Sharp Pc-e500s User manual

SHARP

1.

GENERAL

The

PC-E500S

is

a

modified

version

of

the

PC-E500,

having

the

easy-to-read

FSTN

LCD.

The

major

changes

lie

in

the

resin

key-top

and

the

hard

cover

installation

method.

2.

SPECIFICATIONS

*

Model

:

PC-E500S

*

Display

:

40

digits

x

4

lines

(5

x

7

dot

matrix

LCD

Parts

marked

with

"A\"

is

important

for

maintaining

the

safety

SHARP

CORPORATION

Arithmetic

capacity

Arithmetic

method

Programming

ianguage

-

CPU

System

ROM

Memory

capacity

Stacks

Basic

arithmetic

functions

>

Single

precision;

display)

10

digits

(mantissa)

+

2

digits

(exponent)

Double

precision;

20

digits

(mantissa)

+

2

digits

(exponent)

Calculation,

however,

is

performed

in

the

single

precision

under

the

CAL

mode,

the

MATRIX

mode,

and

the

STAT

mode.

:

According

to

the

formula

(with

the

priority

discrimination

function)

BASIC

:

CMOS

8

bit

CPU

:

512K

byte

>

System

area

.........ee

About

3.8K

byte

Fixed

variable

(A

-

Z)

area.........

312

byte

Program

data

area

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

28,600

byte

:

Totali45

byte

Subroutine

..............6.

4

byte

for

one

step

FOR-NEXT

............--

21

byte

for

one

step

REPEAT-UNTIL.........

7

byte

for

one

step

WHILE-WEND...........

8

byte

for

one

step

SWITCH-CASE-DEFAULT-ENDSWITCH

Per

reece

here

animes

9

byte

for

one

step

.

Basic

functions;

Four

arithmetic

rules

Functional;

Trigonometric,

inverse

trigonometric,

hy-

perbolic,

inverse

hyperbolic,

logarithmic,

exponential,

angular

transformation,

power

raising,

power

root,

coordinate

transformation,

square

root,

ratio

of

in-

tegers,

absolute

value,

signed

function,

ratio

of

the

circumference,

and

others.

of

the

set.

Be

sure

to

replace

these

parts

with

specified

ones

for

maintaining

the

safety

and

performance

of

the

set.

SERVICE

MANUAL

As

sg

a

CODE:

007PCE500SSME

mopeL

PC-E500S

¢

Editing

functions

Serial

I/O

Communication

mode

Communication

speed

Parity

bit

Word

length

Stop

bit

Connector

Output

signal

level

Interface

signal

Memory

protection

Operating

temperatures

Power

source

Battery

life

Power

consumption

External

dimensions

Weight

Accessories

>

Horizontal

cursor

control

(<,

>)

Insertion

(INS)

Deletion

(DEL,

BS)

Line

up

and

down

(T,

1)

:

Advance

sync

(asynchronous)

system,

half-duplex/full-duplex

mode

-

300,

600,

1200,

2400,

4800,

9600

bps

:

Even,

odd,

none

:

7,

8

bits

:

1,

2

bits

:

15-pin

connector

(from

connection

with

an

external

device)

:

C-MOS

level

(4

~

6V)

INPUT

0.2...

cere

eessee

ener

eee

enters

RD,

CS,

CD

OUMOUT

occtesiaehs

eoceseca

SD,

RS,

RR,

ER

QHETS

....csccccrccccsconscre

er

seerones

SG,

FG,

VO

:

Battery

backup

(The

program

and

data

in

memory

are

protected

when

the

_

power

is

off.)

:0°C

~

40°C

:

Operating;

6V

=

(DC),

Alicaline

battery

(UM4)

x

4

Memory

protection;

3V

=;

(DC),

Lithium

battery

(CR2016)

x

1

:

Approx.

70

hours

under

continuous,

nor-

mal

use.

(10

minutes

of

operation

or

pro-

~

gram

execution

per

hour

under

tempera-

ture

of

20

C

with

50

minutes

of

display-

ing.)

The

battery

life

depends

on

the

operat:

ing

conditions

and

usage.

0.09W

:

220mm

(W)

x

202.5mm

(D)

x

14mm

(F)

(with

the

hard

cover

opened)

220mm

(W)

x

104.5mm

(D)

x

19mm

(F)

(with

the

hard

cover

closed)

:

340

g

(including

the

batteries)

:

UM4

battery

x

4

pcs.,

Instruction

manual,

CR2016

battery

*

ipcs.,

screwdriver

(for

replacing

the

memory

backup

battery)

This

document

has

been

published

to

be

used

for

after

sales

service

only.

The

contents

are

subject

to

change

without

notice.

PC-E500S

3.

System

composition

@)

Cassette

interface

Ft

aa

ee

et

foe

RS-232C

CE-124

Printer

&

cassette

interface]

Pocket

computer

PC-E500S

Level

converter

CE-130T

Personal

Soniplter

CE-126P

¥

RAM

card

CE-135T

euaae

eee

evel

bye)

mE!

Sense

-

required.)

is

CE-2H16M

(16K

byte)

\

CE-2H32M

(32K

byte)

Mark

><

shows

the

cable

©)

i

eHeehl

(oalseyie)

which

is

required

according

b

to

the

model.

Pocket

disk

drive

CE-140F

4.

PC-E500S

system

biock

diagram

Voltage

Detecter

IRQ

|

LCD

LE7766Q

|

V1-V6

| ,

DC/DC

VEE

|

Common

Columu

Carver:

Driver

»

Driver

—®

Driver

|

HD61203

|

HD61202

REG

ka

+

|

VDD

=

|

|_|

Adrr.

