Sharp pc-2500 Service Manual

PC-2500

SHARP

1. SPECIFICATION

o Keyboard

layout

1

0-~

:

1

2 3 4 5

SERVICE

4

-col

or plotter printer (DPG-29

0-rrr:J

)

6

B I:

MANUAL

CODE:OOZPC2500SIME

MODE

~~rn~

7

8

:r~r:JE:JI~Jc:~Jc:J

L

BUSY

TEXT: 24 x 4 lines Graphics:

PRIN

crn::J

r:-

---------------

[IT[]

I

• : ~

L..:

_______

9

0

PC-250

7:1-t

C

APS

150 x 32 full dots

T

~

E=:J rr=:J

____________

-

DEF RUN

(5 x 7 dot matrix)

RE MO

r:n:::::::J

-,

[I:=:J

TE

________

1

:

I

ON/BRK

L __

___

E=i

0

P

RO

POWER

cra::::::J

..------

Ii~

__ J

I

MODE

:

G:J

BS :

~~r

:i

i

I

:

:J

o

Model: PC-2500

o Calculation range: 10 di

(exponential

o Ca

lculating

function)

o

Programming

o

CPU: Cmos 8-bit microprocessor o Syste o Me

m ROM:

mory System Data

only ar

Program/data

Reserve area: 79 bytes

o

Stacks Subroutine FOR-NEXT Functional Data

stack: 8 stages

o Fun

damental calcul

Calculations

Four math rules

part)

method: Formula

language: BASIC

72KB

capacity:

area: About

ea: 208

area: 3102

:

stack: 10 stages

stack: 5

stack: 16 stages

:

17 40 bytes

stages

ator fu

~--

l

D

EJ

D D

l

o DD DD DD DD

L----,

BiD

gits (mantessa part) + 2 digits

oriented (wi

bytes

nctions

:

EJ

L------------------------

I

CAP

~

D

I

th pri

orit

D

EJ

y

D

---------

EJ

Scientific

Trigonometric tions, logarithmic angle solute

Edit

ing fu

Vertical cursor control (~.

Insertion Deletion Backspace

Line scroll (t

Software

o Sharp business software o Table calculation o Graph creation: Bar graph, broken line graph,

o Telephone book

Memory

Battery backup

(The contents

r

etained during power

D

DD

D

CJ

- - ---

functions

conversions, power rising, valu nctions

:

band graph, circular graph

protection

LJ!B!D

~

I

:

functions, inverse tr

e, sign

:

, .).

)

:

of

LJ~D-trDja

0

1·-- '!o DD

r--

J

ENT

ER

functions, exponential

functions,

+--

program, data, and reserve areas are

off

. )

I

DD I EJ

I

li~DDEJ

t..: _____

___

__ - - - - _ _J

igonometric

roots, i

nteger, ab-

and pi

.

)

D

func-

functions

!

i

'

!

I

i

,

SHARP

CORPORATION

PC- 2500

-

Display

:

Liquid crystal display

1.

Text

display 5 x 7 dot Character size:

Character pi

dot

2. Gr

aphic display

150 x 32 full dots di Dot Dot pitch: 0.

Dot si ze:

Printer

:

Printer

type: X and Y axis

P

rint colors: 4 colors

(Op

tion: EA-850C

Charac

ter size: 15 kinds x 18mm Minimum pen Print speed: 7 char printing with Recording paper. Paper roll diameter and 114mm Pen

moving speed: 73mm/second

tions,

103mm/second

Serial 1/0

Transmission only

Baud Parity

Word si

Stop Connector: 15-pin

devic

e Output sig Interfacing signals:

Input Output Others

• Auto

•

Power

•

Power

source: 1

in use)

• Rec o Continuous di

posi

o Intermitte

for provided operation rest of the time (50 min without

o Printer in operation:

digits perature

functions

rate: 300,

check: Odd,

ze: 7 or 8 bits

bit: 1 or

nal level: CMOS level (4 ~ 6 volts)

RD, CS,

SD, RS, RR, ER

SG, FG, VC

power off: About 14.5 m

consumption: 6V

supply: Internal recharge

OOVAC, 50.60Hz, with

hargeable battery operating time:

tions (2 rows) under the temp

nt operation: The r

about 1.5

that cal is

operating the pri

of "5"

of 20°C with

matri

tch: 4.08(W) x 5.44(H) mm (si

space)

size: 0.63 square meter

)

moving di

standard

method: Asynchronous, half-duplex mod

600, 1200 bps

even, n

2 bit

s

connec

CD

splaying: Di

mont

hs,

culator operation or prog

done 10

are pri

nted continuously under the tem-

x display (24

3.35(W) x 4.71

splay

68mm (for both directions

plotting

of

blac

of 0.8mm x 1.2mm ~ 12

stanc

acte

rs/second, max

character

width.

for 45°

one

tor for connection with external

.. ... (DC

splaying

when operated one

min

utes

utes)

nter

.

About

450 digits, provided that 20

the character size

positions x 4 rows)

(H)

mm

s

)

k, blue,

e: 0.2mm

inutes

efreshed

out of one hour with th

green, r

ed

imum (for

si ze "b")

of less than

(Option:

direction

), 6W

able battery (charge

the AC

erature

EA-515P

for X and Y direc

adaptor EA-150

About

"5"

on 48 display

of 20°C.

battery wi

operated to display,

"b".

25mm

)

100 hours

ll last

hour per day

rammed

ngle

mm

o Graph print

described in Page 304 is print

o

Operating temperatur

o

Physical dimensions: 297(W) x 210(D) x 18 front)

o

Weight. About

o

Accessories: Tape recorder interfacing cable, AC adaptor

(EA-150).

red

).

ing: About

e: 5 to 40°

and 45.5 (depth in

1.3kg

write

pen (one each

paper

roll (one

roll), i

11

times,

ed conti

rear) mm

nstruction manual.

when t

nuous

ly.

