Korg MEX-8000 Bedienungsanleitung

ffir900 MEMORY EXPANDER

SERUIGE

MANUAL

1. SPECIFICATIONS

2. MIDI IMPLEMENTATION

3. CIRCUIT DESCRIPTION

CONTENTS

2 5. BL0GK DIAGRAM ....r..rrr.rrr...r.!..r!. T

g 6. CIRGUIT DIAGRAM rr.........rr.t.....rr. 8

5 7. P.C. BOARD ...r..rt.tr!...r........tr..tttr I

6 8. PARTS LIST .....rr.rrr...r...r...rrtr.rrr'. 1O

4. §TRUCTURAL DIAGRAM H0nff

MEMORY

CONTROL Keys

FUNCTION Switches

INDICATORS

LINE SELECT Switch

MlDl Connectors

POWER

BATTERY LIFE

WEIGHT

DIMENSIONS:

256 Program settings (64 x 4 BANKS)

BANK, SAVE, LOAD, CANCEL

DEVICE, MIDI CH., PROTECT

BANK (A, B, C, D) GOOD, ERROR

MEMORY/THRU (Functions as power ON/OFD

lN/ouT (Data Dump)

rN/ouT (rHRU)

DC 9V [AC Adaptor, or 6 AA (sum'3) batteriest

About I hrs. (Continuous operation)

1.1 kg.

232 (W) x 36 (H) x 131 (D) mm

* Specifications subject to change without notice.

FEATURES AND FUNGTIONS

FUNCTION Switch----l

lDl (Data Dump)

Connector

MlDl(THRU) Connector

DC 9V Connector

SELECT/

POWER Switch

GOOD lndlcator

ERROR lndicator

V VAI

ft orn ourp) our N (rrtru) our ocgv

'L-j=r|Dt----:i +t||OJ o.3@

*o*o[?E)knaa0

1. TRANSMITTED DATA

NOTE 1

nnnn = MlDl CHANNEL NUMBER (0000- 1 1 1 1)

ppppppp = PROGRAM NUMBER (0 - 63)

lf DEVICE SWITCH = 0000 - 0010, PROGRAM CHANGE wi!!

be send.

NOTE 2

vvvvvvv= 000001 1 : DW-8000/EX-8000 (DEVICE = 0)

= 0000100: DW-6000 (DEVICE = 1)

= 0001001: DVP-1 (DEVICE=2\

lf DEVICE SWITCH = 0001 (DW-6000), FORMAT lD will be

designated 30H.

El onra DUMP REoUEST (2)

NOTE 4

vvvvvvv = 000001 1 : DW-8000/EX-8000 (DEVICE = 0)

= 00001 00: DW-6000 (DEVICE = 1)

= 0001001: DVP-1 (DEVICE=2)

lf DEVICE SWITCH = 0001 (DW-6000), FORMAT lD will be

designated 30H.

4 oera DUMP (2)

NOTE 5

vvvvvvv = 0001 100: POLY-80OII (DEVICE = 3)

= 0000001 : EX-800 (DEVICE = 4)

= 00001 10: POLY-800 + MDK (DEVICE = 5)

E WRIre REoUEST

BYTES DESCRIPTION

1111 0000

0100 0010

001 1 nnnn

Ovvv vvvv

0001 0001

oppp pppp

1111 0111

EXCLUSIVE

KORG IO 42H

FORMAT lD 3t H (,r =61'11

DEVICE ID

WRITE REOUEST l1H

Program number=0-63

EOX

NOTE 6

vvvvvvv = 3333?åå; BW:3333'ffii,?39 gfivrcE = 0)

= 0001001: DVP-1 (DEVICE=2)

lf DEVICE SWITCH = 0001 (DW-6000), FORMAT tD will be

designated 30H.

