Yamaha Me-100fs User manual

YAMAHA

ELECTONE,

NIPPONGAKKl6..

LTD.

HAMAMATSU. JAPAN

0.4K-3933

0

Printed in Japan

'87.3

ME-1

OOF

I

CONTENTS

>

SPECIFICATIONS

...................................................

1

PANEL LAYOUT (ME.100F.S)

.........................................

3

..........................................

PANEL LAYOUT (ME-200F)

6

PANEL LAYOUT (ME300F)

..........................................

9

........................

CIRCUIT BOARD LAYOUT/WIRING (ME-100F.S) 12

.........................

CIRCUIT

BOARD

LAYOUT/WIRING (ME-200F) 15

.........................

CIRCUIT BOARD LAYOUT/WIRING (ME-300F) 18

......................................

BLOCK DIAGRAM (ME-100F.S) 21

BLOCK DIAGRAM (ME-200F)

........................................

23

BLOCK DIAGRAM (ME-300F)

........................................

25

..................................................

LSI DATA TABLE 28

...............................................

IC BLOCK DIAGRAM 32

MIDI IMPLEMENTATIONCHART

.....................................

35

.................................................

CIRCUITBOARDS 37

IMPORTANT NOTICE

This manual has been provided for the use ofauthorized Yamaha Retailers and their service personnel.

It

has been assumed that basic service procedures inherent to the industry, and more specifically Yamaha

Products, are already knownand understood by the users, and have therefore not been restated.

WARNING:

Failure to follow appropriate service and safety procedures when servicing this product

may result in personal injury, destruction of expensive components and failure ofthe

product to perform as specified. For these reasons, we advise all Yamaha product owners

that all service required should be performed by an authorized Yamaha Retailer or the

appointed service representative.

IMPORTANT:

The presentation or sale of this manual to any individual or firm does not constitute

authorization, certification, recognition of any applicable technical capabilities, or

establish a principle-agent relationship ofany form.

The data provided

is

believed to be accurate and applicable to the unit(s)indicated on the cover. The

research, engineering, and service departments of Yamaha are continually striving to improve Yamaha

products. Modifications are, therefore, inevitable and changes in specificatibn are subject tochange without

notice or obligation to retrofit. Should any discrepancy appear to exist, please contact the distributor's

Service Division.

WARNING:

Static discharges can destroy expensivecomponents. Discharge any static electricity your

body may have accumulated by groundingyourself tothe ground buss in the unit (heavy

gauge black wires connect tothis buss).

IMPORTANT:

Turn the unit OFF during disassembly and parts replacement. Recheck

-

all work before

you apply powertheunit.

SPECIFICATIONS

*Specificationssubject to change without notice.

KEYBOARD

UPPERILOWER ORCHESTRAL VOICES

UPPER LEAD VOICES

LOWER ORCHES./RHYTHMIC

BASS VOICES

VOICE MENU

SUSTAIN

AUTO RHYTHM PA'ITERNS

CONTROLS

AUTO BASS CHORD

MAIN CONTROLS

ACCESSORY JACKS

AMPLIFIER

SPEAKER

DIMENSIONS

WEIGHT

SPECIFICATIONS

ME-100F ME-100s

UPPER

.

44KEYS (f-c4),

LOWER

.

44 KEYS (F-c3),

PEDALS

:

13 KEYS (C-C)

STRINGS,

BRASS,

WOOD.,

TO

LOWER,

VOLUME

OBOE, TRUMPET, VOLUME

STRINGS, BRASS (RHYTHMIC), VOLUME

CONTRABASS 1, CONTRABASS 2,VOLUME

PIPE ORGAN, PIANO, HARPSICHORD,

JAZZ

GUITAR, TROMBONE, HARMONICA,

COSMIC, ORIGINAL VOICE

UPPER, PEDAL

MARCH, TANGO, WALTZ, BALLAD, SWING, SAMBA, BOSSANOVA, LATIN ROCK,

LATIN, BOUNCE, SLOW ROCK, 8 BEAT 1.2, DISCO, 16 BEAT

VOLUME, START, SYNCHRO START, TEMPO, TEMPO LAMP

SINGLE FINGER, FINGERED CHORD, MEMORY

MASTER VOLUME, EXPRESSION PEDAL, POWER

HEADPHONES, AUX. OUT, EXP. IN, MIDI IN-OUT

15W

,20cm

x

2, 5cm

x

l

114(W)x56(D)x93(H)cm

I

112(W)

x

50(D)

x

88(H)

cm

53

kg

1

45kg

ME-200F/ME-300F

.

