(DOFF

from

IC39.

signal

input

RY1

whichiscontrolledbyAttenuator

signal

amplifiedby1/2

LevelVR(VR101).

(4558)issenttoeachof(1)2kindsofLow-

LPF-1,

LPF-2

(2)

for

trigger

signaltoCPU

and

start

sampling

Analog

Switch

one

from

ThisICis

LPF-1,

controlledbyGate

OFFisselectedtooff

nottobe

senttoA/D

by Gate

(SOFF

comestobe

(Pin

Signal

terminalis"L"

LPF-2ismadebyCPU

Filter

selecting

15.

When

"H"

1,2,3)

worksasPre-emphasis,

BACK

signal.

and

1/2

Analog

Compander

once

Compander

Analog

TerminalofGate

(LCOM

Switch

Sequencer)

Part

terminal)ofIC13isoutputasA/D

Circuit.

digitalized

after

through

Expander

Audio

Analog

Switch

signal

bypass

Muting

nottogenerate

and

smoothen

with

control

drive

VCA.

Analog

Switch

one

from

and

Circuit.

compressed

nottohave

D/A

with

Muting

and

Expander

CircuitisVCA

OFFisselectedinordertooff

SYNCSWisON(Sampling,

are

ON).

When

those

terminal)

from

Connector

Audio

Direct

OutVR102,

controlledbyAudio

port

PA7

accordingtoAudio

selecting

one

Audio

while

Array

while

signaliscontrolledbyIC47

delay

time

LPF-1

(4.5KHz)isselected.

IC33

(Pin

(Compressor+Expander)

and

works

ThisICis

Array

Audio

in

Digital

andisinputtoIC29,

1/2

IC34,

Circuit

works

while

Noiseatsignal

Audio

signal

from

selecting

LPF-3,

one

Switches

becomes

CN-11

IC31ischange

signal

re-amplified

1/2

IC36

signal

(IC23,

which

from

signal

REC

IC22

REC

CANCEL)

IC56

modeisx4,this

5,6,7),

as a

IC22.

compressing

Circuit

Audio

signal

LPF-2orno

Array.

and

make

CANCEL.

pin29(SOFF

IC23.

This

and

let

IC47

and

Mix

Amp

IC32,

IC37

Bypass

controlled

("L"atDelay,

Switch

signal

bypass

error.

changes

IC32.

and

IC37.

with

IC30.

with

Compander

Sampling.

which

CPU

which

from

Sequencer,

are

"H"

has

while

sampling.

PA6

Audio

LPF-4orno

delay

ON,

Gate

and

off

time

sudden

terminal

signal

sound

Trigger

Array

output

8)

by

1/2

2

In

is,

to

A)

EFFECT

is

IC46

B)

FEED

by

control

PhaseofFEED

is

Analog

feedbacked

(Note:

latchedbyIC41.)

MODULATION

FREQ.

At

2/4

Circuitisconstructed.

latchedbyIC47

RM9todecide

INTENSITY

Data

and

tobeworkingasattenuatorinordertodecideMGINT.

IC53

By

the

datatopin2of

VCO:

2.

KLM-833

1)

Audio

A/D

The

signal

Succesive

into

IC3,

Gate

and

data

Array

data

and outputtoAnalog

2)

System

VCO

to

supplies

produces

Volume

Level

latchedbyIC44

control

BACK

IC41

and

BlockR.RM7todecide

invertedat1/2

SW.

Analog

IC54

(pin

from

CPU

lets

Analog

latches

latched

IC21

which

Signal

Control

data

from

and

BlockR.RM8todecide

Volume

Level

DataofCPU

IC41

lets

BACK

IC40

IC42

selectsifnormalorinverted

signalisreturnedtoIC35

SwitchiscontrolledbyCPU

PART

5,6,7

and

IC47

oscillation

DATA

Switch

Scale

Data

data,

IC55

IC54

and

changes

Digital

Circuit

Path

signalismadetobe

signal

madetobe

after

linearization

Approximation

IC11—IC14

IC2

(74HC138)

Array

outputs

from

controls

from

Clock

control

IC21

System

Timing

accordingly.

are

reads

Delay

address

D-RAM

D/Aismadetobe

which

returnstoGate

IC18tooutput

Path

D/C

voltageissent

13.

With

ClocktoIC22

which

Circuit

CPU

DATA

IC44

lets

Control

Analog

FEED

signal

output

(pin

1,2,3).

8,9,10),

Data

Analog

frequency.

BUS

IC51,52control

whichisfrom

worksasD/A

mix

system

Triangle

from

SW.

DATAislatchedbyIC50

with

clock.

S/HbyIC15

S/Hisat

BUSDO-

Analog

basic

switches

EFFECT

DATA

BUSislatched

Switches

BACK

from

BlockR.RM7

output.

Wave

CPU

DATA

IC49,

IC48

BlockR.RM10

CPU

and

input

voltagetocontrol

and

IC17

andtobe

(12bit)byD/A

Registers.

decoders.

value

from

accesses

Circuitasanalog

the

voltage,

controls

And

DATA

D-RAM.