AO-A17

15

Ceralock

|

PU

___¥Datadob7

|

+t

D

29MHz_|

scezoiscor

ceoces

|

#

SST

PCS

—

ee)

hh

KOO~KO10

|

,

1S

=

|

=-—

CEO

rt

EH

ez

|

pam

pe

Ty

boot

td

eee

aK

ROM

AT256

Coe

|

BF

SEES

ERRER

Key

Matrix

ino

5.

Memory

map

hy

aad

eae

&HOO000

oe

Coenen

&H10000

.

|

64KB

ead

RAM

card

es

&H20000

=

4M-ROM

CE3

(2Mb)

32KB

16KB

4

Reh

eayhece

gH40000

Fb

RAM

card

RAM

card

ai

&H47FFF

|

CE1

&H4FFFF

r

7

a

CEO

&HB0000

|

RAM

|

(32KB)

a

ea

&HCO0000

!

4M-ROM

CE2

OM)

re

&HFFFFF

§.

LSI

description

CPU

(SC62015)

signal

description

No.

|

Signal

name

Signal

description

1

x1

O

Ceramic

oscillation

output

2

AZ

|

Ceramic

oscillation

input

3

X38

O

|

CR

oscillation

output

4

x4

|.

|

CR

oscillation

input

5

“YDD

re)

Display

power

(convertor)

control

output

6

|

VCC

POWER

(+)

electrode

input

7

|

RESET

|

Reset

input.

Reset

at

HIGH

level.

8

GND

POWER

(-)

electrode

input

9

TEST

|

Test

input

10

Ci

|

Cassette

signal

input

11

CO

oO

|

Cassette

signal

output

12

ON

|

ON

key

input

pin.

Normally

pulled

down

to

LOW

level.

13

WR

O

|

Write

clock.

Normally

HIGH.

14

MRQ

|

—_—

_

(Reserved)

15

K1i0

|

oo

|

4

KEY

input

2

|

2

22

K17

|

23

DIOO

/O

!

:

|

:

Data

bus

3

|

pio7

|

vo

|

31

|

AO

|

O

|

Address

bus

49

A18

O

|

50

VDISP

—

(Reserved)

51

|

VA

=

4

52

oD

O

|

Clock

output

for

display

chip

53

KO15

O

SIO

PRQ

(Reserved)

54

KO14

0

HIGH

with

the

ER

OPEN

command

from

SIO

A

PC-E500S

LPO

PE

CMAN

BCITEI

Ak

AGATA

LCWAT'T

2

ENTERS

ER

MAR

TATA

YT

TH

APE

SCTE

NTS

RT

SSP

GACT

AR

NEA

WR

RI

AEE

TEN

CNT

CEPT

AL

ANG

55

56

57

58

59

60

61

62

63

64

65

66

67

68

|

69

70

74

(72

73

2

82

83

84

86

87

88

89

20

(of

ces

OE

—~$

Gh

cn

Le-9)

to

O

85

ooh

1

<2)

PC-E500S

|

No.

|

Signal

name

i

nip

eS

ae

a

re

er

a

SS

ue

a

tt

KO13

©

KO12

KO14

KO10

IRQ

oOUT

CE7

CE6

CES

CE4

CE3

CE2

CEt

CEO

oA.

DIS

HA

RD

KO9

2

KOO

RXD

iT}

oH

GQ

dd

wethe

mom

ot

om

owt

in

a)

ae)

VO

O

e)

.

O

|

OO

|

~O};

|

|]

|

ooo]

es

HO

a

te

I-—--

OO

|

---O-O0O

|

Signal

description

SIO

RR

(Can

be

received

in

the

main

body.)

SIO

RS

(Main

body

send

request)

Key

strobe

signal

Low

battery

detection

input

(Reserved)

ROM

card

chip

select

signal

(Active

HIGH),

10000~1F

FFF

Display

chip

select

signal

(Active

HIGH),

0O0000~03FFF

and

08000~OBFFF

(Reserved)

|

Internal

ROM

chip

enable

signal,

COOOO0~FFFFF

|

RAM

card

chip

enable

signal,

40000~7FFFF

Internal

RAM

chip

enabie

signal,

80000~BFFFF

|

(Reserved)

|

Key

sirobe

signal

|

SIO

RD

(Receive

data)

|

SID

SD

(Send

data)

|

CE-140F

data

input

|

i

_

11

DIN,

P-ch

open

output

ae

DOUT,

P-ch

open

ouipul

|

14

[02,

P-ch

open

output

;

11

iO1,

P-ch

open

output

|

11

ACK

|

11

BUSY,

P-ch

open

output

:

(Reserved)

-

Display

power

(convertor)

contro!

signal

,

Low

battery

vailage

contro!

signal

|

SIC

CS

(Remote

station

transmission

enabie)

|

SIOCD

(Remoie

station

send

request)

_

|

SIO

PAK

(Reserved)

ee

Te

eT

et

nt

RHR

|,

7.

Low

battery

detection

circuit

This

model

is

equipped

with

the

low

battery

detection

circuit,

the

operations

of

which

are

described

below.

(Location

Nos.

of

the

parts

are

different

from

the

actual

ones.)

As

shown

in

the

figure

below,

the

output

of

the

voltage

detecting

IC

[LBIC

(RH5VA39A)]

turns

HIGH

when

input

voltage

VIN

exceeds

detecting

voltage

VD.

