Korg Mono/Poly Bedienungsanleitung

4VCO SYNTHESIZER

MANUAL

CONTENTS

1. SPECIFICATIONS 1

2. STRUCTURAL DIAGRAM 2

3. BLOCK DIAGRAM 3

4. CIRCUIT DIAGRAM. 5

5. PC BOARD 13

6. INTERCHANGE LIST OF CONNECTOR

TERMINAL NUMBER 18

7. SEMI-FIXED RESISTORS DIAGRAM ... 19

8. ADJUSTMENT PROCEDURE 20

9. PARTS LIST 23

KEIO ELECTRONIC LABORATORY CORPORATION

TOKYO/JAPAN

1. SPECIFICATIONS

KEYBOARD

VCO (x4) ...

VCF

VCF EG

VCA EG

NOISE (White Noise)

TRIGGER MODE ..

AUTO DAMP

MG-1

MG-2

PWM

PORTAMENTO

DETUNE

TRANSPOSE

EFFECT

KEY ASSIGN MODE

ARPEGGIATOR

WHEEL (x2)

OUTPUTS

INPUT JACKS

OUTPUT JACKS

TRIGGER POLARITY SWITCH

DIMENSIONS

WEIGHT

ACCESSORIES

POWER CONSUMPTION

44 Keys (F -C)

Waveform (A,N, PWM, PW)

Octave Selector (16', 8', 4', 2'0)

Level

Tuning (Master Tune x1, ±50 Cents or More,

Tune x3, ±50 Cents or More)

Cutoff Frequency Adjustment

Resonance Adjustment

Envelope Generator

Modulation Sensitivity Adjustment

Keyboard Tracking (0~ 150%)

Attack Time

Decay Time

Sustain Level

Release Time

Attack Time

Decay Time

Sustain Level

Release Time

Level

Single/Multiple

ON/Off

Waveform (A,N,/I,n)

Frequency (Below 0.1 Hz to above 20Hz)

Waveform (A)

Frequency (Below 0.1 Hz to above 30Hz)

Sensitivity Adjustment

Mode (VCF EG, MG-1, MG-2)

Pulse Width Adjustment

Time Adjustment

VC04 (-35 <+ +35) when VC02 is (+35 *-35)

Up/Normal/Down

On/Off

Mode (Synchro, Cross-Modulation,

Synchro +Cross-Modulation)

Connection (Single, Double)

Frequency Modulation Sensitivity Adjustment

Cross-Modulation Sensitivity Adjustment

Poly

Unison/Share

Unison

Chord Memory

Hold

Range (Full, 2oct, 1oct)

Mode (Up, Down, Up/Down)

Arpeggio (Off, On, Latch)

Bend (Sensitivity Adjustment, VCO 1/Slave

BCO, Pitch, VCF)

MG-1 (Sensitivity Adjustment, VC01/ Slave

VCO, Pitch, VCF)

Level Selector (Off, Low, High)

Volume

Arpeggio Trigger In (GND)

Portamento (GND)

VCFfcM In (-5V-+5V)

VCO FM In (-5V -+5V)

Trigger In

CV In (DctAO

Trigger Out

CV Out (Oct/V)

Headphone

Output

H_gnd. ZJT q^o

744(W) x450(D) x144(H) mm

12kg

Connection Cord

Sound Sample Tape

Voltage (Local Voltage 50/60Hz/Wattage 28W)

2. STRUCTURAL DIAGRAM

PART

NO. PART NAME REMARKS

1Wooden case KOC-D1004

2Front panel KOC-C20112

3Phone jack plate KOC-C30177

4Metal fitting of tact board KOC-C40395

No.1 (U)

5Metal fitting of tact board KOC-C40395

No.2 (L)

6Metal fitting of MG C. BKOC-C40396

7Power plate KOC-C40397

8Metal fitting of KLM-376 KOC-C40405

9Radiation board KOC-C40406

10 Metal fitting of slide sw KOC-C40266

11 Control panel KOC-E20028

12 Control wheel KOC-E40091

13 Key board ESK-721 (E-C)

14 Model number plate KOC-C40144

15 Small radiation board KOC-C40416

3.BL0CK DIAGRAM (1)