Array

D/A

signal.

S/HatIC16,

signal.

from

Analog

IC21

generates

31.

Gate

each

partofSDD-2000.

IC45,

level.

IC42,

IC43

level.

and

DATA

Oscillator

BUS

control

DATA

latched

1/2

IC14.

Digital

IC18

memorized

BUSofCPU

And

output

and

Output

1/2

Circuit

Array

D7

the

is

BUS

and

Gate

IC14

and

IC22

-19-

KLM-833(1)

I04SLt26v«y

j

KLM-825A

UNLESS

POWER

ALL

SUPPLY

DIODES

CERAMIC

MYLAR

ARE

OTHERWISE

1SS133OR1SS176

CAPACITORS

CONNECTEDTOKLM-833A

NOTICED

VOLTAGEOFOP

RANKJ(5%)

RANKJ(57c)

AMP

+15V

(2)

AND

-15V

D.ONO

|

KLM-829C

KLM-833

(2)

KLM-833A*

1

>c"

LESS

I

ADIODES

A

CAMIC

POF

ECTROLYTIC

OTHERWISE

1SS133T77OR

RESISTORS

CERAMIC

S1/6WJTP

AND MYLAR

CAPACITOR

NOTICED

1SS176TPA7

CAPACITORS

0.1**CERANKZ25V

10m

25V

PRESSURE

RANK

K

PRESSURE

PROOF

Note:C70isnotinuse.

are

connectedtoKLM-833A

JT<ES3E=]

(1).

5.

PC

BOARD

KLM-833

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3)

Switch,

Pulse

Internal

valuetoCPU

Waveformofthe

edatQ1

wave.

by

Input

PROG.

senttoCPUasreadable

MIDI

Tact

4)

CPU

and

each

nizing

CPUinorder

Control

signal

sent

CounterofGate

DATA

andatOne

LED

displayingofTrigger

IC1

and

Q2.

signalsofMUTE,

UP,

REC

signalissenttoand

SwitchonFront

connects

IC22

(Gate

with

DATA

IC20

Counter

with

System

that

Part

from

BUS.

signal

shot-MuIti

TRIG

IC28

(Latch),

Array)

BUS.

HC393

ClockofGate

CPU

Incremental

Array

sent

from

BYPASS,

SW.

are

data.

controlledbyCPU.

PaneliscontrolledbyCPU.

through

devides

can

read

Controller

anditsends

Trigger

of

IC1

reformedtopulse

signal

ON/OFFisdone

REC

inputtoGate

IC26

(ROM),

decoder

the

signal

Array

system

clock.

controls

Jackisshapen-

CANCEL,

Array

IC27

and

controls

(S/H)

syncro-

and

sendsitto

Count

and

*

i

(RAM)

-20-

7.

TROUBLESHOOTING

Note:

Before

servicing,

make

sure

that

all

harnesses

CHART

are

plugged

into

their

connectors.

Problem:

Bad

LED

indication

Check

KLM-829

power

supply

confirm

±

15V

voltages.

Check

When

turned

to high

lowisactive.

proper

and

+5V

reset

power

on:

low

level;

and

circuit.

is

Troubleisin

IC2

(±15V),

(+5V),

transformer,

cord,

or

KLM-833

supply

Check

Q23,

fuse,

power

line.

IC24,

IC22,

IC1,

IC3

diodes,

AC

switch,

power

IC23.

Bad

MIDI

FREQ,

doesn't

RefertoKLM-833

clock

procedure

checkifclock

normal.

scale.

INT

work.

adjustment

and

is

YES

NO

Follow

adjustment

procedure.

Check

IC53,

IC55, IC21,

IC22.

Check

IC23

x1,x2

terminals.

Does

oscilloscope

show

normal

waveformatIC23

INT1,

INT2

terminals?

Troubleisin

IC27,

IC22,

each

in

turn.

IC28,

etc.

chip

IC26

IC23

Check

and

bus,

Check

x1,

C71,C72.

Check

1-pin

IC20

(S/H)for

ormal

input.

Trouble

in

IC23orIC20

IC23

Check

IC22,

IC20

(NOTE)

INT1

INT2

SH

WAVEFORMATDELAY

SETTING.

n_TLTL

6.4ms

U

LI

5V

OV

L

5V

OV

-21-

No

deiay

out

put,

Check

IC13

1

hpm

(A/DI

oscilloscope.

YES

Chr

kck

(CIS

IS/H

output}

n

on

1

-p

Ho

scope.

osc

Check

1C22

fCOUT

*Thew

ihr-ou ghaco

soitcanbeloaded

into

digital

33-pin

input

lerfTiitnal}.,

«■j

v efnrrnqoes

ft'sparaiot

IC22asOV-5V

data.

on

Check

IC14,

IC22

OU!

put)..

Q2.,

1C15,

(S/H

Oh*

;ck

pinon

!1!>■

a

$c

ilsoicope.

NO

IC35

YES

Check

and

replace

IC1

Check

JC33,

1C37,

and

IC32.

Check

and

replace

IC35.