When,

on the

contrary,

VIN

falls

below

VD,

the

output

turns

LOW.

The

LBIC

(RH5VA39A)

detects

two

levels;

the

CAU

level

and

the

STOP

level.

For

that

reason,

a

voltage

applied

to

the

input

(2

pin)

is

divided

by

R1

and

R2,

and

R2

is

turned

on/off

by

the

CAU

signal

of

G.A.

When

the

power

voltage

falls

below

the

CAU

level,

as

shown

in

Fig.

3,

the

BATT

symbol

lights

up.

When

it

falls

further

below

the

STOP

level,

the

BATT

symbol

goes

off.

To

detect

the

CAU

level,

the

CPU

E3

is

turned

on

(LOW)

and

the

CPU

IRQ

state

is

checked.

(If

the

IRQ

is

at

LOW,

the

symbol

lights

up.)

:

When

the

CAU

level

is

detected,

the

CAU

is

turned

off

(HIGH).

(When

the

CAU

E3

is

turned

off,

resistance

is

not

divided,

rising

the

potential

at

BIC

2

and

turning

the

output

from

LOW

to

HIGH.)

Then

the

CPU

IRQ

is

checked

again

to

check

the

STOP

level.

After

detecting

the

STOP

level,

ON

key

and

RESET

key

are

made

invalid.

7

VCC

[Fig.

1]

Ag

no

ePuL

i

{

res

LB

A

CPU

E3__

hoicel

|

IRQ

B

(V)

TIN

oo

Power

voltage

(V)

\.

Voltage

detection

IC

operation

Symbol!

lights

up.

[Fig.

2]

[Fig.

3]

Low

battery

detection

circuit

check

CAU

level

VCC-GND:

4.2V

-

4.6V

STOP

level

VCC-GND:

3.8V

-

4.2V

8.

Current

consumption

check

Power

source:

11-pin

connector,

+5V

-

OV

applied

to

VCC

(2

pin)

-

GND

(3

pin)

Current:

At

ON

(BASIC

mode

with

">"

displayed),

3.29

mA

or

less.

At

OFF

(Power

OFF),

22.8

uA

or

less.

Reference

PC-E500S5

[__[eseration

|

display

|

DC-DC

=

|

converter

3

pvoo

|

075m

A

TC4S81F

|

TC3WO1F

§-1.

Current

consumption

and

low

battery

voltage

detection

Ammeter

Turn

on

the

main

DC

|

=

_

power

(+6.3V

40.1

V).

a

Ee

While

pressing

ON

key,

press

RESET

key.

*

Press

Y

key

to

initialize

the

internal

RAM.

Press

PF1

key

to

go

into

the

BASIC

mode.

*

Check

">"

display

and

|

check

the

current

value.

|

(The

current

should

be

|

3.77

mA

or

less.)

Set

the

DC

power

to+4.1)*

Check

that

the

BATT

|

+0.05V.

symbol

lights

up.

:

|

4

|°

Set

the

DC

power

to,*

Check

that

the

display

is

+3.7V+

0.1V.

out

4

i

eee

ne

ewww

we

ee

eee

ew

eee

5

Return

the

DC

power

to

|

*

Check

that

the

display

is

|

+6.3V

+

O.1V.

|

out

and

check

—

the

|

:

current.

(The

—

current

|

should

be

22.8nA.)

1

6

|

*

Disconnect

the

1i-pin

|

connector.

|

the

11-pin

connector

with

|

a

3.9KQ

resistor

for

6

|

sec.

|

Note:

if

there

are

any

data

or

program,

save

them

in

advance

to

this

check.

PC-E500S

8-2.

Backup

current

detection

Ammeter

DC

power

+3V

[

[Operating

procedure

1

1°

Set

the

DC

power

to

+3.0V

+0.1V.

*

Apply

a

probe

to

the

|*

Check

the

current

value.

backup

battery

terminal

(0.1

nA

~

2.38

LA)

of

the

set.

(Be

careful

not

|

to

mistake

the

DC

power

polarity.

The

positive

(+)

terminal

should

be

brought

into

contact

with

the

battery

terminal

from

the

side,

not

from

the

above,

and

the

negative

(-)

terminal

should

be

connected

with

the

soldered

section.)

*

Disconnect

the

probe.

&-3.

Built-in

RAM

memory

protection

function

check

@

Release

the

RAM

card

cover

lock

switch

and

turn

off

the

power.

@

Set

the

builtin

RAM

memory

protection

switch

to

B

and

remove

one

UM4

battery.

@

Connect

2

ana

3

of

the

jii-pin

connector

with

a

3.9KQ

resistor

for

6

sec.

+

Connecting

time:

6

sec

@

Install

the

UM4

battery

which

was

previously

removed

to

the

original

position,

set

the

RAM

card

lock

switch

to

the

lock

position,

and

press

RESET

key.

©

Check

that

"NO

MEMORY"

is

displayed.

(Check

of

the

memory

protection

switch

function)

©

Set

the

built-in

RAM

memory

protection

switch

to

A

and

press

ON

key.

@®

Check

that

"MAIN

MENU”

is

displayed.

(Check

of

the

memory

protection

function)

9.

Diag

Entering

the

diag

mode:

Turn

of

the

power,

keep

pressing

key

and

CJ

key,

press

key.

Release

key,

then

release

|

SH!

FT]

key

and

LJ

Key.