'Specifications subject to

change

without notice.

KEYBOARD

UPPER ORCHESTRAL VOICES

UPPER LEADVOICES

LOWER ORCHESTRAL VOICES

BASSVOICES

ARPEGGIO CHORD

EFFECTS

TREMOLO/SYMPHONIC

GUDE

USER VIBRATO

SUSTAIN

AUTO RHYTHM

PATTERNS

CONTROLS

FOOT SWITCH

AUTO BASS CHORD

MELODY ON CHORD

REGISTRATION MEMORY

PACK

C.S.P. PLAY

ME-300

MULTI-

MENU

ME-200

REGISTRATIONMENU

1

REGISTRATION MENU 2

VOICE MENU

1

VOICE MENU 2

VOICE MENU 3

USER VIBRATO

SUSTAIN

C.S.P. RECORD

C.S.P. PLAY MODE

TRANSPOSITION

CASSETTE

MAIN CONTROL

ACCESSORY JACKS

AMPLlFlER

SPEAKERS

DIMENSIONS

WEIGHTS

UPPER 44KEYS (f -c4), LOWER 44KEYS (F- c3), PEDALS I3KEYS(C-c)

STRINGS,BRASS 1-2.WOOD 1.2, COMB1 ,VOLUME STRINGS. BRASS, WOOD

1.2,

VOLUME

FLUTE. OBOE. TRUMPET, TROMBONE, VOLUME

STRINGS. BRASS 1.2. COMB1

,

VOLUME

CONTRA BASS I*?.VOLUME

1.2.3.4, VOLUME

TREMOLO. SYMPHONIC. UPPER ORCHES

,

LOWER ORCHES

GLIDE (FOOT SWITCH)

LEAD UPPER ORCHES

UPPER ORCHES

.

LOWER ORCHES

,

PEDAL

MARCH. TANGO. WALTZ 1,WALTZ 2 (ME.300 only). BALLAD. SWING. SAMBA, BOSSANOVA.

LATIN ROCK, LATIN, BOUNCE,SLOW ROCK.

8

BEAT 1.2, DISCO, 16 BEAT

VOLUME,START, SYNCHRO START, TEMPO, TEMPO LAMP, FILL IN, FILL IN VARl

.

INTRO /ENDING. EXTRA PERCUSSION

RHYTHM STOP, FILL IN. ENDING,(GLIDE)

SINGLE FINGER. FINGERED CHORD. CUSTOM A B C

.

MEMORY

1.2.(1+2)

MEMORY, 1.2.3.4.5

CONFIRM, FROM PACK. TO PACK. READY, ERROR

SONG 1.2

1.2.3-4.5.6-7.8

9-10.11.12.13.14.ii.16

PIPE ORGAN,

JAZZ

ORGAN. SYNTH STRING. SYNTH BRASS. PIANO. ELECTRIC PIANO.

ORIGINAL VOICE. MENU ON

HARPSICHORD. HARP, ELECTRIC GUITAR.

JAZZ

GUITAR, STEEL GUITAR. DISTORTION GUITAR,

TIMPANI. PICCOLO

PAN FLUTE. FLUGEL HORN, SAXOPHONE,HARMONICA. COSMIC 1-2-3,TUBA

U LEAD=DELAY.DEPTH. U ORCHESTRALDEPTH, 0.1 ~2.3.4

UPPER ORCHES

.

LOWER ORCHES

,

PEDAL. 0.1 -2.3.4

,

+-.

4,

REGIST

/

03

,

a

, , -,

EDITKLEAR

REPEAT, INTRO COUNT, CHORD CANCEL

NORMAL,

I,

T

CASSETTE

=

TO CASSETTE. FROM CASSETTE

MASTER VOLUME, EXPRESSION PEDAL. POWER

HEADPHONES. AUX OUT, EXP IN MIDI IN-OUT,TO CASSETTE. FROM CASSETTE

15W

ZOC~XZ.