3.

YES

Check

SC22

63-pin

{data

output

terminal

for

DRAM).

Check

TP2

<0/A>on

oscilloscope..

NO

Check

and

IC22.

Check

IC18

(DAC)(

and

Id6.

IC1

/

Can

you

a

wave

form

IC40

Iheo

Can

you

IC38

the

osciHoscope?

Troublein1/2

,1C38,,

jacks,,orcircuit

board

pattern.

for

7-pin

on

observe

1-pin

on

IC38,

Check

5P

RM8,

1C44,

IC46,

-22-

8.

CHECK

Caution:

a.

This

product

faci:ofybe

Therefore,donot

seemed

b,

Waitatfeast10minutes

before

1)

Clock

,H

Setting:

rear

airsw

D.

n)

Connect

833

c)

Checkifvalueofthe

cl'i

Adjust

iS

necessary,

rnaking

check

paneltocenter.

:

to;

TIM

£

0

and

VR8toobtain

outofabove

AND

has

been

foreshipment.

adjust

any

adjustments,.

and

adjustment—1

(any

program

LEVELVR!

0

INTENSITY

0

frequency

observe

countertoTP1

frequency.

range.

ADJUSTMENT

adjusted

any

after

number

DIRECT

0

FRECX.

:

0

counteris4

above

completelyatthe

points

VR

valueifthe

other

turningonthe

OK)

Set

TUNE

EFFECT

0

TIMEk.4

0FF

test

pointofKLM-

OikHz!

observed

lOOHz.

than

1

F.BACK

MODE

DELAY

PROCEDURE

31

LFO

a)Sat1\ncj:ianyProgramnumberO

those

power

VR

on

0

value

AlfSW

10

D.TIME

0

b)

Connect

onKtIV!-833

c}Cofifsrmsf t

cl)

Adjust

waveformisdifferent

4)

Maximum

check

and

adjustment

t

EVEL

VR

0

iINTENS11V

1 "'o

oscilloscope

and

observe

A

"

/

\

o pofthewaveforrnis0

VR6

to

obtain

output

level

K)

DIRECT

0

FREQ.

0

(0.5V/div,

waveform

./

\

■

/

Fig,

EFFECT

VR

0

\

TIMEx4

OFF

0.5V/div,

described

,/\

/

A

/

\

1

DC)toTP3

\

V.

above

waveformifobserved

fromthe abovedescription,

cheek

and

adjustment

F

BACK

0

MODE

DELAY

below,

GND

2)

Clock

check

and

adjustment—2

a?

Setting:

rear

<TT

J.TIME

o

*

Off

MODE.

b)

Connect

quency.

elONthe

POLY-800,

Cl

C2

C3

B3

BendUp(Bend

Note:.

MIDI:

(any

program

paneltocenter,

LEVEL

S'/y

1

0

""

the

7

INTENSITY

:

o

MIDI

frequency

MIDI

SW.,

Key

VR

number

DIRECT

'""

FREO.

SW.

and

countertoTP1

and

valueoncounter

Key

Range

Max)

ReceiveCHmustbeICiH.,

OK)

VR

o

o"'

record

play

MIDI

EFFECT

TIME:k4

any

10rOO0Hz

20,,OOOHz

40,OO0Hz

7

5,644

BO/QQOHz

MIDIeditinformationmustbeX4mode.,

Support

note

range

mustbeCl,

Set

TUNE

F.BACK

o

~

MODE

OF?

sound

with

and

observe

Keyboard

Hz

VR

o""

SEQ

fre

such

on

as

a)

Set11ng:(an ypr

ai

rsw

D.TiME

0

any

b(

Connect

this

c}Con nect

on

To

vo1umeof

i'S

d)

Checkifthe

1

EVEL VR

10

INTENSITY

value

OK

standard

unit's

Input

osci11

KLlvi-833

get

the

standardsicjnaIgen erator.

!\Is

BAD

x

click

observed

VR1onKLM-833.

ogramnurnberOK31

DIRECT

'?

0

signal

Jack,,

©scope(2V

and

observe

VR

«

FREO.

0

generator

/'cljv,

waveform

waveformasbelow,

"\I\

\

fi

-\/-

J

U

GOOD

Fig,

2

waveformisGOOD,Ifnot,,

EFFECT

TIMEx4

OFF

(1KHz

50/usec/div,AC}toTP

F.BACK

0

MODE

DEI

AY

sine

wave)

describedasbelow.

adjust

r

\

f

"•,.

output

\

I/l

BAD

adjust

1

i

;

to

2

clj

Confirmifthe

Adjust

e)

ts

VR7toobtain

outofabove

valueonthe

above

range.

counteriswithin

valueifthe

observed

80KHz

value

■•-23•

5)

Analog

a)

Setting:

ATTSW

-10

D.TIME

0

b)

Input

10dBm,

and

observe

Converter

(any

LEVEL

INTENSITY

sine

Freq.:

check

program

VR

7

0

toneburst

400Hz,

EFFECT

*l

and

number

DIRECT

0

FREQ.