C

of

black, blue, green, and

he gra

p

(depth in

RAM map

OOOO

H

8KB ROM

internal )

(CPU

2000

H

16 KB

R

AM

BASI

4000H

6000H

-

e

7000H

8

000H

FFFF

2.

I

I I

I

8KB

I

l

Card

I

I 1

card

I

I 8KB

I

I Car I

I

4KB

RAM

ROM

32

KB

ROM 1

INTER

C

PRETER

TEST

7000

RAM

7200H

image

740

76

RAM

d

7800H

7AOOH

7C

7EOOH 8

PROGR

H

DISP

1

-------

----

DI

SP

2

-------

D!SP 3

-----

DI

SP

-

---

--------

DI

SP

----

KEY

-------

KEY

32

ROM

Bund

led software

---

----

4

5

P

ORT

-----

P

ORT __

KB

-~~K_6_

ROM

2

0H ACK2

00H

OOH

~--- _

000H

AM

-

ACK

--

A

CK

ACK

--

ACK 5 1 2

1

3

4

--

Internally implemented memory test program

The

checksum test program ROM is

test the BKB CPU int

RO Ms.

ROM to be tes

CPU

internal ROM

(8KB

)

CPU enternal ROM1

,

e

(32KB)

CPU external RO

(32KB)

The ALL execution of the test program bec gram in each ROM are not assured test.

RESET switch

ted

M2

ernal

ROM and 32KB x 2 external

K

(RUM mode)

CALL&802AI

CALL&8027 I ENT

CA

LL&84F

has

ey ope

91 ENTER

to

contained

ration

ENTER

I

ER

I

be

depressed after

ause the

of

data a

its contents after

inte

O

K status

rnally to

11147

10127

38524

the

nd

pro-

the

-2-

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PC-2500

-

4. SIGNAL DESCRIPTIONS

4-1. CPU

Pin No. name

1 2 3

4

5 6 7

8

9 KON

1

0

11 1

2 HA

1

3

1

4 IA7

.j. .j.

20

21

22 IB7

23 IB6

24

25

26 IB3

2

7 IB2 Out RS throu

28

29 30 31 GND 32

.j.

47 H16 Out

(SC61860A14) p

S

igna

l

In/Ou

t

A

O

ut

R/W

CPAL

TEST

(/) (/J

RESET

XLN In

XOUT

DIS

IA8

1

O

Ou

t

Ou

t

In In

Out

In

O

ut

O

ut

O

ut

In/Out Ke

In/Out

-

IA1

I

IB5

IB4

VM VA

B8

IB1

H1

.j.

In/Out

In

Ou

t

Out

In I

n

I

n

Out

-

in

signal

D

escription

Add

ress bus, low during

W

rite

L

ow

order bit

As t

he

data

bus when a large capacity ROM

is

used,

8 bits

signal. Test pin,

Oscil

lator circuit input Oscillator ci Reset input. A

to

reset. Th

down to

I

nput from

(

EAR

ON/B

RK key in

down

Output to the data (MIC jack) and

LCD

dri

LCD driver clock. Low during

2KHz play is oper

y and RAM input. Low during generated when a key

Key

input/ during a key is de

Key

input/key during a key is depressed

Busy signal. Serial

printer control IC

Low battery

i

nput

circuit. Normally, high. CD through

request received when th s

tate and stopped when low.

CS

through th mission enable from the other end. Transmission

is

in a hi

low

.

RD through th

data.

RR through the SIO which is a receive ready signal fr r

eady

ready to receive.

reque

st from th data tran compl

ER

through the SIO. Go

exe

cution of the OPEN com LCD pow LCD power supply Power LCD

back p during displaying

LCD back plate si during displaying

(standby= power off)

clock, normally high

address la

address signal is

that

address

of 16 bits) is

normally

rcuit outp

high on this line causes

e signal

low level.

the data rec

jac

k)

to

low level.

ver Control

pul

se gen

erated when the dis-

ating

card s

key

strobe output. Low

standby.

pressed

strobe output.

standby. Pulse generated when

signal

from the low battery

the

from the

e SIO which is a trans is done when the sig

gh

state and

e SIO which is receive

om this sid

to rece

i\1¬

gh th

e SIO whi

is

smission and low

ete

.

er

supply

lat

e signal.

standby. 4-level pulse during

.

standby. 4-l

.

description

standby

tch signal.

carried

out th

signal (low

latched with

low

.

ut

is

normally pulled

put. Normally, pulled

recorder option

the

buzzer

signal

.

lot lock swit

standby.

is de

Pulse generated whe

.

busy signal from the (PCU).

([B)

SIO

which

other end. Data

e signal is

stopped wheri

and low when not

sid

e. High durin

gnal. High impedance

evel pulse during

order

thi

s

order

option

.

stand

ch

Pul

se

pressed

.

Low

which

is

an

detect

is a send

are

in a hig

h

nal

e. High when

ch

is

a sent

g

whe

n

es

high upon

mand

.

High impedance

e

by.

n

-

-4-

Signal

N

o.

name

4

8 VB

49

VDIS

50

VCC

51

voe

52

VGG

53

60

61

62

6

65

66

67 A14

.j.

80

0

.j.

3

4

.j.

DO

F05

F04

F03

F0

F01

B08

.j.

A1

In/Ou

t

Descript

ion (stan

In

LCD

power supply. High dur

s

tandby and VB when clo

In

LCD

pow

sta

ndb

y and low when clock stops.

In

L

CD pow

er supply.

Out

LCD pow

standby and low

In

Power supply. Normally, low lev

7

In/Out

Data bus impedance

dby =power off)

ck stop

er supply. High duri

Nor

mally, low

er supply. High

lin

e. Normally, high

.

duri

when clock

ing

ng

stops.

s.

.

el.