Diag

Menu

1

diag

4:aging2

7:ESD

2:LB

5:RAM

8:diag(menu)

S:aging

1

6:FCC

ee

(1)

Diag

check

e

Key

input

(5)

LB

check

3 key

oe

(3)

Aging

1

4

key

input

(4)

Aging

2

(5)

RAM

check

6

Key

input

(6)

FOC

check

(key

input

>)

Esp

check

(8)

|

8

key

input

(1)

Diag

check

Main

menu

|

1

key

‘oe

LCD

check

Cross-stitch

display

1

(LCD

left

upper

corner

lights

up.)

|

ENTER

key

|

Cross-stitch

display

2

(

Inverted

cross-stitch

display

1)

ENTER

key

ance

line

display

14

|

ENTER

key

Slanted

line

dispiay

2

(Inverted

sianted-iine

display

1)

ENTER

key

Rain

drop

display

(Lower

half

of

the

screen)

ENTER

key

@

ROM

check

a

|

i

*

ROK

check

i

PC-E560S

Ver,

08

om

peg

are

ere

OK

Ss

|

*

ROM

OK!

*

}

CE

key

{

ierror

|

ppeme—>

|

x

ROM

error!

x

PC-E500S

Ver.

08

x

ET

Corwin

any

OME

aaa

EES

|

i

The

second

line

{

inverted

display

Jaddress

=

XXxXxxxX-XXxxxxxh

!

Error

address

}

check

sug

xxh

(true)

xxh

(err

)

|

Sum

data

ca

atel

C-CE

key

twice.

|

I

PC-E500S

@)

RAM

check

©

Card

RAM

check

—_eeea

ee

—_—a—a—a——y

|}

$$$

|

*

ROM

OK!

*

}

Card

present

—————

|

x

RAM

check

*

PC-E500S

Ver.

08

x

CARD

RAM

check

x

xxKbytes

i

aie

Ra

ey

a

aan

ER

|

aaa

|

Card

capacity

display

fone»

|

x

ROM

OK!

*

|

The

third

line

inverted

aces

|

{

*

RAM

error!

*

[

display

[

|

address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

OK

|

C-CE

key

twice.

!

*

NO

CARD

*

|

ENTER

key

*

RAM

OK!

*

To

(7)

KEY

check

[

|

*

ROM

OKI

*

}

PC-E500S

Ver.

08

RN

EE

coeeehe

VRS

emer

teats

ceri

fei

eo

AT

|

ENTER

key

-——

—_—_—a—o

ee

end

1

lerror

|

i

}———>

|

*

CARD

RAM

error!

*

xxkbytes

|

The

second

line

|

inverted

display

|

address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address.

cata

Pe

|

OK

|

C-CE

key

twice

ee

a,

iene

Tet

en

Cee

@)

11

check

*

CARD

ROM

OK!

x

*

LIPIN

check

x

el

en

ee

eee

ee

catEEEEE

SSIES

|

ENTER

key

|

$$

$<

$

$< <$

$<

I

|

—_——

|

jerror

|

The

second

line

f————>

|

*

JIPIN

error!

*

|

inverted

display

|

check

No.xx

xx

(true)

xx

(error)

|

Error

No.,

data

eas

C-CE

key

twice.

——_—

eee

ae

OK

—_—————

7

KEY

check

————n

nn

een

i

*

1IPIN

OKI

x

|

KEY

Menu

i

|

:

Ful

key

check

|

ENTER

key

1

2:

Simplicity

key

check

EXXKKKKKAKKAKKKAKKAKK

|

1

key:

All

keys

check

2

key:

Simple

key

check

&

15

check

A

SC«i

rer

;

|

t

|

*

I5PIN

check

*

|

a

|

[

|

*

KEY

check

*

| | |

|

eK

j

"x"

of

the

pressed

key]

|

Da

nr

|

is

displayed.

[

|

i

xxx

|

Indicates

the

key

to

|

j

———

oe

La

nner

HE

Pressed.

i |

lerror

| |

The

second

line

|

Correctkey

|

jum

|

x

I5PIN

error!

*

|

inverted

display

eee

EE

EEE

{

j

|

check No.xx

xx

(true)

xx

(error)

[Error

No..

data

|

}

incorrect

key

|

i

Es,

|

Bie

eee

|

*

KEY

error!

*

|

The

first

line

|

40K

|

C-CE

key

twice.

i

[|

rocacex

[inverted

|

————<—

| |

|

display

|

| i |

|

xxx

|

x

J5PIN

OKI

*

| |

t

Ba

end

|

+

All

key

end

IPress

the

correct

key.

|

a

|

La

rh

|

*

KEY

OK!

*

|

ENTER

key

|

¥

j |

'

er

en

ee

ae

RE

|

ENTER

key

‘

To

Main

menu

PC-E500S

(2)

LB

check

*

Low

Battery

check

*

|

a

ne

|

Caution

lavel

Low

Battery

check

*

|

x

*

Low

Battery!

*

BATT

symbol

lights

up.

Pa

[

Fatal

level

{

Power

off

(3)

Aging

1

|

Cross-stitch

1

(LCD

left

upper

corner

lights

up.)

Cross-stitch

2

(inverted

cross-stitch

1}

|

Ne

j

counter

xxxxxxxx

j

Rotation

display

}

*

ROM

check

*

|

{

[

|

PC-E500S

Ver.

08

|

lerror

|

counter

xxxxXxxxx

b>

|

*

ROM

error!

*

Sree

ie

se

eee

ee

counter

XXXXXXXX

|

*

ROM

OK!