0

wave

width:

OUT

with

100

msec

adjustment

OK)

VR

EFFECT

22

TIMEx4

OFF

(=Sine

Pulse

Wave)

100msec)toInput

oscilloscope.

F.BACK

0

MODE

DELAY

(level:

*2

*3

Jack

7)

VCA

check

a)

Setting:

ATT

-10

TIME

b)

InputSG(sine

Jack

c)

Connect

(play

d)

Connect

EFFECT

Key

0

on

(any

SW.

LEVELVR

INTENSITY

and

play

MIDI

any

key

oscilloscope

OUT

and

adjustment

program

7

0

number

DIRECT

0

FREQ.

0

OK)

VR

waveof1KHz,

sampling.

Keyboard

and

playback

continuously)

(DC

0.2V/div,

and

observe

Key

on

waveformasbelow.

Key

EFFECT

31

TIMEx4

OFF

2.5V

F.BACK

0

MODE

SAMPLING

P-P)toInput

sampling

20msec/div)

on

note,

to

Fig.

3

c)

When

you

cannot

get

Adjust

linearity

correct

at*3with

waveformasabove;

VR3,oradjust

KLM-833tominimizeDCdriftinpart*3of

form.

("Description

as

Service

(Page

16)

6)

Feed

back

a)

Setting:

ATTSW

-10

D.TIME

120msec

b)

Connect

to

(any

LEVEL

INTENSITY

EFFECT

sineburst

Input

Jack.

c)

Set

parameter

no

ringing

d)

Adjust

occursinabove

e)

Confirmif....

no

ringing

is

VR5

ringing

occurs

even

-30±1

Manual

check

program

7

0

oscilloscope

wave

when

occurs

of

the

above

for

SDD-1000.

and

adjustment

number

VR

DIRECT

OUT

and

(Freq.:

valueofFEED

input

the

nottogenerate

c).

without

with

parameter

and

phase

OK)

VR

0

FREQ.

0

(AC

TIME

0.5V/div,

confirm

400Hz,

width:

BACKto28

same

sineburst

ringingincase

any

input.

valueofFEED

changes.

figureisalmost

Please

EFFECT

22

OFF

ringing

VR4

on

the

wave

same

refertoit.)

F.BACK

30

x4

MODE

DELAY

0.5msec/div)

when

input

100msec)

and

to

confirm

waveasb).

ringing

BACK

NG

e)

Confirmifthe

adjust

VR2onKLM-833.

GOOD

Fig.

observed

waveformisGOOD.Ifnot,

NG

4

-24-

9.

REFERENCE

8

BIT

D/A

CONVERTER

DATA

HA17408

VREFH(15

12

BIT

D/A

VccGND/VlcB0B,B2 B,

920

BLOCK

MSB

Ai

A2

A3

A4

LOGIC

1 1 1II

CONVERTER

BLOCK

MSB

Jli3?1<f2

<f3

DIAGRAM

A5

INPUT

SWITCH

BA9221

DIAGRAM

B,

<j>4

<?5

LOGIC

INPUT

B,

<f6

LSB

8, B,

<?7<?8

SWITCH

2)

GND

16J

Compensation

B8

?9

DRIVERS

B,

?10 ?11<?12

LSB

8l0B,,

CONFIGURATION

nc|T

gnd[T

vee[T

(MSB)Ai|T

A2[6

A3Q

A4[T

Compensation

15]

vref

2f]vREF

H)vcc

T5JA8(LSB)

n]A7

To]

A6

T|

A5

CONFIGURATION

h

(+)

CMOS

.16

COMP

617

VEE

ANALOG

BLOCK

SWITCH

DIAGRAM,

mPD6360C

CONFIGURATION

VCA

BA6110

I I

I

1

I

BLOCK

i

I

"

DIAGRAM

>

CD

-25-

CPU

juPD7810

Note:

>jPD7810

(4

Kbyte).

doesn't

contain

program

LATCH

INC/OEC

SP

EA

V

B

D

E

V

B'

H1

BUFFER

memory

BLOCK

1

•I

A

c

DIAGRAM

I

G,R

PROGRAM

MEMORY

G,R

(MPO7811

only)

INTERNAL

[PSW

Si

X

ALU

8/16)

CONTROL

I!

is li

DATA

BUS

-

CONTROL

a

MEMORY

(256-BYTEI

IT

0

INST.

REG

INST.