-

In/Ou

t

Data bus line. Norma impedance

Ou

t

32KB ROM1 A low on this

O

ut

SD transmit data. Low during standby (buffered with the 50H001

Out

Data. Trans

t

he PCU

2

Out

WAKE UP which

requ

which a high state of th

Out

Application ROM2 chip select enable

signal. A low on this line selects the

ROM2.

but

RAM,

Out

Addre

.

through the S

mission of serial data to

.

est signal.

DIS-LSI enable signal

ss

bus. High dur

-

Out

Address bus. High during

l ly, high

chip s

elect enable

line s

elects

IO which

is

a PCU start

The PCU wak

is signal

ing

signal.

the ROM1

is

a

).

es up

.

standby.

standby

.

4-2. Display chip (SC43537) description

G

ND

V

GG

DIS HA

-

- - ---

-)}

- ·

¢AL

(Latch clock)

0

1-8

~~---.

C

E

R/W

'

,

:CON

(/)

C/)

-

Q)

~

"O "O

<(

TROL

s:

u

:J

co

<j>- ~

':.

::'

64

(

80-B F)

M M

byte

-

64 byt

(40-?F

(

S62

(

S63

R

ead/Writ

ho; h 1:h 2:h

' '

e

)

(Display RAM)

) )

e

J:h ,:h I

'

64

byt

(

00-3F)

S62 S63

PC-2500

-

V

ors

V

A

V

B

S

1

S2

Q:;

>

~

e

0

c

)I

Q)

E

CJ) Q)

Cf)

O

ss1

QSs2

.

gN~~~~~~~~~~~~~~~~~~~

B

mmmmmmmmmmmm

SC

43537

DISP DRI

mwmmwmmm~mmm

VER

;~

~

The LCD

• Timing

GND

·VAH-

operates in 1 /

DIS

h5

SH26 :TR5

(

ESR.H:T

chart

l~' --~

R22

16 duty.

Display

)

f

VMH

-

I

Vsu..:I""

*

v"

f

80-pin

off

LC

RESET

.......

,.....;

/

5

:

r-«

ON

Display on

Power

off

(CPU at standby)

Retain the at

power off

conditions

.

-

- -l.4V

-

ov

-2.8V

V

VAL

-

t

VDI s %

5

VML

-

T

VDI

·V

VDIS

S

-

BL- I.

5-

I

Vn1

l

s

A

VM

VB

-5-

~

.__

-

NOTE: Voltage when

- -4.2V

..._ -5.

- -7.0V

VDIS

is 7 .OV.

6V

PC-2500

-

• Cou

HA

DI RES

hl (TRl

nter unit

S

)

and

segment

waveforms

h2 (TR2 h3(TR3) h4(TR4

h5(TR5)

GND=VAH

VMH

VBH -- ------~

V

DJ

S=VBL --

)

Segment output waveform

-

-- --

----

------------------

All digits of

f

Hl

-

ON ON ON

H2 H3 H4 H5 H6 H7 HS H9 H10

B

ack plate (H1) waveform

Seg

ment waveform

ONOFFOFFOF!FdFFOFFOFFON. ON ON ON ON ON ON ON OF

Hl1H12H13Hl4

H1 H2 H3 H4 H5

F

A

ll digits

O

n

O

ff

off ( DIS=

L)

h5 =

1

h5=0

VAL VBH VBL VAH VAL

VBH

-6-

PC-2500

-

4-3. Gate array (SC61J216F)

This

LSI

signal

decoder circuits

contains the

RAM,

ROM, and DI

and key strobe generating

SP

chip select circuit

.

------1

I

...

O

l

....

~

....

I

r

!

I

D

•

I

i

--{)

I

...

R/W

....

I

...

r

..

....

I

D2

D3,

I

Data latch

I

I I

CL

...

r

...

....

...

....

~

....

...

r

...

....

...

r

...

....

I I

I

I I

I

Address de

I

code

---

r

-

,___

I

I I

-

I

BOS

AS

A9 AlO All A12 A13 A14

}

.

FOl

F05

...

P

ACL

r-

I

...

,

REON

I

...

I

,

REOFF

I

...

O

UTl (CAPS LED

-

I

...

I

OUT2

(

...

7J

I

...

K

OS

....

I

...

K07

....

I

K06

I

...

K05

I

...

K0

4

.

I

...

K03

r

...

I

.

K

02

...

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for

Japan

HL

~

I

VGG

~

GNDH

L-

----

-

-------

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-

-~

PC-2500

-

4-4. PCU (DLG3001

P

in

Sign

al

No.

n

1

2

3 D6

4

5 6 D9 7

D

8 Dl

D12

9

10 11

1

13

(

20 R52 2

22 GND 2 24 25 HLT In 2 27 28 29 30 R02 In

31

32 RlO Out

3

34 3

36 37 38 R20

D D14

2

D15

R40

R43 R50 R51

1

RST

3 OSCl In

OSC2

TEST

6

vcc

ROO ROl

R0

3

R11 In

R12 Out GND

5 R13

I

NTO

INTl

-

41 R23 Ou 42

R30 Out

- -

45 R33 4

6

R60

-

49

R63

ame

D

4 In

D5

D7

DB

lO

1

13

-

3

-

In/Out

In

I

n

I

n

-

Ou

t

-

I

n

Ou

t

-

Out Oscillator circuit out

-

Out GND

Out

In

Out

-

t

-

Out Out

-

Out

E)

pin signal description

D

escription

B

it size sel

(low: 7 CR code func

Low: Character kind select signal: Hi

(J5 to (J6

P

aper feed (PF) sign

feed, hig

NU NU N

U Halt enable NU NU Da

CPU.

Busy signal. Seri

CPU.