5cmx1

I

140

x

56(D)x 93(H)cm

56kg

1

54kg

.PANEL

LAYOUT

(ME-100F.S)

.PANEL LAYOUT (ME-200F)

.PANEL LAYOUT (ME-300F)

MCIRCUlT BOARD LAYOUT/WIRING (ME-100F.S)

,.

"NIL

L"l0YT #!PI%G

,WE

Irnf

i

.CIRCUIT BOARD LAYOUTlWIRING

(ME-200F)

.CIRCUIT BOARD LAYOUT(ME-JOOF)

BLOCK

DIAGRAM

(ME-1

0OF.S)

----_I__-_.III_--_.-_I--------------------

0

N

1:

'2

w

s

1:

1;

Is

s

<

I

X

%-

RXROY

4-

I

ROM INTER-

4

II~K

BYTES)

FACE

I

MIDI

1

I

-

IC

----C

I

DO

I

RxRDY

---C

NMI -07

1

-

CPU

I

P57

I

-

TXRDY

--L

IRQ2 CS I

I

,

I

h

C

A

V)

oL

g;

<t

I

t/

-

I

pNq

PAO- PA7

I

-

CS2-

I

CS3

C-

(PNI) IPNII

t5v

C-

I

IOPP21 css-

L

.

,

-

(USARTI

=61--

1

VSS

C-

J

I

-

I

POWER

SUPPLY

AC

IN

I

EA-

'

-12v-

I

LpIC7VI-

I

IPU)IPRM)

I

'

CH2

I----

-

BUFFER

-

7

CLEAR

-

SOLO,PK,LK

1

AIC

-

MIXING

I

MIXING

VCA

-

AMP. MASTER FILTER

I

POWER

'

SPEAKER

1

AMP. VOL.

I

AMP.

I

IPN2)

I

PU)

BUFFER

W

SPEAKER2

:

DACl

3

b

AIC

SPEAKER3

L

EXP-IN AUX OUT

IHPA)

cb

HEADPHONE

BLOCK

DIAGRAM (ME-IOOF-S)

21

BLOCK

DIAGRAM (ME-1OOF.S)

22

BLOCK

DIAGRAM (ME-2OOF)

23

BLOCK DIAGRAM (ME-200F)

24

BLOCK DIAGRAM (ME-200F)

BLOCK

DIAGRAM

(ME-300F)

I-----

HEADPHONE

(JA31030)

SPEAKER

-.

L-,,--,--------------JL-----------------

BLOCK DIAGRAM (ME-300F)

25

BLOCK DIAGRAM (ME-300F)

26

LSI DATA TABLE

HD63B01YOB68P (XC550001)

-

Mode

Program

Port

Mode 2

Mode3

YM2167 (XA582001) OPP2 (Operator)

Mode

3

0

Port

I10

Port

I10 Port

0

Port

I Port

I10 Port

0

Port

Mode 1.2

28

LSI DATA TABLE

Port 1

Port 2

Port 3

Port 4

Port 5

Port

6

Port 7

Address bus (A0"A71

I10 Port

Data

bus

(DO

"

D7)

Address bus (A8

"

A15)

I10 Port

Ri3,

WR,

REV,

LIR,

EE

'IN

NO.

1

2

3

4

5

6

7

8

9

10

11

12

'IN

NO.

24

23

22

21

20

19

18

17

16

15

14

13

NAME

Vss

TR(I

ADO

WR

RD

CT1

CT2

DO

Vss

Dl

NAME

eM

el

VDD

SO

SH1

SH2

07

D6

D5

D4

D3

D2

I10

I

0

110

I10

110

FUNCTION

Clock 3.58 MHz

Synchro pulse for DAC

DC Supply

(+

5V)

Tone signal data

Sample and hold (Chl)

Sample and hold (Ch2)