OECODER

CONTROL

ICO

PA7-0

PB7-0

PC7-0

PD7-0

PF7-0

NMI

MODE

0.1

PAO

PA1

'A2

PB2

PB3C

PB4C

PB5C

PB6C

PB7

PCO/TxO

PCI/RxD

PC2/SCK

PC3/INT2

PC4/TO

PC5/CI

PC6/CO0

PC7/COJ

MA\

INT1

MODE1

RESET

MODEO

X2

X1

:

Port

A

:

Port

B

:

Port

C

:

Port

D

:

Port

F

:

Non

Maskable

:

Mode0,1

CONFIGURATION

C

2

3

4

5

6

7

8

9

0

1

2

3

4

S

7

8

9

20

21

22

23

24

25

26

27

28

29

30

31

32

NAMES

Interrupt

^

X1,

X2

AN7-0

RD

WR

ALE

RESET

64

63

62

61

60

59

58

57

56

55

54

53

52

51

50

48

47

46

45

44

43

42

41

40

39

38

37

36

35

34

33

:

Crystal

:

Analog

,:Read

:

Write

:

Address

:

Reset

3VQ0

3

PD7

3

PD6

3

PD5

3

PD4

3

PD3

3

PD2

3PD1

3PD0

3

PF7

3PF6

0

PF5

3

PF4

3

PF3

0

PF2

0

PF1

0 PFO

0

ALE

0

VTE

0

R"D"

0

AVcc

0

VAREF

0

AN7

0

AN6

O

AN5

O

AN4

0

AN3

0

AN2

0

AN1

13

AN0

0

AVSS

Input

Strobe

Latch

Enabl

GATE

ARRAY

6463626160S958 57666554S35251504948474645444342414039383736353433

nnnnnnnnnnnnnnnnnnnflnnnrnnnnnnnn

MB60H144

CONFIGURATION

EJECTOR

WARK

o

UUUUUUUUUJJUU

92021222324252627 28 293031

DEFINITIONS

I/O

no.

name

1

I

RESE

I

2

REC

I

3

PROG

4

I

RCAN

32

10

11

12

13

14

15

16

I

5

BY

6

TRIG

I

7

0

BY PA

I

8

INC1

I

9

INC2

I

TEST

I/O

CPU

I/O

CPU6

I/O

CPU

I/O

CPU4

I/O

CPU3

VSS

-

Fujitsu

IN

7

5

CMOS

no.

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

I/O

I

0

I

-

Gate

name

CPU2

CPU1

CPUO

CS

WR

RD

AD2

AD1

ADO

PENA

CONP

DOFF

SOFF

MUTE

CK1

VDD

Array

no.

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

"H"

Version

I/O

•

0

-

name

COUT

SH

DA12

DA11

DA10

DA

9

DA8

DA

7

DA

6

DA

5

DA

4

DA

3

DA

2

DA1

CAS

VSS

Assign

no.

49

50

51

52

53

54

55

56

57

58

59

60

61

62

63

64

I/O

0

I

0

-

name

WE

C138

B138

A138

A7

A1

A5

A2

A4

AO

A3

RAS

A6

DOUT

DIN

VDD

-26-

10.

PARTS

CODE

10113747

10416268

10416310

10416316

10416322

10416327

10416333

10416351

10416375

10416382

10416410

10416411

10416412

10416413

10416422

10416424

10416427

10416430

10416433

10416443

10416447

10416451

10416456

10416462

10416475

10416482

10416510

10416512

10416515

10416518

10416520

10416522

10416527

10416530

10416533

10416536

10416539

10416547

10416551

10416556

LIST

PARTS

NAME

SPECIFICATIONS

S1/4JT4.7M

1

/6JTP

68ft

1/6JTP

100ft

1/6JTP

160ft

1/6JTP

220ft

1

/6JTP

220ft

1/6JTP

270ft

1/6JTP

330ft

1/6JTP

510ft

1/6JTP

750ft

1

/6JTP

820ft

1/6JTP

1.0K

1/6JTP1.0K

1/6JTP

1.1K

1/6JTP

1.2K

1/6JTP1.3K

1/6JTP2.2K

1/6JTP2.4K

1/6JTP2.7K

1/6JTP3.0K

1/6JTP3.3K

1/6JTP4.3K

1/6JTP4.7K

1/6JTP5.1K

1/6JTP5.6K

1/6JTP6.2K

1/6JTP7.5K

1/6JTP8.2K

1/6JTP

10K

1/6JTP

10K

1/6JTP

12K

1

/6JTP

15K

1/6JTP

18K

1

/6JTP

20K

1

/6JTP

22K

1/6JTP22K

1/6JTP27K

1/6JTP30K

1/6JTP33K

1/6JTP36K

1/6JTP39K

1/6JTP47K

1/6JTP51K

1/6JTP56K

P.C.

BOARD

CARBON

K

LM-833

KLM-832

K

LM-833

KLM-832

K

LM-833

KLM-832

K

LM-833

K

LM-832

K

LM-833

KLM-832-

K

LM-833

K

LM-832

K

LM-833

IDENTIFICATION

RESISTORS

FUNCTION

NO.