NOISE

44 KEYS

PHONE

AMP PHONE

OUT

CONTROL LINE

>SIGNAL LINE

4. CIRCUIT DIAGRAM

KLM-353

IBE NO WHEEL]

ira

BEND WHEEL

-. R.2 INT

IOOK

4-4 VR4 ^^

KUK

,ON0

M61 WHEEL

4-5 R13 'NT

300 K

K>B 4-6 Cw

•-S

CONTKCL

VRjr-

K>OKB|

WH6E.LJ

vR5

100*

MG2

SW8 -7

iJS'.-i

PWMMGI

•10-2

5-2

C7 R48 C945

aooiji iook

031

ai*47 **

if K>0R _O_

C8 T

O055*

R38 R39

KX)K

10-7 VCOl/SLAVEVCOCBEND)

10-6P|TCH(BENDI

16-1 VCF(BEND)

10-5 VC01 /SLAVE 0S0M61)

10-4 PlTCH(MGl)

16-2 VCF(MGI)

;«w»:

02 l^P"23

ARPEGGiO

TKIG

R34

2.7 K

VCA OUT

16-3 2-3

4.7K

660* vft7

1MB

R40

2.2K

FULL 23-1

20CT25-2

10CT 25-

UP23-4

UP/00WN25-

D0WN25-6*

LATCH 25-7

0NZ5-8

.6-7. VlSW

iiwil

R43

K30A»0>

A.01 K> M

10-

10*8

5-3

MolOUT

R29

R23

?2.2*

lew MG'

ivR6 SPEED

K)K

SW13

R26

4>39K R21A

X10K

IOUT/HEAD PHONE AMPl

10-1

PWM(MGI)

H.SW7. 1_,SIGNAL

P-1 OUTPUT

TT'l

•CT ---

LEO* HOLD CHORO

RSO

COM 25-9

25-10 6-10 ARPEGGIO

RESET

OUT GSO

IOOK

LED

LE0 u

2*i52f LEO

UNISON SHARE POLY

24-3 #24-4 #24-5

;

124-6

PHONES

OUT

1-3 P-3

SW3 SW4 SW5 SW6

10-8

ARP-SW

KX>'

IC-1 33n ,:

IOOK PHONto

GN3

UtnHHHo

6(j)S-11 6S-12 (J)S-13 OS-14 <Ss-15 T

##21-1 #21-2 #21-3 #21-4 #21-5

9-3 9-4 sw sw sw sw ,sw

ffect hold chord unison unison poly

HARE

SWCOM

33a PhONCSOUT

R11

IC 1,2.3.5

IC4 TL072

45.56

KLM-354 IS?

K* 0.1 K

SCALE SELECT

;<»i ki «« «*5A •*««

@-o&2«»-9

KLM-355 (OLD PRODUCTION)

NC NC NC NC

>1iI

NOISE GENERATOR] VR18 Fc ADJ

CWT

NOISE GAIN -v^

VR17

en 10KB

10K

EScfa

]cio

.14-4

NOISE

20-118-1 R84

K8D TRACK 'OOK £n83

KBD TRACK

VR6

C# R79

56K

FCM IN_t9._7 RB5

.P-19 10K

VR11 R8

hi:

VCF BENO 9—#--/»^

2-T 16-1 30K

S.TRIO 18-3 R56

2K D6

20-3 18 2

M.TRIG

20-a

R55

100K

TRIG OUT 1

is-gTpJio "

5iP-

/TRIG OUT

R60

OUT ,J

1VCF MGI

VCO OUT

14-1

16-2 R75

t£!&

20K 91K

OFFSET

C21

22P C£

HTvC

00068

C14

•C 1

16I5M131211K) 9

SSM 2044

1234S678

1500

R59

47K

P-13

TRlGlNi

VR2

K)K8

6.8K RMrC>l

±i-_ToTo

C2 CI

560P 0.C068

ST P. P.

NC R43

N,c680/V

R10

100A

CI 583

IC8

4558

Oil

C15t3

vR !9 I22UK

RESONANCE

19-2 v

A^v

R65

220K

C945

R50

470K iR"AUTO

flOOK DUMP

C945 :

0N 15-5.

R64

R67 y

100K

R62 330*

10K

R68

47 K

KM-l!T"-* 1'-^

jV-lo-o »

TRSr|2_tl6 J

;tr.se3 R7!

100K

R24

8.2K

IC3

4007

QOFF

VCO

TRIG

IN R22

R17

8.2 K

VR7

2MA

R48

100K.