*

H

|

PC-E500S

Ver.

08

an

ee

erErKY

ONY

l

H

|

j

|

ean

‘

[ae

8

E

counter

XXXXXXXX

fox

ROM

OK!

x

i

%*

RAM

check

*

|

PC-E500S

Ver.

08

|

ferror

|

counter

xXxXXxXxxx

p>

|

ROM

OK!

x

|

*

RAM

error!

*

ee

|

OK

|

C-CE

key

twice

Le

ee

counter

XXXXXXXX

*

ROM

OKI

x

*

RAM

OK!

*

ees

ear

ee

|

{

ee

eee

|

ete

NONI

nee

ROUND

STS:

ANGLO

SY

I

GEAR FORE

CIES

QUNIEI

AICATEL

MIRESET

RIA

OH

NRE

AREY

CED

SEO

YAM

UGLY

MOORE

SERN

Bl

ONS

"ROT

SERED

MEN

Ne

AMEE

SOC

STR

NPP

Coren?

el

GEES

GRSRUTAG

SERENE

SERPS

NCI

eatery

Suri

Slee®

MLE

SEI

ERE

GENET

EUTEY

j

The

second

line

j

inverted

display

j

laddress

©

XXXXxXxX-xxxxxxh

!

Error

address

|

[check

sum

xxh

(true)

xxh

(err

)

1

Sum

data

|

Marereteerrnseein

lnc

remnants

$

0K

C-CE

key

twice

i

The

third

fine

inverted

|

display

|

address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

(4)

Aging

2

OCR

REMIT

TET

HE

EEE

AAMT

CMR

SENATE

LOC

TOE

ECTS

SCA

COD

MN

ANE

ON

SON

ST

ONS

OE

A

A A

a

A

Te

A

Sat

PA

OLE

Clinimieh

AMS

A

SP

ABOU

TA

CeMPrED

NANTES

EWA

RUE

GG)

Ket

CHAP

ARETE

cmH

MNCS

ETE

|

Cross-stitch

1

(LCD

fett

upper

corner

lights

up.)

Cross-stitch

2

(Inverted

cross-stitch

display

1)

—

a

aaa

TS

|

counter

XXXXXXXX

Rotation

display

|

ee

ne

4

About

50

sec

later

SS.

ee

er

f

counter

xXxXXxXXxxx

|

Rotation

display

|

x

ROM

check

*

|

j

|

PC-E500S

Ver.

08

[

ferror

|

counter

xXxxXXxXxxx

bp———>

|

x

ROM

error!

*

jaddress

=

XXXXXX~XXKXXXh

}

check

sum

xxh

(true)

xxh

(err

)

j

The

second

line

|

inverted

display

|

Error

address

|

Sum

data

OK

2

|

counter

xxxXxxXxxx

|

*

ROM

OKI

x

|

O-CE

key

twice

PC-E500S

Ver.

08

|

i

—_____-—--__

{

|

counter

xxxXxXxxXxx

}

x

ROM

OKI

x

|

*

RAM

check

x

|

PC-E500S

Ver.

08

|

{

i

ferror

|

counter

xXxxxxxxx

p>

|

«

ROM

OK!

x

|

«

RAM

error!

*

I

display

|

pO

}

t

{

¥

OK

;

C-CE

key

twice

OTE

AW

UIE

ERE

ETERS

TACTEM

=|

PASAT

SBE

counter

XXXXXXXX

*

ROK

OK!

x

*

RAM

OK!

x

a

KIN

Ae

wl

eT

RUNS

SADR

-C

RETO

SEIS

(5)

RAM

check

RAM

WRITING

|

et

SED

GH

se

RAM

VERIFING

!

ee

a

ld

;

error

on

RAM

VERIFY

oe

ae

*

RAM

error!

*

j

display

baddress

xxxxxxh

date

xxh(true)

xxh(err)

|

Error

address,

data

|

C-CE

key

twice

4

To

Main

menu

So

ere

mre

Loe

jae]

as)

|

winute

FAIT

Oc

ce

ee

Merinee

sraremtht

Mpeeete:

Spm

|

The

third

line

inverted

|

address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

|

The

third

line

inverted

RAW

YERIFING

!

feet

|

I

|

ee

ferror

|

p———>

|

RAM

VERIFY

|

*

RAM

error!

*

|

display

|

address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

|

fe

en

on

OK

|

C-CE

key

twice

OO

i

4

RAM

WRITING

|

To

Main

menu

re

ae

se

RAM

VERIFING

!

ee

OS

es

j

display

laddress

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

OK

|

C-CE

key

twice

{

To

Main

menu

[

|

error

eee

|

RAN

VERIFY

{|

*

RAM

error!

*

i

display

i

}address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

i

Gea

4

OK

|

C-CE

key

twice

eee

|

+

RAK

OK!

*

To

Main

menu

RCRD

Nerney

MPEDetHS

Neca

AM"

|

ee

eens

|

ENTER

key

To

Main

menu

(6)

FCC

check

erro

-nkn—_—_—

ee

|

————

|

HHHHHHHHHHHBHAHHHHHHHWHHAHAKHAKHHHHHH

|

HHHHHHHHHHAHHHRH

HARE

ARH

|

HHHH

HHH

HHAHHAHRAH

HARA

RRR

|

HHHHHHHHHAHHABHHH

HARB

HAAR

|

Koper

senspensnseeersaceerssnee

One

line

of

“"HHHH---HHHH"

is

printed

in

the

CE-126P.