NU

ect

signal. High; 8-bi

-bit) tional

CR with LF (high: CR onl

be shorted

to be

shorted)

h:

pape

ta

signal. Serial

assignment

),

low: ASCII

al. Low: pape

r feed sto

sign

al (HALT ENABLE)

data input from

al busy signal to the

(

NU Reset pin.

signa state

GND Oscillator

GND GND

GND X/Y

High: 365 Character kind

High: CE515P (DLG3301 E character se

Output during power SIGNAL OUT

Input

SIGNAL

Carriage

Low: home position Strobe inp GND

}

Reset wi

l.

Normally,

.

circuit input

motor

pps

duri

ng power o

IN

position dete

ut

X motor s

Y

motor

Z

motor

th a high state

pulled down to a low

put

drive fre

quency se

(low: 325

select signal.

compatible

ignal

signal

t)

on

n

ct

switch signal

(left m

p

pps)

t

.

gh: JIS

lect

argin)

y)

P

in

Signal

No.

name

50 51

52 53

r

the

of

.

54

D Dl

D

NC

In/

Out

O

2

D

3

NU

-

Low

I

n

ba

ttery

high leve N U

-

Serial

I

n

High: serial interface i

nterface

-

N

U

/parallel interface sel

Descriptio

battery (LB) input

detect circuit. Normally

l.

).

n

(low:

from the low

,

ect

signal.

parallel

-8-

5. DE

SCRIPTION OF THE PRINTER

(4)

Power on

reset ti

ming (Fig.

1)

PC-2500

-

CONTROL CIRCUIT

8-bit seri printed.

(1) Ser

®

•m.c ""' ~

(2) PF switch sense

©PAP

NOTE:

al

ial interface

@BUS

One data le

®

@ One

Start

©

busy sign

@BUSY

ER FEED

Ready period

®

Busy period

The

(3) Halt

print data are

timing (Fig.1.)

Y

~ I__

bit

bit rising ed

Read timing

on/off state of the PF switch

in a bus

control sign

1°1

•

l•l•l•[•[

I

Sta

rt bi t

ngth

length 833 µse

qe

al rising edge

y period

-»

timing (Fig.1)

'-----1----

3msec 3msec

(3msec)

al

timing

received from the

®

O

J

''°':''''td

•i

@

"1" level

8.33msec c

11 Oµse

c

Paper feed

.

(Fig.1)

perio

is

CPU

to

----i__s-

1

~

d

checked once

be

Q) Rese

t

1!9

POWER ON TEST

IQ

POWER ON RESET

a. F/F

NOTE: At power on, the flipflop

(5) Al I clear

1. Pulse is

2. Pulse is

3. Hardware

_jt

~

L_

reset pulse

action

halt condition.

terminal With tion

noise.

width:

pulse from flipflop output power

ning of flipflop. Pulse added will

not operation ( F ig. added

as

at

power on

added

is

(G).

the

abo

even

if

_

Power on

on reset

the

be assumed as

to

reset by adding a pulse to

ve

there

®

---

J

f------

1msec

the C-R network. A low

performs all clear

output

all

clear operation to

to the

the all

1)

Q)

in

order to

.

(8)

for a

wake up by releasing

operation, it in

was an error in

-----

will be

is

sent out at the

RST pin thereafter

clear si

perform the same

sured all

the

program

--

reset with

state of the

operation. A

begin

reset

the

gna

l.

the

RST

clear opera-

due to

a

-

Th

is

wake up

@ Wake up

@ Halt

Halt

©

NOTE-1: Once it goes

NOTE-2: "

NOTE-3: A wai

disregard pe

reset

-»

start

wait period

wake up pulse will be disregard in

IOms.

TYP"

C-R

network. Condition

operate

completion data to

normally is

t time

receive

is

disregarded

riod

of

operation

into the halt

is

dependent

4msec, until it goes of

data

processing, with no more

.

required

into the halt state after

.

(NOTE-1) (NOTE-2) (NOTE-3)

state, arrival of

on

the factor

minimum.

this

period.

for the

20msec

10msec 120msec

of

LSI

a

the

to

-9-

(

l-IH)IF03

(

1-IH

(1-1 H

PC-250

0

-

'

I

BB

'

)

PACL

J

®

DAT

BUSY

A

®

Ci)

--1

I

__

DAP202

CD

GND(O

)

VGG(-5)

TC

CD

NU

36

INTO

N U

®

1

OOP

G

ND

0.

1

©

1 OOP

GND( 0

1

OOK

D2

32 39

Rl

0

33

Rl 1

23 2

4

P

C U

DLG3001 E

N U

1

9

R52 R53 D

12

L ':

10

Dl

3

5

4

NC

30

R02

3

7

R03 R

l 2 D5

2

1

RS

T

Dl 1

22

G

ND

)

G

N D

R

TEST

VCC R20 R R22 R23 R30 R3 R R

D10 R6 R6 R R63 RO 1 ROO

l 3

21

32 33

62

D D9

D3 D4 D

Dl DO D7

35 26 27 38

4

0 41 4

2

1

B

0 1

4

9

2 9 2 8 53

6

51 5

0

N

U

(!-3G)PF

6.

DESCRIPTION

(

1) Printer connector wiring

Ite

m

Carriage position d

X-ax

is dr

ive

(carriage mov

Y-axis dri

(pap

Z-axis drive moto (pen up/down and color

ve

er feeding

motor

ing

direction)

motor

direction)

etector

r

change)

-

I

1 OOK

I L

DA P20

I

_J

2

OF PRINTER

P

hase

C

olor

G

ray

B

Y ellow

A D Red

White

c

Blue

B

Yellow

A

Black

COM

Red

D

While

c

Blue

B

A

Ye

llow

Red

D

White 13

c

Blue

B

Yellow

A

1

H

Turns active at

1

c

s

VGG o

2

XD

3 4

xc

XB

5

6

XA

7

GND o YD

8

YC

9

YB

10 11

YA ZD

12

zc

14

ZB ZA

15

VGG

F

ig-1

OPERATION

W

iring diagram the le

0

-

ft

margin (home position)

o~

uu uu

00

vu

o

00

uv

00

uv

I

VGG(-5

1

OOK X 2

©

)

(

2) Drive pulse

Step

A

No

.