C16 100K

X-0047

o«20 |G7

9J"

1KB

CECAY

VR8

IMA

•8

R47

470A

wRLLEASE

VR12 C17±

IM* K50P

R19

R31 R32

I00K| 100R

[6,

IC5

4558 5

£^^

VR14

IMA

^C18

JO.0047

....R27

pQJ f100K

TL072

R73

R28 i

10Cn.!4

VR15

1CK8

SUSTAIN

£6

TL072

470fl

RELEASE

X* 100P. .

VR16 r<£ LJ04

IMA C19 *Tt

.R39

:~I47KDK)

i-aa*

15-

VR5 .

KB C.T.

EG INTENSITY

14-3

FM EGA-v.

M.-T -,4 "2

15 *PWMEG

K)0K

1CAB£ JC11CE

SUSTAIN C7

VR9

GE2 R18

—

100 K

1VCA EG1

C77 M5

100K

R8S D7

5.45

(vCFlGl

KLM-355 (NEW PRODUCTION)

m[NOiSEGENERATOR

R10

•OK C32 10*r—i

^Oy

1M .1^, R96

6.8K

R95

lOOK

R81

NOISE GAIN

VRI7

10KR

VR18 Fc AOJ

100*

20-3 18-3 R84 3IC9

»vB0 TRACK 'OOK lReJ 4558

cw R78

330*.

*8D TRACK

VR6

c* R79

5©k"

287*. 1% R7

470K

R8 1%

133K

OFFSET

4558

FcM IN ,9-i R,02 6

-VV>

10K 5

VCF BEND

S.TRlG 18-1

20-

SW1

18 '.1

M.TRIO

20-2

R56

2K 06

R57

1.2*

R58

100*

TRIO OUT 1

'9-3 TPOO

2-4 J6-4 30K

16-3 R75

VCF MOI •—•—^w—

2-3 15K

19-*-. P

P-14

VCOOUT

14*5

15-5 Rl

4558

200O

IC1

R4 +3600PPM/C

lK^r

C134

33K

2oon

19-5 iP-15 1P-17 ;i9-i

R69

013 100K

R50

'4 70K

C945

R49 [%J 100* 1

'* >'"0.47;.

C945

R61

100 K

ttisa

100* AUTO

OFF DuMP

15-

R77

56K vR2

K>K8

16 15W 13 121110 9

SSM 2044

12345678

MP MH^w

C2 CI

560P 0.C068

S.T P.P

Rll

22K

RIO

100A

VR11

100K

01 r*C22"

jlOOi?

I6v

C27

22PCE

R94 C24

220* 100U

ft C29

isfa yWfc

R13

lOOA

RESONANCE

R68

R65

220*

R62

10K

R63

SIR IC5

C26

R48

KX)K

90N 'Jib

VCO 4.7K J

TRIG IN

SW2 R

R71

100K

R70

47*

.C94 5

1AT TACK

VR7;H]

2MA

IC2

4C07

R21 15

IMS'tr C

.iS R20

.id 1^ia

R22

»-V*»

C16 100K

J^0047

IC7

ucay -jew :tfcrry-

VR8 y«,3^--

»ma EH'.zri.j I.

3•^-

R47

470A

wRELEASE

VR12 C17

IMA XX)P

IC7

TL072

R32

100K

IC5

4558 5^

rr*

VR4

100K

010

C1583

*»«v\

R101 »0M

Oil

C1583 Oil

R44

33A

R92

100 K

n-s R46

VR10 $220K

VR5

1Q*B C.T.

EG INTENSITY

14-3

FM £GA^„

15 "* PWMEG

K50K

Kft#, JQICE

Sustain c7 Ics

VR9 X°.°01

UU71 ri8

VR14

IMA

C945

VR13

2MA

G03

-r-t R24

JO.004 7

rfi&

».-... $R27

R24

8.2 K

IC3

4007 h+

IC6

R28 i

I0CAI4

VR15

10*8

SUSTAIN

100*

C25 3L.TL072

i>R73

i47C.A

RELEASE

Cw ioOP

VR16 <£LJD4

)MA C19 utj

TL072

..R39 ^,

.±47K D10

K26

;00*

-S3

|VCA EG

.6v.R*J

013

C945

C28

47JJ.