One

line

of

"HHHH---HHHH"

is

printed

in

the

CE-515P.

ncn

nerd

|

The

third

line

inverted

|

The

third

line

inverted

{

The

third

line

inverted

eee

PC-E500S

(7)

ESD

check

ESD

menu

CL

——————————_——L—

|

ESD

Menu

|

i:write

MAIN

RAM

2:write

CARD

RAM

j

|

3:read

MAIN

RAM

4:read

CARD

RAM

|

S:write/read

MAIN

6:write/read

CARD

|

fern

ronal

]

1

key

input

write

MAIN

RAM

|

2

key

input

write

CARD

RAM

|

3

key

input

read MAIN

RAM

|

4

key

input

fp—————————)

read

CARD

RAM

|

5

key

input

write/read

MAIN

RAM

|

6

key

input

write/read

CARD

RAM

@

write

MAIN

RAM

SSS

|

MAIN

RAM

WRITING

!

|

a

t

To

ESD

menu

@

write

CARD

RAM

ns

|

CARD

RAM

WRITING

!

XXKbytes

TONE

TCE

STH

ee

ea

ee

Se

4

To

ESD

menu

@

read

MAIN

RAM

MAIN

RAM

VERIFING

!

erent

CHEE

ere

aT

eres

Aire

idee

CRT

error

|

j

MAIN

RAM

VERIFY

i

The

third

ling

invertes

{

*

RAM

error!

*

i

display

{address

xxxxxxh

data

xxh(true)

xxhCerr)

|

Error.address,

data

+

OK

|

C-CE

key

twice

To

ESD

menu

L

To

ESD

menu

PC-E5008

®

read

CARD

RAM

—————

+}

Card

present

CARD

RAM

VERIFYING

!

xxKbytes

ee

is

eS

SE

ED

Se

Card

capacity

display

No

card

*

NO

CARD

x

ee

ne

dN

|

y

ENTER

key

To

ESD

menu

ta

mr

a

|

error

|

f-——>

|

CARD

RAM

VERIFY

xxKbytes

|

The

third

fine

inverted

|

*

RAM

error!

*

i

display

|

J

address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

NT

40K

|

C-CE

key

twice

To

ESD

menu

To

ESD

menu

©)

write/read

MAIN

RAM

ern!

|

i

|

i

a

aa

TEES

|

i |

[

1 |

MAIN

RAM

WRITING

|

i

|

1 |

i

j

CR

OL

|

i

{

[Et

eT

|

1

|

[

}

|

MAIN

RAM

VERIFING

!

|

i

|

{

I

|

i

ee

TTT

|

i

|

l

|

—————

ee

gE

{

lerror

|

i

pome——>

|

WAIN

RAM

VERIFY

|

The

third

line

inverted

[

|

*

RAM

error!

*

1

display

|

}address

xxxxxxh

data

xxh(true)

xxh(err)

|

Error

address,

data

a

eee

ea)

eee

es

OK

|

C-CE

key

twice

Interrupt

with

C-CE

key.

(To

ESD

menu}

\

To

ESD

menu

©

write/read

CARD

RAM

|

CARD

RAM

WRITING

!

xxKby

tes

CARD

RAM

VERIFING

!

xxKbytes

a

revel

nS

error

|

}

CARD

RAK

VERIFY

xxKbytes

|

The

third

line

inverted

|

*

RAM

error!

*

j

display

|

address

xxxxxxh

data

xxh(true)

xxh(err)

}

Error

address,

data

ee

|

eA

Mp

|

Semi

GA

SEE

TD

SR

HOON

SG

A A

ST CH

NA

AT

SERMON)

pti

MAMA

AACMAERES

WORT

ret

CE

rele

ee

|

bed

(kK

|

C-CE

key

twice

interrupt

with

C-CE

key.

(To

ESD

menu)

1

To

ESD

menu

tie

(8)

Diag

check

(menu

form)

Perform

each

check

of

(1)

diag

check

individually.

Diag

menu

fe

ee

eee

ee

|

*

check

list

2

*

|

1:

LCD

check

2:

ROM

check

|

3:

RAM

check

4:

KEY

check

|

}

5:

lipin

check

6:

15pin

check

|

1

key

input

(1)

LCD

check

of

(1)

diag.

|

2

key

input

pe

——————_

(2)

ROM

check

of

(1)

diag.

|

3

key

input

(3)

RAM

check

of

(1)

diag.

|

4

key

input

{7}

KEY

check

of

(1)

diag.

|

5

key

input

(4)

11

check

of

(1)

diag.

j

6

key

input

(5)

15

check

of

(1)

diag.

After

completion

of

each

check,

the

controi

returns

to

the

diag

menu.

wa

—

PRQ|

CN2

&

fo

T1PIN

¢

RAM

card

address

map

00000

2KB:

40000H~407FFH

4KB:

40000H~40FFFH

8KB:

40000H~41FFFH

16KB:

40000H~43FFFH

32KB:

40000H~47FFFH

64KB:

40000H~4FFFFH

40000

4FFFF

FEFFF

*

The

address

check

is

performed

from

the

lower

address

to

the

higher.

The

error

address

which

is

found

first

is

displayed.

*

Details

of

the

error

code

(Example)

In

11-pin

check

error:

Error

code:

1

13

01

t__—

Error

value

(Error

output

data)

Norma!

value

(Normal

output

data)

Check

No.

Refer

to

the

11-pin

check

code

table.