1

ON

OFF ON

2

OFF ON

3

ON

4

train

B

D

c

OFF OFF ON

OFF ON

O

FF

O

N

OFF ON

OF

F

Mo

tor shaft r o

tating

direction

C

ounter

clock

-

wise

X-axis

- C

lock

wise

Moving dir

Y-axis

+

Reverse

- direction

ection

+

Z-axi

Pen up

s

+

-

10

-

(3) Stepping

Item Voltage Type

DC resistance

Peak

c

urren

t

Averag

e

cur

ren

t

per phase

motor electrical

X-axis

5.3 ± 0.5

4-phase stepping

(2-pha

se

excitation)

30.!1±10

0.17 A 0.21

0.24

0.14 A

2

%

A

characteristics

Y-axis

V

mot

5.!1± 10% 50.!1± 10

A

0.29

A

0.16

A

Z-axis

5.3±0.5V

or

0.12

0.26

0.09 A

%

A A

C

onditio

0 - 50°C

20

°C

(per phase)

20°C

5.3

0°C

5.8

20°C

5.3V

PC-2500

-

(6) Z-axis stepping

n

motor

drive signal

Ipnnt exemcte

A illustrated.

pen

descends, and

l

ascends a

fter

drawing the figure a

s

j

@

Basic

pulse

z-axismotor

Phase A

Phase B

Phas

e C

P

hase

--~

D

V

©

(4) Carriage

Maximum rated voltage M

aximum rated curren Moving distanc Contact Bounce Life

Because of a larger paid to input impedance and thresho

(5) X-a

B

asic dri

Counterclockwise

rotation

a. To shut off the respective

Y-axis stepping motor

con

position detecto

Type

resistance

xis, Y-axis

ve pulse

_

Pha

se

A

__J

Phase

B

Phase

D

-

Motor lock

sumption.

r

Elastic

(Type: KEG 10

DC 12V

t

20mA

e

0.8 mm M

AX

MAX 1

1K.!1

0 msec

1x105 cycles(DC12V 5mA)

conta

ct

resistance, att

stepping

...L._....L _ _j_ _ _._ _ _._ __

Depending on

locati

on the l

be

applied, the me

pulse i

mpression varies

-+-

--'

state 2.74

t

C

what

ock should

thod

___.

M

otor cl

ms

motor dri

of

.

l

ock

current when the X-a

is

at

halt serves to reduce power

However, if the

current

contact

ention must be

ld level.

ve

signal

s

~

-------

'

I

1_

- - - - - - - - - '-----

,_

.,.___t=M~H

Current is to apply in maintain a proper

Halt time: 9.2ms (20ms, ma

is

shut off wi

switch

012)

continued

order to

normal pulse width b, it may cause a disturbance be- cause mechanical vibration still continues. prevent it,

there

is a

need of applying the cur period of the hold time (tMH) which shall be three ti the

motor

more than

20ms

motor

b. In

case there hold time, a

period of

c.

Motor clock

clock. Since "tc"

8.22ms. The upper

to

prevent performance

heat

.

is a need of running

it

is

permitted

band a.

"tc"

shall be 2.

is

2.74, "

tMH" shall be

limit

of "tMH" must be

deterioration due

the

motor

to

rotate to a next step within

74ms

+10%,

-0.

@

._!

~ _

__,,.to stop

tempo.

xis or

In or

der

rent for

within

--

Hold is

used to

apply in order

rotat

x.)

th

a

to

a

mes

to

the

_

ion.

Bas

ic pulse

Phase

A -----'

Phase

B

Phase C -----'

Bas

ic

puls

e

Phase A -

Phase

8

otor ----------

Phase

C

P

hase

0

Up t

on

n

is

position

-----------

------'

Kept stable

as it is pulled

he magnet, not by a pulse

by

X-axis motor

Y-axis m

P

en positi

X-axis positio

Y-ax

a. Pen descending pulse mu

(3.

33s, - 0%, +10%)

.

b. The X or Y axis motor must

than 3.33ms af

ter a pen axis motor must be st after a pen

c. The

than 8.

when

scop r

eduction of "a".

d. T

he X motor pulse must be 365 pps +O, -10% (2.74ms

+10%, -0)

up pulse.

Z motor hold time

22ms

.

the hold time

e, it must be

measured in

.

e. When both the X and Y motors

s

ame

time, the same clock must be used for both motors

with a current

f. The Y

+1-%, -0)

on time difference bei

motor pul

se must be 365 pps +O,

. g. The X motor hold time h. Pen up and down curre

2.74ms after the Y

motors

.

i.

The pen up pulse must be 300 pps +1-%, -0%

j.

The Y motor

currents

).

hold time must be more than 8.

k. The Z motor hold time

more than 8.22ms.

+-

-----------

CD

Down

st be 300 pps

be

started to run

down p

ulse. Also, the X or Y

arted to

is

run in more than

during

pen down must be more

to be observed on the oscillo-

-10%, +0%

terms of "c +

are to

be

operated

ng less than 0.1 m

-10% (2.74ms

must be more than 8.22ms.

nts must be started to apply

have been

applied

to

the X and

+O, -10% (3.

22ms.

during pen ascending must be

in

a'"

more

3.3

at

33ms

-

3ms

with

the

s.

in

-11 -

7.

PARTS

&

SIGNALS POSITION DIAGRAM KEY P.W.B. (KEY TOP SIDE)

Japan Only

- 12-

~p

SIDE)

PC-2500

-

-13 -

8.

PC-2500

-

KEY

P.S. P.W.B. (LSI

SIDE

)

Qi

P.S Pll

SLOT PW

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JAPAN

EX.