KLM-356

•XI

R23

100*

ESh R25

K>0*

oDOWN

,/nCRMAL 2S-2J*>'t1

OSS

wo*$ R31

R29$ior

F22 2&5| 100k ^Cl

ARPEOGK) r

TRIG. C945

C12 Q8

Ih-

0.015

R27

100 K

iC945

R24

100*

Dl2

15.

P22

P21

P20

100*

R56

C17 _10 R

R57

1™^ 010

RESET

VSS

R*C/4

04 23-1 61

020

TUNE

POINT

SWl

ts.i Mi *? t>m ^11m* m;

22-7^-8, ,-9,,-loJ-ll, ,-12 -13,

36-71

8J.9| -loT -1

1J-1 2T -1 *

ASSIGN

TO K80 3^ -5f -4f -»• -2f

•4 -41-4 i

05 23-2 6-2

TL072

Oil 23-8

£2 Tl iu 73

SWPCO

SWINISvN

/SHAM.

UNISON

SWHOLD

b-9

VR2

220n n14

c# 0.1 %

R20 R18

•vw

R45

,100*

B.3? Ql%

_20Q|^R44

0.19i flOO*

200* |R43

019i >100*

\r inn*. •R42

9.09* cs 150

R46 0<AR21 0.1

'OO^V^ra-CE R19

0.1% r¥^—T^L

A1^S

TL072

100A

10L -

4558 IC7 01

K30A1GR)

200* R4Z

O.^ *>0*

R34 ,M

20-1 ]Q

2*80 r,

g»TRACK62

28-3

CV OUT

200*

0.1%

R33

-Wv-4

ICX) «

R41

100 K

0.1%

*14

i « »

02 Q»

Rl 4013

SI IC12 02

1R52 20-2 182

10K 20-3 ,£3

ST R47

ICO*

R49,

,0*Q9

£945 R48 CIS 25-3

1O0 *0.047 13-3

019 EFFECT

ON RESET

31^2

23-10 610 *9

R50 <Aa733

ARPEGGIO

RESET

28-4

IC9 4504

Tcr iM

10,047

C2|f0X)47

27-2 12-2

K)Ofl cv-2

TIC5

C3^0.047

CV-3

IJRlt 274 12-4

IC5 >ooacv-4

016^0.047

11 'C3 Q

03 Q

So ««*

CLOCK

4071 IC1

325-7 13-7

TRIG IN

-, JACK(SW)

81 f"r>^m

GATE 4

25-6 13-6

GATE 3

25-5135

GATE 2

P-13' 28-6

'14. 287

.,254 134

'GATE 1

100 *

13 ° 5

-£D4

Ii 3Q3

£02 4174 02

4C1|C2 Q'

^00

t^igin r

J*CMSW> G

+5v

!P_

•3*

R5 241

3900 S3 ,*»

390A S-5

390fi S-6

LEO

POLY

LEO

UNISON

/SHARE

LEO

UNISON

LEO

Rl 24 5

C945 LEO

HOLO

,; \

•. •

KLM-376-MP

1S13SSX4

C14 »50ft[ci2 Jen

1-35V {ce 1?_SV

M5230

R14» ,j

14.3*1 W

>% 1^J 1%

Csl. RiS. -[.-& Ijjljjl

5QV l/o +-"_V$f '%

T6V

R3 4.7k

2S0794A R2

2SC945

4558

TA-002

ICOv.120*

PCWER.SW.

-CX-

TB-002 !

220v.240v i,1.6 AI

~<>OAC

'ho 50/60 HZ

L_._Kl.M-372._j

THt ;T05 Ai5O0A(5OOQ)

RX 8k -^ 680«

1CN31

-T0KLM353

JCN32

'T0KXM354

ICN33

TOMM355

1CN34

'T0W.MJ56

654 3 2

CN35

TO KLM357

KLM-357 vcoi

HEATER

H-2 29-2 ,

VC02H-3 29-6 t

HEATER 4

HEATER

29*-4 |

VCC-4

HEATER

H-5 29-5

C.iCE +15v

RI310K

[l5v}-^A/v~f-'wv1

C9^]J

51K K14

29-6 H-6

29-7 H-7

I29-e H-8

,29-9 H-9

i•—

CIO 30-1 35-1

30-2 35-2

30-3 35-3

29-1 h-1

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