Output

port

Input

port

ao

|

[ton

oa

PO.

0

0)

Oa

a

[|

8

in

the

above

table,

if

the

output

port

signal

is

"000001,"

the

input

port

signal

"10011"

is

normal.

("100114"

in

the

binary

system

is

"13"

in

the

hexadecimal

system.)

if

11-pin

check

error

code

is

"1

13

01,”

the

input

port

signal

should

be

"43

(10011)",

and

"01(00001)"

means

it

is

an

error.

|

That

is,

data

at

ACK

and

1O2

are

errors.

¢

11

check

code

table

Output

port

|

input

port

,

No.

BUSY!

Din

|Dout|

102

|

101

|

ACK

|

Din

|

Dout}

102

|

tor

|Nantal

ofofe;e}olejoloto

|

os

|

105

0.

1{+ioj,;olf1{i

|

19

|

ofpopopr

pops

popefs

|

fos]

sfepols|+i+fofolti+|s

0

1

0

|

oO|;|c|a

@

Oo

fe

.

roe

a

Blalelela|

ale

lf

=|-|-]

Fa

Boe

ma

cla

|

ale

co|;™

on

a;—

+

mo

mp

a

ae Ae

“=

+/O

Sak

Ae)

—

“||

BE

wh

|

mt

=

2

co

ake

fd

{==

&

beads

—

aes

ae

ia

Po

Bie

eek

|

ok

ft]

amet

|

CD

Ojr!|ol]r|

ny

&

woh

@

|

©

oO}

O

—-~1|O|O};0O

-)

im

jo

=|

=

|

=|

=

ome,

onk.

aq)|—]—-

il

nie

ne

ba

.

=f:

7

:

Cc)

|

+

oe

ee

aE

--E

ele

slele

BES

Boe

ce

ee

Oo

BSCE

e-EE

viral,

—

aa

+

|

EB

|

16

Gg

o|

oO

ims

ae

—

med

—

Esa

ne

oe

ae

ine

poe

ns

s|a

—

“J

aa

PC-E500S

cs

mm

Ee

a

2]

8

ep)

i)

o

a”)

m

=

a8

i

ho

|

oO;}o

ale

aud

=

a

“

ae

isle

Nm

|

+

on]

aes

fa

bc

ba

fe

-

=

a

aie

sis

bl

aioe

or

oie

oe

o)

+}o]=

“fe

ee

“EEE

sislae

at

|

O

©

mo

al

>!

‘-)

ar

oO

=|

©)

“|=

)-

le

:

|

ele

“I

@

a

G

fd

zi

|

a

ie

.[

tbo

a

aie

m|

©

f

|=

©

>

O

~

Tt

mh

|

ek

ook,

=

=|=|

pom

|

oP)

O

ms)

o

eI

jt

)*)

©

10.

Note

for

servicing

4.

Electrostatic

sheet

attachment

insulation

sheet

Attach

to

the

rib.

Allowance

of

attachment

shift:

4

De

not

extend

from

the

PWB.

Le

within

2

mm

in

left

and

right,

up

and

down.

=}

18

ve

‘

a

+

—

——-

Thi

u

a)

TS

mi

lt,)~C~<C—s~

RS

EE

mse

5

LAY

AR

SK

Se

KOC

YL)

LL

f¢

J

onot

exien

!

ARES

RS

7

ty

N

trom

the

PWB.

F

WLGZE

DF;

oe

yy

Yl

Hy

>

4

=

|

4

e

Press

with

your

nail

®

along

the

PWB.

\

i

|

Fit

with

the

boss

hole

and

Electrostatic

|}

|

Fit

with

the

boss

hole

and

=

@ttach

alang

the

boss.

sheet

iL

CAB

atiach

along

the

boss.

mb

ee

Fit

with

the

boss

hole

and

attach

along

the

boss.

ny

N

i

PC-E500S

2.

Nut

holding

tape

attachment

reference

After

inserting

the

nut,

attach

according

to

the

reference

shown

below:

Reterence

Nut

holding

tape

3.

Battery

holding

cushion

attachment

reference

;

Battery

holding

cushion

Seribed

line

Scribed

line

s

os

t

-

LLL

AS

;

ets

.

1

(Reterence

=

os

Reference

>

\

Battery

cover

Attach

within

the

range

of

the

scribed

lines.

4,

Buzzer

attachment

@

Remove

the

separation

sheet

from

the

buzzer

spacer,

and

attach

the

buzzer

to

the

spacer.

7

Buzzer

spacer

Buzzer

(=

{NS

yc)

(

|

(C

yy

Fit

R

and

attach

properly

so

that

the

buzzer

lead

wire

is

in

the

upper

side.

Pee

NER

R

RE

RT

ATT

ea

ecPs

Hoe

@

Attach

the

assembly

over

the

HD61203

on

the

PWB.

Attach

so

that

the

lead

wire

is

in

the

upper

side.

Center

Reference

==»

Align

the

spacer

edge.

@

Solder

the

lead

wire

and

fix

with

tape.

Ces

6.

Note

for

handling

PWB

&

Jumper

wire

process

@®

Electrostatic

capacitor

process

and

soldering

C12:

220

uF

¢

Be

careful

to

the

polarities.

|

©

When

soldering,

bring

the

capacitor

into

close

contact

with

the

PWB.

|

| :

¢

For

soldering

position,

refer

to

the

parts

arrangement

view.