Q'TY

2

10

1

3

1

3

4

10

1

2

4

1

2

8

1

3

7

1

3

2

52

6

1

2

1

2

10

3

4

1

4

2

1

PARTS

CODE

10416562

10416568

10416582

10416591

10416610

10416611

10416615

10416616

10416618

10416620

10416622

10416627

10416633

10416647

10416656

10416662

10416710

10509000

12516100

13505510

13506510

13508510

13509510

13510433

13807001

20401410

20401427

20401522

20401533

20401547

20401568

20402410

20402468

20402512

PARTS

NAME

SPECIFICATIONS

1

/6JTP

62K

1

/6JTP

68K

1

/6JTP

82K

1/6JTP91K

1/6JTP

100K

1/6JTP11OK

1/6JTP

150K

1/6JTP

160K

1/6JTP

180K

1/6JTP200K

1

/6JTP

220K

1

/6JTP

270K

1

/6JTP

330K

1/6JTP470K

1/6JTP560K

1/6JTP620K

1

/6JTP

1.0M

YLCOft

1/6TP

100K

RKC1/8B5J

RKC1/8B6J

RKC1/8B8J

RKC1/8B9J

RKC1/8B10J3.3K

RKM7L502G

50V

50V0.012/uF

10K

0.001/uF

0.002

7/u

F

0.022mF

0.033/uF

0.047/iF

0.068/xF

0.001/xF

0.0068mF

K

KLM-832

K

KLM-832

K

KLM-832

METAL

K

BLOCK

K

MYLAR

K

P.C.

BOARD

LM-833

FILM

RESISTOR

LM-833

RESISTORS

LM-833

CAPACITORS

LM-833

IDENTIFICATION

NO.

FUNCTION

Q'TY

3

4

3

1

13

2

1

3

1

3

1

2

3

11

1

2

1

4

1

2

3

2

1

2

1

PARTS

CODE

PARTS

NAME

SPECIFICATIONS

P.C.

BOARD

IDENTIFICATION

NO.

FUNCTION

PARTS

Q

TY

PARTS

CODE

SPECIFICATIONS

NAME

P.C.

BOARD

IDENTIFICATION

NO.

FUNCTION

O'TV

21226318

21356100

21451500

21452100

21452330

21452470

21453220

21453680

21454100

21455100

21456100

21900300

22424147

22425022

23507322

23507347

23507410

^16V

23513410

25402310

25403247

25404147

25404210

25464168

25466047

25466110

30400020

30420020

50V

180pF

25V0.1juF

50V

50V0.01juFTP

J

5pF

TP

10pF

TP

33pF

TP

47pF TP

220pF

TP

220pF

TP

680pF

TP

1000pFTP

25V0.1mFTP

PME265MC533

25V

4.7m

F-M

35V

0.22/iF

16V

220mF

16V

470mF

1000mF

35V1000/iF

10V

100mF

16V47mF

25V

4.7MF

25V

10mF

25V

10mF

25V

6.8mF

50V

0.47/uF

50V

1mF

2SA1175

KTN

2SC2785KTN

CERAMIC

CAPACITORS

KLM-833

KLM-829

KLM-833

KLM-832

KLM-833

K

LM-832

KLM-833

SPARK

KILLER

KLM-829

TAMTALUM

CAPACITORS

KLM-833

ELECTROLYTIC

KLM-829

K

LM-833

K

LM-832

KLM-833

KLM-832

KLM-833

TRANSISTORS

KLM-833

KLM-832

KLM-833

CAPACITORS

37

14

11

48

14

30420060

1

3

2SC-1959Y

KLM-832

KLM-833

DIGITAL

TRANSISTOR

2

1

6

4

2

1

2

3

1

30430040

31001500

31401300

31201400

31203900

31204000

31205000

1

2

31205100

31205200

31420200

1

2

1

2

31421400

31421700

DTC-114Y

SR1K-2

1SS-133

PR

3932S

SLB-26VR3F

SLB-26MG3F

LN513RARED

RED

GREEN

LN513GAGRN

SLB-26DU3F

RD-5.1EB-TN-B2

RD-12-T1-B2

RD7.5-T1-B2

KLM-833

DIODES

KLM-829

KLM-832

KLM-833

KLM-832

KLM-833

LEDs

KLM-831

KLM-825

KLM-831

KLM-825

ZENER

DIODES

KLM-833

ICs

1

11

1

35

2

1

2

4

2

1

3

1

2

5

1

32001023

32001048

32001059

4

1

32001071-

32001073

32001074

32001076

32002019

32002155

8

1

32004020

32004030

32004039

32007016

MPD-4066BC

MPD-4164C-3

MPD-4538BC

74HC(40H)

74HC

(40H)

138C

373C

MPD6360C

MPD7810CW

AN-6878

74HC

(40H)

273

HD-14174

BP

HA-17408P

HD-14053BP

BA6110

KLM-833

Quad

analog

switch

65536

bit

dynamic

Dual

precision

monostable

3-lineto8-line

OctalDtype

output

Dual

analog

CPU

LED

driver

OctalDtype

HexDtype

8

bit

DAC

Analog

VCA

retrigger

multivibrator

decoder

latch

switch

flip-flop

multiplexer

RAM

able

with3state

1

8

1

4

1

4

1

10

1

PARTS

CODE

32007017

32009001

32009004

32009012

32009022

32009032

32009033

32009034

32011020

32011024

32012002

32012003

32012011

32013001

32021011

32021036

32021046

32025002

33001000

33501700

34082510

34082910

34083100

34083200

34083300

PARTS

NAME

SPECIFICATIONS

BA9221

NJM-4558D-V

NJM-78L05A

NJM-311D

NJM-4558D-D

NJM-78M05A

NJM-78M15A

NJM-79M15A

M5224P

M-5223

MB-8416-20LP

MBM-2764-25Z

MB60H144

PST-518

TL-072

SN-74LS624

SN74HC393

NE-571

TLP-552

KBR-12.0MHZ

KLM-825

KLM-829

KLM-831

KLM-832

KLM-833

BOARD

KLM-833

KLM-829

KLM-833

PHOTO

KLM-832

CERAMIC

KLM-833

P.C.