Data bus

110

0

1

I

0

110

FUNCTION

GND

Interrupt data

Initial clear

Address bus

Write control

Read control

Chip Select

Control data out 1

Control data out 2

Data bus

GND

Data bus

pPD8251 (iG118500) AFC USART (universal-synchronousAsynchous Receiver-Transmitter)

LHOO8OB (iG137000) CPU

FUNCTION

-

Data bus

1

DC Voltage

(

+

5V)

Rececver clock

Data terminal ready

Request to Send

Data set ready

Reset

Clock

Serial data out

Transmitter empty

'Clear to Send

SYNC detect

I

Break Detect

Transmitter ready

LSI

DATA

TABLE

29

NAME

DO

Vcc

RxC

-

DTR

-

RTS

-

DSR

RST

CLK

TxD

TEMP

;(T+S

SYND

TxRDY

Lt

28

27

26

25

24

23

22

21

20

19

18

17

16

15

'IN

NO.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

110

'I0

I10

I

0

I

0

I

110

0

1;

2

3

4

5

6

7

8

9

10

11

l2

13

14

110

'I0

I10

I

I10

110

I10

I

0

NAME

D2

D3

RxD

GND

D4

05

D6

D7

-

WR

-

CS

-

RD

RxRDY

'IN

NO.

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

NAME

AD11

AD12

AD13

AD14

AD15

e

04

03

D5

D6

+5

D2

D7

DO

Dl

INT

NMI

HALT

MREQ

lQRQ

FUNCTION

}-Data bus

Serial data In

Ground

I

Data bus (A0

-

A31

Transmitter clock

Wr~teControl

Chip select

ControllData

"H":

ControllStatus "L". Data

Read Controll

Receiver ready

110

0

I

0

NAME

AD10

AD9

AD8

AD7

AD6

AD5

AD4

AD3

AD2

AD1

ADO

GND

RFSH

-

MI

RESET

WAlT

WR

-

RD

FUNCTION

\

Address bus

,

DC Supply (OVI

Refresh

Machine Cycle one

Reset

Bus Request

Wait

Bus Acknowledge

Write control

Read control

110

0

I

110

I10

110

I

0

FUNCTION

Address bus

Clock

1

Data bus

DC Supply

(+

5V)

1

Data bus

Interrupt Request

Non ,Maskable Interrupt

Halt State

Memory Request

Input

I

Output Request

YM2414

(XB768001)OPZ (Operator)

30

LSIDATA

TABLE

'IN

NO

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

24

23

22

21

NAME

PA4

PA5

PA6

PA7

-

WR

RST

DO

Dl

D2

D3

D4

D5

D6

D7

Vcc

PB7

PB6

PB5

PB4

PB3

'IN

N

0

1

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

110

I10

110

I10

110

NAME

PA3

PA1

PA0

Fin

7%

GND

AD1

ADO

PC7

PC6

PC5

PC4

PC0

PC1

PC2

PC~

PBO

PB1

PB2

NAME

OM

01

VDD

SO

SH1

SH2

D7

D6

D5

D4

D3

D2

'IN

NO.

24

23

22

21

20

19

18

17

16

15

14

13

FUNCTION

GND

Interrupt data

ln~tialclear

Address bus

Write control

Read control

Chip Select

Control data out 1

Control data out 2

Data bus

GND

Data bus

110 FUNCTION

Port

A

Wrtte control

Reset

110

I

0

I10

110

I10

110

I10

0

I

1

0

110

'IN

N

0

1

2

3

4

5

6

7

8

9

10

11

12

FUNCTION

j

Port A

Read control

Chtp Select

DC Supply (OV1

Port address

Port C

Port B

,

FUNCTION

Clock 3.58

MHz

Synchro pulse for DAC

DC Supply

(+

5V)

Tone signal data

Sample and hold (Ch

1

Sample and hold (Ch2)

Data bus

NAME

Vss

Ti5

ADO

%i?

RD

CT1

CT2

DO

Vss

Dl

*

Data bus

DC Supply

1

Port

B

YM2160 (iT216000) OPCW2 (Rhythm Operator)

YM3012 (iT301200) DAC (Digital to Analog Converter)

i

YM63300 (iT633000) SECII (SymphonicEnsemble Clock Generator 2)

NAME

D2

D3

D4

D5

D6

D7

--

SH2

SH1

SO

+5D

@I

a2

I10

110

'I0

110

0

1

I

FUNCTION

,

Data bus

Sample and hold (Ch2)

Sampleand hold (Chl)

Tone s~gnaldata out

DC Supply (+5V)

Synchro pulse for DAC

Clock

'IN

NO.