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N9

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Key PWB

Chip Tr,

Di

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2SC2412S

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•

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DAP202

•

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~

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w

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Chip Capacitor

•

100PF--A2

•

1000PF--

•

0.01

µF--

•

0.1 µF---

• 0.

033 µf--

• 0.

022 µF--

A3

A4

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N4

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9.

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1013CC0

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A GK BA GK BA GK AB D C AD DH AA

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AA DA A A

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AA DA

DA AA DA AA DA AA DA AB DB A

C D

D

B X

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BX TR

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BE HB

HD BF HD BD

GU AF DP BF HF BF

H

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GH BA GH N D BA GK

DA N AA DA N

DA A A DA AA DA N

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A

Q

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AG DS N D Pac AE DK AN

EH EH

AN AB

D C

AB DC

D

K

A

F AA DA A A

DA

A A

DA

PWB

NEW PART

M A

RK RANK

N

N N

unit)

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Caoacitor <0.033u Fl Caoacitor (0.

c

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B Crystal (800KHzl B Crvstal B Dio B Dio

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IC rDLG3001 El

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IC (613256FS43l IC (613256FS44)(Jaoan

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s

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7:7-1;9-

AC 7:77";9- AC

7:77":9- 7:77°:9-

7

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CADPA! CCOVA141• C

COVA141•

DUNT-64 DUNT D

UNT-6 4 5. DUNT-6 4 5 DUNT DUNT-645 DUNT-64 DUNT DUNT DUNT-825

DUNT-832 DUNTK84

DUNTK84 D

UNTK84

DUNTK847

GCABA2 GCABA GCABB28 GCABB282 G

FTAA128

GF

TAB

GLEGPlOO HBDGD13

HDECA21 HDECA

JKNBZ194 J

KNBZ19

J

KNBZ194

J

KNBZ19 5 JKNBZ JKNBZ J

KNBZ JKNBZ1 J

KNBZ1 JKNBZ195 J

KNBZ1 Kl-0810 L

ANGK15 7 LANGT134 LANGT15 LHLDW120 LH

LDZ

M

SLIP103 MSLIP103 MSPRC129

NSFTZ1

PCUSSll PFILVl PFILW15 2 PGIDW104 PGIDW104 P

GIDW104 PGU PGUMS156

PGUM

PS

LDP1

48

PTP EH10

3

P

TPEH

119

PTPEH12

1

PTPEH122

-

26

-

•

~

~I

P

ART

S

(Index)

CODE

NO

PRICE R.

.

Ex.

(cl

CADPA1013CC01 CCOVA1414CC0 CCOV

A14

D

UNT-6451CC03

DU N T

-6452CC03 DUNT-6453CC03 5- DUNT-6454CC0 DUNT-6455CC03 DUNT-6457CC0 DUNT-

.

DU NT-6462C

DUNT

-6553CC0

D

UNT-

DU

NT-

8323CC

DUNTK8465CCZZ DUNTK8466CCZZ DUNTK DUNTK

GCABA

2828CC01

GC

ABA2 GCABB2 GC

ABB

G

FTAA1

GFTAB1313CCZ

GLEGP1009CC

HBDGD HDECA2176CCZZ HDECA

JKNBZ1948CC0 JKNBZ1948CC02 1-

J

KNBZ1949CC01

J

KNBZ1950CC02 JKNBZ1950CC03 JKNBZ1951CC01 JKNBZ1 JKNBZ1953CC0 JKNBZ1954CC01 JKNB

Z1955CC01

JK

NBZ1962CCZZ

Kl-OB1

018CCZ

LANGK1573CC LANGT1346CCZZ LANGT1582 LHLDW1201CCZZ LHLDZ1223CCZZ

MSLIP MSLIP1034CC01 MSPRC1299CCZZ 1- 41

NSFTZ1078CCZ PCUSS1113CCZZ

PFILV1003ECZZ PF I LWl PGIDW1043C PGIDW104 PGIDW1045CCZ

PGUMM PGUM

S1567 PGUMS PS

LDP1487CC PTPEH1039CCZZ PTPEH1195CCZZ 1- 4 AA DA PTPEH1213CCZZ PTPEH1222CC

1

14CC02

( D]

6 4 6

1CC03

C03

8254CC

ZZ

II

ZZ

II

8467

CCZZ

II

8 4

73CCZZ

II

(

G]

828

CC0

2

8 2 9

CC02

2829CC03

287

CC0

5

Z

ZZ

( H l

137

6CCZZ

2176

CC01

( J l

1

952

CC01

( K l

Z

( L l

ZZ

C C

Z Z

(M

l

1034C

CZZ

(

N]

Z

(

pl

5 2

8CCZZ

CZZ

4CCZZ

1568CC01 1- 13

C C

ZZ

I

158

3CCZZ 1-

Z Z

5- 1 BG 1

-

1

1- 1 5- 1 BD

5- 1 BE

1

5-

3

1

Z 1-

Z Z

1 5- 1 B 5- 1 BF HF 5- 1 5

-

1

5-

1

1-

29 3- 1 BC GQ N E 1

-

40 1

- 3 4

2-

901

1- 2 4

3- 901

1-

17 4- 9 01 B X

1

-

1

7

4- 901 BX

1- 5 0 1

-

5 0

1 -

8

1

-

8

1

- 59 AB

1

-

57 AB

1- 48 1

-

2 7

l-

1- 7 AF 1-

71

1- 65 1- 67 1-

66

1

-

68 AB

1

-

63

1-

69

1-

70

1

-

64 AB

1-

39

1- 47 BV 1-

55

1- 49 2

-

1

1-

46

1-

25 AB

1-

14

1-

16

1-

3

1-

54 AA

1-

21 A

1-

5

1

-

18 AA DA

1-

20 19

1

-

22

3-

2

23

1-

3

1

1-

30

1

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51 AB

1-

56

HJ DR

AG AQ

HB HD

BF BF

HD

D

GU

BF

HF BF BF HF BC GQ N E

AN BP

MC N E BP MC N E BT NP N E BT NP BX TR N E

BX TR

AP AP AP AP

AA AC DC

AF DM

AB AW AB DB AB DB AB DB

AB

AB DB

AA DA

AC

AA DA

A B DB

AA DA

AB

AA DA

A A

AG DU

F

AU

A A

AB DB

AS

AC

AC AA DA

AE DL AA DA

AA

NEW

P/R

J

a.