NOTE 3

vvvvvvv= 0001 1 00:

= 0000001:

= 00001 1 0:

POLY-800[ (DEVICE = 3)

EX-800 (DEVICE = 4)

POLY-800 + MDK (DEVICE = s)

El oam DUMP (1)

BYTES DESCRIPTION

1111 0000

0100 0010

001 1 nnnn

Ovvv vvvv

0100 0000

oddd dddd

1111 0111

EXCLUSIVE

KORG IO 42H

FORMAT lD 3,t H (,r =691

DEVICE !D

DATA DUMP 4OH

DATA

EOX

STATUS SECOND THIRD DESCRIPTION

1100 nnnn oppp pppp PROGRAM

CHANGE

E oem DUMP REouEsr (1)

BYTES DESCRIPTION

1111 0000

0100 0010

001 1 nnnn

Ovvv vvvv

0001 0000

1111 0111

EXCLUSIVE

KORG ID 42H

FORMAT lD 3*H (* =Q11;

DEVICE !D

DATA DUMP REQUEST 1OH

EOX

BYTES DESCRIPTION

1111 0000

0100 0010

0010 0001

Ovvv vvvv

0000 dddd

oooo dddd

0000 ssss

1111 0111

EXCLUSIVE

KORG ID 42H

FORMAT ID 21H

DEVICE ID

DATA

oHECK SUM (LSB)

(MSB)

EOX

BYTES DESCRIPTION

1111 0000

0100 0010

0010 0001

Ovvv vwv

0001 0000

1111 0111

EXCLUSIVE

KORG ID 42H

FORMAT ID 21H

DEVICE ID

DATA DUMP REQUEST 1OH

EOX

II DATA DUMP (1)

2. RECOGNIZED RECEIUE DATA

E oarn DUMP (2)

EI WNrE COMPLETED

NOTE 7

vvvvvvv= 000001 1: DW'8000/EX-8000 (DEVICE = 0)

= 00001 00: DW-6000 (DEVICE = 1)

= 0001001: DVP-1 (DEVICE=21

lf DEVTCE SWITCH = 0001 (DW'6000), FORMAT lD will be

designated 30H.

4I WRITE ERROR

NOTE 8

vvvvvvv= 000001 1: DW-8000/EX-8000 (DEVICE = 0)

= 0000100: DW-6000 (DEVICE = 1)

= 0001001: DVP-1 (DEVICE=2)

lf DEVICE SWITCH=0001 (DW-6000), FORMAT lD wil! be

designated 30H.

tr DUMP ERROR

NOTE 9

vvvvvvv=0001100:

= 0000001:

= 00001 1 0:

POLY-8OOtr (DEVICE = 3)

EX'800 (DEVICE = 4)

POLY-800 + MDK (DEVICE = 5)

BYTES DESCRIPTION

1111 0000

0100 0010

001 1 nnnn

Ovvv vvvv

0010 0010

1111 0111

EXCLUSIVE

KORG IO 42H

FORMAT lD 3*H (* =69;

DEVICE ID

WRITE ERROR 22H

EOX

BYTES DESCRIPTION

1111 0000

0100 0010

001 1 nnnn

0vvv vvvv

0100 0000

oddd dddd

1111 0111

EXCLUSIVE

KORG ID 42H

FORMAT lD 3,rH (* =61'11

DEVTCE rD (NOTE 4)

DATA DUMP REOUEST 4OH

DATA

EOX

BYTES DESCRIPTION

1111 0000

0100 0010

0010 0001

0vvv vvvv

0000 dddd

oooo dddd

0000 ssss

1111 01 11

EXCLUSIVE

KORG ID 42H

FORMAT ID 21H

DEVTCE rD (NOTE 5)

DATA

oHECK SUM (LSB)

(MSB)

EOX

BYTES DESCRIPTION

1111 0000

0100 0010

0010 0001

0vvv vvvv

0010 0000

1111 0111

EXCLUSIVE

KORG ID 42H

FORMAT ID 21G

DEVICE ID

DUMP ERROR

EOX

BYTES DESCRIPTION

1111 0000

0100 0010

001 1 nnnn

Ovvv vvvv

0010 0001

1111 0111

EXCLUSlVE

KORG ID 42H

FORMAT lD 3'rH (* =911;

DEVICE ID

WRITE COMPLETED 21H

EOX

I Outllne

The MEX€0@ has been marketed as a memory expander,

which is also capable of application with other units capable

of data dump for MlDl data processing.