BOARD

KLM-825

KLM-829

KLM-831

KLM-832-

KLM-833

SEMI

P.C.

COUPLER

OSCILLATOR

WITH

FIXED

IDENTIFICATION

FUNCTION

12

bit

DAC

OP

AMP

Regulator

for

Comparator

OP

AMP

Power

regulator

Power

regulator

Power

regulator

OP

AMP

OP

AMP

16384-bit

65536-bit

Gate

Reset

OP

RAM

EPROM

array

AMP

VCO

Dual4bit

Compander

binary

PARTS

VRs

DAC

(+5V)

(+15V)

(-15V)

counter

NO.

O'TV

1

5

1

2

1

2

1

PARTS

CODE

37305400

37504800

37504900

37506100

40008900

40009000

40202000

40202100

PARTS

NAME

SPECIFICATIONS

SLS-25-2042

KEC-10010

KEC-11903

PowerSWSDL-1P

TA-802

TB-802

PFB-3-4

500-01

FB-22-0527-06

KLM-832

KLM-831

POWER

LOW

KLM-833

P.C.

BOARD

SLIDE

SW

TACT

SWs

POWER

SW

TRANSFORMERS

100

UNI

JAM

117 2P

220

240

DEMKO

SEMKO

NEMKO

240

GAF

FIMKO

240

VDE

PASS

FILTERS

IDENTIFICATION

FUNCTION

V

GE

SE

AF

AU

GE

RME

NO.

QTY

1

13

1

'

1

2

35001310

35001347

35001410

36019000

36019100

37003100

H0651A

H0651A47KB

H0651A

K09110A25

10KB

100KB

10KB

K1611008TE20KB

LA22658

KLM-833

KLM-832

ROTARY

VRs

ENCODER

5

1

2

1

2

40300800

40300900

45402000

45402100

1

45402400

FR-644D05/1AS

FR-644D05/2AS

HLJ0520-0M10

HLJ0520-01-010

RELAYS

KLM-833

KLM-832

PHONE

SNAP

PLATES

JACKS

1

8

1

i

4

PARTS

CODE

PARTS

SPECIFICATIONS

NAME

P.C.

BOARD

IDENTIFICATION

FUNCTION

NO.

Q'TY

PARTS

CODE

PARTS

SPECIFICATIONS

NAME

P.C.

BOARD

IDENTIFICATION

FUNCTION

NO.

Q'TY

46402301

46411701

46412003

46461501

46461701

46462001

125V

2AUL

125V2AUL

125V

2AUL

125V

2AUL

250V0.5AUL

250V1.0AUL

250V

1.0A

250V1.0AUL

250VT315MA

250V

T315MA

250VT315MA

250V

T315MA

250VT315MA

250V

T500MA

250V

T500MA

250V

T500MA

^250V

T500MA

250V

T500MA

250V

T500MA

250V

T500MA

250V

T500MA

250V

T500MA

250V

T500MA

250V

T500MA

250V

T500MA

250V

T1.0A

250VT1.0A

250VT1.OA

250VT1.0A

UL

FUSES

100

V

UNI

JAM

117

2P

100

V

UNI

JAM

117

2P

100

V

UNI

JAM

1172P

220

GE

220

SE

240

AF

240

AU

DEMKO

SEMKO

NEMKO

240

GE

GAF

FIMKO

240

RME

VDE

220

GE

220

SE

240

AF

240

AU

DEMKO

SEMKO

NEMKO

240

GE

GAF

FIMKO

240

RME

VDE

220

GE

220

SE

240

AF

240

AU

DEMKO

SEMKO

NEMKO

240

GE

GAF

46462001

1

2

1

2

46462001

47093800

47093900

47094000

47094100

47094200

47094300

47094400

47094500

47094600

47094700

47094800

47094900

47130300

47130400

47130500

47130600

47130900

47131000

47131300

47131400

250V

T1 .OA

250VT1.0A

HNS-838

HNS-839

HNS-840

HNS-841

HNS-842

HNS-843

HNS-844

HNS-845

HNS-846

HNS-847

HNS-848

HNS-849

B3B-XHA

B4B-XHA

B5B-XHA

B6B-XHA

B9B-XHA

B10B-XHA

B13B-XHA

B14B-XHA

HARNESSES

KLM-832

CONNECTOR

KLM-833

KLM-829

KLM-833

KLM-832

KLM-833

FIMKO

240

RME

VDE

TOPS

1

I

2

I

2

BASE

2

47407301

RTB-1.5-5

KLM-829

1

2

IC

2

1

48001282

48010190

28P

DICA-28CTI

TCS4650-01-1211

SOCKET

KLM-833

DIN

SOCKETS

KLM-832

1

2

PARTS

CODE

PARTS

NAME

SPECIFICATIONS

P.C.