13

14

l5

16

17

18

19

20

21

22

23

24

LSI

DATA TABLE

31

'IN

NO.

1

2

3

4

5

6

7

8

9

10

l1

12

I10

0

I

0

I

0

I

'IN

NO.

1

2

3

4

5

6

7

8

'IN

NO.

1

2

3

4

5

6

7

8

I10

I

0

I

0

'I0

I10

NAME

Vss

-

IRQ

IC

A@

-

WR

-

RD

-

CS

CT1

CT2

TO

D'

Dl

'IN

NO.

9

10

11

12

13

14

15

16

FUNCTION

Sample and hold analog SW output

(Chl)

Sample and holdanalog SW output

(Ch2)

Chl Ch2 analog SW common Input

Analog output to Buffer AMP

M~ddlepolnt 112 VDD B~as

B~ascompensat~on

B~as-R

Analog ground

FUNCTION

D~g~talground

Interrupt request

lnlt~alclear

Address bus

Wr~tecontrol

Read control

Ch~pSelect

Control data out 1

Not

used

!

Control data out 2

Not used

NAME

CHI

CH2

COM

AOUT

MP

BC

RB

A GND

NAME

VDD

CLOCK

D.GND

SD

SAM2

SAM1

EL

A.GND

NAME

C

W

CS

S

A

VR

TC

SYM

VDD

Vss

I/O

I

1/0

I

FUNCTION

DCsupply (+5V)

T~m~ngclock

D~gttalGround

Ser~aldata lnput

Sample and hold (ch2)

Sample and hold (chl)

ln~t~alclear

Analog Ground

FUNCTION

CR for w~ndup tlme

Speed set at fast

Speed set at slow

Tremolo speed set

SlowIFast change data IN

Tremolo/Symphon~cchange

data

IN

DC supply (-15V)

Ground (OV)

'IN

NO.

9

10

11

12

13

14

15

16

NAME

TEST

-5V

06

05

04

03

02

01

110

I

0

FUNCTION

Test p~n

DC supply for clock -5V IN

Symphon~cclock OUT

Svmphon~cclock OUT

Symphon~cclock OUT

Tremolo symphon~cclock OUT

H

IC

BLOCK DIAGRAM

HD7400P (IG001840)

TC40HOOOP (IG080700)

Quad

2

lnput NAND

VDC

40

4A

4Y

38

3A

3Y

HD7407P (lG058500)

Hex Buffer

1A

Vcc

1Y

6A

2A 6Y

2Y

5A

3A 5Y

3Y

4A

GND

4Y

TC40H032P (lG0528003

Quad

2

lnput OR

TC40H002P (1G096300)

Quad

2

lnput NOR

vcc

4Y

4A

48

3Y

3A

38

TC40H008P (lG096400)

Quad

2

lnput AND

1A VOO

18

48

1Y 4A

2A

4Y

20

38

2Y 3A

3Y

HD74LS42P (lG055300)

BCD to Decimal Decoder

GND

VCC

INPUTS

i

l

8

OUTPUTS

:

i

HD7406P (lG058400)

TC40H004P (IG051000)

TC4069UBP (IG001720)

TC74HCU04 (lG142200)

M74LS04P (IG106500)

Hex Inverter

1A

VDD

1Y

6A

2A 6Y

ZY 5A

3A

5Y

3Y 4A

4Y

TC4OHOllP (IG111706)

Triple

3

lnput AND

TC40H074P (IG051100)

Dual D-Type Flip-Flop

1

CLR VCC

1

D

2CLR

ICK

ZD

IPR

2C

K

1

0

2PR

16

20

GND

2%

INPUTS OUTPUTS

XXH

n

HHfHH

HH

L

H

HH

L

X

00

a,,

32

ICBLOCK DIAGRAM

Yamaha ME-100FS User manual

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