I Maln Featuree

1. lnput/output of MlDl data

2. il Program setting memory in each of 4 banks (44 x 4)

3. Selection of connected device via Device Switch

DEVICE Swltch

4. Changing of MlDl Channel via MlDl CH switch

MlDl CH. Swltches

5. Protection of data in various banks via PROTECT switch

PROTECT Swltches

6. ERROR LED indication of weak batteries (ERROR LED

blinks)

EXRON

-H-flå:lT,[,0J,:T'',n

I Hadware Layout

(Refer to Block diagram and Circuit diagram)

The basic system is made up of a CPU using a C-MOS

63803X (lCS), 64 K EPROM 27il (lCG) for system program,

and a 64K CMOS RAM 62il ( x 2) for program setting data.

This RAM is backed up by a lithium battery.

HC139 is used as a decoder. On one side (1/2 HC139) it is

connected to the matrix switch for switch selection, while on

the other side (1/2 HC139) it decodes address (A13-415) se-

lecting RAM or ROM chip.

All s-witch inputs are processed according to system pro-

gram, being fed into cPU PoRT 5 (P.54 - P.sn as 4 bit

SW Data.

All LEDs light atter signal passes through LED DRIVER

Mil527 (lC4), controlled by 6 bit data output through CPU

PORT6(P.60 - P.65).

MlDl DATA is output via (MlDl lN) PORT 24 (fX), being fed

in via CPU PORT 23 (RX), passing through Auto-coupler

PC-900 (PC-1). CPU PORT 52 is used for battery level

check. Turns to "L" when battery level goes below 6.2V.

Reset circuits comprise M83761 (1C10).

sw1 sw2 sw3 sw4 Ilevlce

0 0 00DW€mo/EX€mo

00 0 1DW€000

0010 DVP.1

0011POLY-800tr

0100 EX-800

0101POLY€OO + MDK

0110

1111 Not used

l However, if the connected device is capable of sound data\

I dump by itself then LOAD, SAVE operations may be per- I

I formed with these switches set to 0110. At this time, Bank I

\D may not be used. /

sw1 sw2 sw3 sw4 MIDI CHANNEL

0000ch1

0 0 01ch2

0 0 10ch3

0011ch4

0100ch5

0101ch6

0110ch7

01 1 1 ch8

1000ch9

1001ch 10

1010ch 11

101 1 ch 12

1100ch 13

1101ch 14

1110ch 15

1111ch 16

sw1 sw2 sw3 sw4

PROTECT ON 11 1 1

PROTECT OFF 0 0 00

PART IIO. PART I{AiIE O'TY

AFE B ZMC 3x8 7

BTP2G B BZMC 3x6 7

cFE B ZMC 2.6xG 2

DHNlZMC3 1

ETP2G B ZMC 3X6 2

PART 1{0. PART ]{AITIE PART GODE

1UPPER CASE 64073900

2 LOWER CASE 64074000

3BATTERY COVER il074200

4 JACK CHASSIS 64074100

5SLIDE SW. KNOB SUPPORT 64A74404

6SPACER 6407t{n0

7RADIATION BOARD s6003000

ISCREW OF BATTERY COVER 64402500

9RUBBER FEET 50008700

10 BATTERY CUSHION 50009200

11 SLIDE SW. KNOB 62009600

12 NAME PLATE 58024000

13 SERIAL SEAL

14 BATTERY CUSHON 50008800

15 SPONGE CUSHION 50009800

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