BOARD

RUBBER

FEETS

IDENTIFICATION

FUNCTION

NO.

O'TY

PARTS

CODE

PARTS

NAME

SPECIFICATIONS

P.C.

BOARD

CORD

BAND

IDENTIFICATION

FUNCTION

NO.

Q'TY

50007800

51501600

52001300

54000300

54000400

54000500

54000501

54005300

54007200

54007100

54007300

25x25x4.5

S-N5053

CR2032-FT

SR-4K-4

#01

SR-4K-4

SR-5P-4

SR-6W-1

SR-6N3-4

SKM-1

PLT-1M

LC-2-G-YELLOW

B-1725K

FUSE

HOLDERS

KLM-829

LITHIC

BATTERY

BUSHINGS

WIRE

BANDS

TEST

KLM-833

ISOLATING

KLM-829

100V

UNI

117

2P

240

AU

220

GE

220

SE

240

AF

DEMKO

SEMKO

NEMKO

240

GE

GAF

FIMKO

240

RME

VDE

JAM

PINS

WASHERS

10

No.113

4

8

1

54007600

54011000

55005100

56500300

57502200

60000102

60000201

60000301

1

60000401

60000501

60000901

60001301

60002000

4

62007400

2

BLACK

120x105

BFG-30

3x6x5.5

KE-1044B

SPT-2

CLASS1

SAA

BSPLUG

SEV

KP-4819D

SJT

PVC.75

18AWGSU426-58

(SU429-58)

(SU428-58)

(SU431A-58)

(SU430-58)

GTCE-3.75

(SU338-56)

SMALL

PLASTIC

RIVETS

RADIATION

KLM-829

LED

KLM-831

AC

3x.75

18/3MM

ROTARYVR(SW)

FOR

MASK

SHEETS

HOLDERS

CORDS

100

UNI

1172P

220

DEMKO

SEMKO

NEMKO

240

FIMKO

240

VDE

240

220

GAF

JAM

DIN

V

GE

RME

AU

AF

SE

KNOB

JACK

1

4

1

3

2

1

TACTSWKNOBS

62011000

KT-8

12

CO

ISJ

PARTS

CODE

62011001

62011202

62011100

62013200

63000300

63001000

64063600

64063601

PARTS

NAME

SPECIFICATIONS

KT-8

RED

SUE55102

AL-602

T-4

METAL

L

R

P.C.

BOARD

POWERSWKNOB

VR

KNOB

SHIELDING

LED

PLATE

FILTER

FITTINGOFFRONT

IDENTIFICATION

FUNCTION

NO.

PANEL

QTY

1

3

1

PARTS

CODE

64064000

64064100

64069200

64069300

64069400

64069500

64069600

PARTS

NAME

SPECIFICATIONS

NO1

NO2

METAL

P.C.

BOARD

240

RME

VDE

JAM

FRONT

PANEL

CHASSIS

FRONT

CHASSIS

COVER

FITTINGOFPHONE

IDENTIFICATION

NO.

FUNCTION

JACK

Q'TY

1

64063700

64063800

64064000

NO1

FRONT

METAL

PANEL

BOARDS

HEAT

SINK

KLM-829

FITTINGOFBUSHING

100

V

UNI

117

2P

220

GE

220

SE

240AF

240

AU

DEMKO

SEMKO

NEMKO

240

GE

GAF

FIMKO

NAME

PLATES

2

68600700

1

68600700

■s

1

UNI

JAM

117

2P

220

GE

220

SE

240

AF

240

AU

DEMKO

SEMKO

NEMKO

240

GE

GAF

FIMKO

240

RME

VDE

1

PARTS

CODE

PARTS

NAME

SPECIFICATIONS

P.C.

BOARD

SCREWS

IDENTIFICATION

FUNCTION

NO.

O'TY

CO

70060512

70530306

70530308

70530408

70560310

72160308

72560306

77030300

77030400

77130300

78060500

78160400

78430400

FEP

BZMC

5x12

FEBZMC3x6

FE

BZMC

3x8

4x8

3x10

FE

FEBBZMC

TP2GFBZMC

TP2GBBZMC

FHNZMC3

FHNZMC4

HN1

ZMC

3

WM

BZMC

ZMC

5x12

4

WKBZMC4

TWU

3x8

3x6

KLM-829

NUTS

KLM-829

WASHERS

JAM

220

GE

220

SE

240

AF

240

AU

DEMKO

SEMKO

NEMKO

240

GE

GAF

FIMKO

240

RME

VDE

4

26

5

1

5

4

24

5

1

3

4

'4

79022102

79090408

10x7x2

4x8

BZMC

BSBM

VR

SCREWS

HOLDER

W/HEX

1

HOLE

4

Korg SDD2000 Schematic

Specifications and Main Features

Frequently Asked Questions

User Manual