c

N D

ET

N D

z

c c c c c c c

HF

c c

EH N E

N

E

TR N E

N

TR N E EN N D

EN N D EN N D EN D C N D DB N D DA

DP DB

FR

DB DB DB

DB

RR N E DE

E

N

D

c

N

c

N

c

N D N

c

N

c

N

c

N

c

N

c

N

c

N

c

N

c

N

c

N

c

N

c

N

c c

N

c c

DB

N

c

DB

N

c

N

Q

K

N N

N N N N N N N N N

N

c c

c c c c c c c c c

c

DA

DA D F

DA FC

DE DE

c c

DB D A

c c

PRI

PARTS

PTPEH128

PZETL 12 2 O PZE

Q

CNCM1338CCO QCNCM QCNCW1327CC03 QCNCW1368CC1 QCNCW1373CC01

QCNCW1376CC01 QCNCW1377CC40 2- 6 A QCNCW1382C C QCNTF1065CCZZ QCNTM1042CCZZ QCNTM1051CCZZ QCNW-1317CCZ QCNW-131

QCNW-1319CCZZ QJAKC1003CCZZ

QJAKC1013CC QJAKC1016CCZZ 2- QLUGE1004CCZZ 1- QPLGA1012CCZZ

QPLGJ1022CCZZ RALMB1030CCZZ

RC-CZ1021CCZZ 3- 3 AB R

C-CZ1031CCZZ

RC-CZ 1 0 3 5 RC-CZ1037CCZZ 4- RC-CZ1047CCZZ RC-CZ1048CCZZ RC-CZ1077CCZZ 2- RC-EZ105CCC1H RC-EZ RC-EZ227DCC1C 2- RC-SZ1007CCZZ RCRM-1002CCZZ RCR RFILN1008CCZZ RH-DZ RH-DZ1008CCZZ RRL RVR-MB512QCZZ RVR-Z2400QCZ Z

SPA

KA062ACCZZ SPAKA063 SPAKA146AC SPAKA158ACCZZ SPAKA159ACCZZ SPAKA194ACCZ Z

SPAKC070ACCZZ SPAKC288ACCZZ SSAKA0002FCZZ SSAKH3015CCZZ

T

CADH1703CCZZ TCAD TCAU

TCAUK1237CC TCAUK1240CCZZ TINSE4345CCZZ TINSG434 8 TINSJ4425CCZZ 5- 3 BA GH TLABH2135CCZZ TLABH TLABH2187CCZZ TLABH2188CC TLABZ2133CCZZ TLABZ2189CCZ TLSTS TPAPR

CODE

0CCZZ

II

TL 15 5 2

SZ10

Y Z2400QCZZ

Z1696CC

C C CCZZ 1-

( Q l

1338CCOC

II

30

8CC

ZZ

II

( R l

I

CC

227BCC1A

6 3

CCZZ

10 0 5CCZZ

(

s

l

ACCZZ

CZZ

(Tl

K1191CCZ

ZZ

CCZZ

213

6CCZZ

1006CC

1041CCZZ

ZZ

B

Z

ZZ

NO.

1- 6 AA DA 1

-

1-

2- 2- 3 AA DA 1-

E

2 - 4 AM 1- 2- 5 AL

1-

2- 7 AL 2 -

1- 15

2

- 8 AB DB

1

-

1-

4- 1 AL EB N

1- 12 AK DZ

4

- 2 AK

2-

Z Z

2

-

5- 1 AF DP 5- 8 AQ

1- 4- 3 AB DB

4

- 4 AB

ZZ 4-

4-

4- 8 AB 2-

2- 4- 9 AF D

4- 4

- 2- 4- 12 AC DC 4- 2- 2- 20 2 - 2

5

- 5 - 12 5- 5

- 5

- 5- 5- 5- 5- 5

- 5- 7 AA DA

5-

Z

5- 6 A A 5- 5- 5- 5

- 3 BA GK N D

1- 1- 1

-

ZZ

1- 1

-

Z

1- 5

5-

CE R.

E

x. Ja

A A

3 3

11

A

A D A

AC

32

2

AA DA

3 7 AC

A

L

45

AC DC

38

P

9

AV AA

2 7

AB DC

44

AL

AD

10

AC

11

12 AC DH 43 AA

52

AD

5 AC 6

AB DB

7 AB

A C

14 15 AB 16

AC DC AC

17

A

F

10

AF

11

18 A H D X

AC DD

13

AP

19

AD AF

1

AG

11

AE

14

AB DC N D AB

15 16

AF DK N D

17

AA AN EH N D

1

3

A N

13 18

AA

AA DA

19

2 4

4

AA DA

3

BA GH N D

61 AC DE

AC

6 2

AC D

6

1

62

AC DD AB

60

A B DB

60

-

5 9

DA

D

D C E EC E

C

E

N EB F D A

EB

DZ DH D D

DA ET DF

DB DB

DD DB

D C D

E

D C DC

L

D

M

DM

EN DF DN

D

S N D

D K N D D C D A N D EH

DA

DD N D D A D A

DE

D C DA

zz

N

EW

.

N N

N

F

N N

L

N N

N

N N

N

N N

N D N N

D N

N N N

P/R

c

c c

c

B B B

c c c

B

c c c c c c c c c c

B B

c c c c

B

c c c c c c c c c c c c

B B

c

B B B B B

D

D D D

c

D

c c

c c c c

c c

D

s

-

'2:7

-

PAR

TS

CODE

[ u J

U

BATN2

135CCZZ

[

v

VCTY VCTYPU1

VCTYPU1NX104M VH

DDS1588L2-1

VH

D1SS98/// VHDlODl//// VHD11 V

HEHZ2 VHEHZ4ALL// VH VH VH VH VH VH VH TC4013BF// V

H T V

H T VH 6132 VH VH VHPGL3AR VHPGL 3NG VRD-ST2EY10 VRD-ST2EY103 VRD-ST2EY104 VRD-ST2EY223J VRD-ST2EY22

J

PU1

EX103

M

EX472

M

-1

DQ0

DLG3002E-1 HM61l6// LB1247//-1 SC43537 SC61J216 SC61860Al

C401 C50H001FN

613256 613256

-1

3//

-l

BLL//-1

-1

-C

LDN FN

4

3BP-1

56FS43

FS44

FS45

2///

1

1//-

2J

J

4J

PRICE

NO

.

Ex. Ja

1-

AZ

53

2

-

AB DB

22

2-

AA DB

23

2-

AB D

13

2-

AB DB

24

2-

AD

25

2-

AD DD

26

2-

27

AE

2-

28

AC DD

2-

29

AD DH

4

-

15

BA

4

-

16

AZ

2-

AM EE N B

30

3-

4

AW F S

4-

AX FU

17

4-

BA

18

4

-

AG DT

19

2-

31 AK EC

4

- 20 AH DY

4

- 21 BA GK N B

4-

BA GK N B

22

4

-

BA GK N B

22

4

-

AD DH

2

1 4-

4

AB DC

2

3

2-

32 AA DB

2-

AA DA

33

2-

AA DA

34

2-

35

AA DA

2-

AA DA

36

R.

.

GG

B DH DH

G

J

GG

G

J

NEW P/

R

A

c c

c

B B B B B B B B

B B B B B B

B B

c c c c c

PARTS

VRD-ST2EY225J VRD-ST2EY334J VRD-ST2EY393J VRD-ST2EY473J VRD-ST2EY474J VRD-ST2EY563J VRD-ST2EY681J VRD-ST2EY682J

CODE

NO

2- 2- 2- 2- 2- 2- 2-

2- VRD-ST2HY220J 2- VRD-ST2HY270J 2- VRS-

TP2BD102J 4-

V

RS-TP2BD103J 4- VRS-TP2BD104J 4- VRS-TP2BD VRS-TP2BD182J VRS-TP2BD223 V

RS-TP2BD303 V

RS-TP2BD472J VRS-TP2 VS2SA1037-/ VS2SA937-// VS2SC202 VS2SC2412-/

V

S2S

D1227MR-1

VS2

SJ43-P/Q-C

XU

BSD26P060 XUBSD26P1 XUPSD20P05000

XU

PSD20P080

X

UPSD26P05

XUPSD26P10000

105J 4-

J

BD474J

-1 4-

-1

1-RSC

-l

[

x

J

00

200

0 1-

00

000

4- 4

-

4

-

4

-

4

-

2- 2- 4

- 2- 2-

1

- 1-

1

- 1

- 9 AA DA 1

-

PRICE

.

37 38

39 40 41 42 43 44 45 46

25

26

27

28

29

3

0

3

1 32 33 3

4

R.

Ex. Ja AA DA AA DA

DA

AA AA DA AA DA AA DA

AA DA AA DB AB DB

DB

AB

DA

AA

DA

AA

DA

AA AA DA

DA

AA AA DA AA DA AA DA AA DA AB DB

47 AB DB

DQ

AF

4

8 35 49 50

58 42 AA 28 26

1

0

DD

AC AD

DF DH

AE AA DA

DA AA DA AA DA

AA DA

.

NEW P/

N B

R

c c c c c c c c c c c c c c c c c c c

B B B B

B

c

c c c c

PC-2500

-

@]

AC

MA MB MV

SA 100

SB

SC

SD 120

SE SH SK S

M

SN

U.S.A

CAN

ADA

adaptor

Voltage

240 240 220

110/220

200 22

0 240 24

0

127/220

120 120

(V)

Square (N

BS 3- Round (SEV) 2-pin Flat 2

Round 2-p

Flat 2-

Roun Round 2-P Ro Square 3- Round 2-

Flat 2- Flat 2-

Type of

und 2-p

plug

SW) 3-pin

pin England

-P

p Taiwan,

p

d 3-p

p p

p

Australia,

Germany, Japan, Korea

Ru Belgium, Bulgaria, Cz Guian Afghanistan, Thailand, P

akistan, Qatar, Algeria, Dahomey, Malawi, Ma

Bang

Viet

Republic Venezela, Mexico, Bermuda, Costa-Rica, Ba

H

ong Kon Republic of South Kuwait, Tanzania, Za Singapore, Mala Saudi Arabi U.S.A CANADA

New

Zealand, Fiji

Finland,

mania, Spain, Turkey, U.S.S.R, Y

a, Guadeloupe, Greece,

lad

esh, Mozambique,

Nam. Cyprus,

Jamaica, Liberia,

of

rbados

.

g

Sweden, Norway, Denmark, Switzerland(SEV)

echoslovakia, Fr

Ethiopia, Ghana, Republic of

li,

Rwanda,

Gibralter, Malta, Nigeria,

Panama, El Sal

Afri

mbia, Uganda, Syr

ysia

a

Netherlands,

Burme,

India, In

(Sengal), Sudan,

Libya, C

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SHARP

SHARP CORPORATION

Information Quality & Reliability Yamatokoriyama, Nara

Systems Group

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August Printed

Control Center

639-11, Japan

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Japan ®