(—

-—-

—

—|

ae

aA

4mm

@

Contrast

VR

solderin

*

Attach

duplex

tape

so

that

it

does

not

cover

the

VR

attachment

hole

and

does

not

extend

from

the

PWB

edge

and

the

FG

pattern.

¢

Solder

form

above

the

duplex

tape.

*

Do

not

apply

the

soldering

iron

for

more

than

3

sec.

(This

is

to

prevent

deformation

of

the

VR.)

Be

careful

not

to

deform

the

VR.

*

Put

the

VR

closely

to

the

PWB

and

solder

it.

FG

‘ial

VR

attachment

hole

peateeta

VR

ae

7

_

Duplex

tape

or

|

PWB

key

pattern

surface

@

11-pin,

15-pin

connectors

soldering

*

41-pin

connector

soldering

e

Attach

the

spacer

to

the

11-pin

connector.

¢

insert

the

11-pin

connector

to

the

PWB.

Solder

the

inserted

lead

wires

(x

2)

first,

then

solder

the

11-pin

lead

wire.

*

Attach

the

connector

closely

to

the

PWB

and

solder

it.

11-pin

connector

Spacer

Vv

PWB

pattern

surface

15-pin

connector

soldering

*

Attach

two

electrostatic

SP

to

the

15-pin

connector

lead

wire.

¢

Insert

the

15-pin

connector

to

the

PWB.

Solder

the

inserted

lead

wires

(x

2)

first,

then

solder

the

15-pin

lead

wire.

*

Attach

the

connector

closely

to

the

PWB

and

solder

it.

<———{5-pin

connector

<——-

Electrostatic

SP

(x

2)

PWEB

pattern

surface

Card

cover

SP

soldering

*

Insert

the

card

cover

SP

into

the

PWB,

and

solder

it.

*

Solder

perpendicularly

to

the

PWB.

*

Take

care

when

handling

after

soldering.

Card

cover

SP

-

Soldered

section

S—

Fit

with

the

pad.

©

Insulation

sheet

attachment

SF

Insulation

sheet

attachment

¢

Fit

the

insulation

sheet

hole

with

the

PWB

screw

hole

and

attach

it.

¢

For

the

attachment

position,

refer

to

the

parts

arrangement

view.

C15

Insulation

sheet

2a,

Sa

O16

X1

EVHILH

=

cmon?

|

=

834HF7

=

(IC2)

a

\

Screw

hole

Battery

terminal

insulation

sheet

attachment

¢

Fit

the

upper

edge

of

the

battery

terminal

insulation

sheet

to

the

PWB

edge

and

fit

the

left

edge

to

the

marking

pattern,

and

attach

it.

°

Attach

so

that

it

does

not

extend

from

the

PWB

edges.

PWB

edge

Mark

pattern

Battery

terminal

insulation

sheet

¢

Backup

battery

terminal

insulation

sheet

attachment

e

Fit

the

backup

battery

terminal

insulation

sheet

to

the

resist

ring

(reference

mark),

and

attach

it

from

above

the

backup

battery

terminal

(-).

AMUN

UNA

Resist

ring

(reference

mark)

e.

Backup

battery

terminal

insulation

sheet

Backup

battery

terminal

(-)

11.

LCD

wiring

diagram

--

OLX

eeoe

-

a

i)

~

(27P1N)

eet

ea

eS

ee,

SS

eo

Se

Sie

ee

“SS

SUS)

Seis

eS

a

eee

=

wie

ee!

ae

eee

aie

leet

ea

a

eke

ole

et

ee

eee

ee

eee

Ss

Susi

<<

_

<<

ete

ae:

ee

Soars

Ge

Sera)

fe

2

Seay

eerie

Se

eo)

Seite)

6)

SS

tO

(Se

See

eee

Se

me

ees

Vs

~~

WA

oO

COO

(64PIN)

(8PIN)

a

|

(20PIN)

X1~X64

HD61203

(1)

Y1~Y64

HD61202

(2)

Y'1~¥'56

HD61202

Symbols

LOGIC,

AMSMBL,

TEXT,

and

Sign

are

not

used.

$5,

S6,

S7,

S8:

Y'64

a,

7

(12PIN)

SX

(11PIN)

<<

GB

\_)

B

Center

division

of

the

common

side

(27PIN)

PC-E5005

Sigel

wl

me

ee

ce

tase

ee

PC-E500S

12.

CIRCUIT

DIAGRAM

aE

;

|

ae

HATS

OC

TTT

clin

inna

LET

a

Ae

uae

da

an

i

P7y

rae

oe

—m

ua

(LF77660)

AT

oe

aa

bags

bees

|

e

|

N

=

bE

©

_

meee

t

A]

NN

|

P—_

EA

=

a)

eg

OES

W

rs)

Pai

ae

=

h——}_

8

Q)

b—-

BCA

i

wee

WY)

wey

4S

LL.

a:

u

HA

5,

mm

—

Ow

te

re

of

Dy

be

eae

ve)

|}

<

my,

pare

qa

"tT

ais:

329

oe

4:

am

a

m

ron

=H

8

1S

os

v,

oy

wis)

o

§

BEY

!

=

ee

Q

\

|

=

esl

tet

oon

oh

ene

et

y—}-BEX

—

gf

O

Bicareszueecnen

ae

"

Ga

ae

Sie

eae

aaa

||

a

aan

VEE

v5

j

=

|

Os

=VYeec

S$C620:15CO!

(ESR-L)

RALIN-

KSw!

O.tu

o:4

“nameeanmnantn

teenie

trate

rename

teiteie

er

TC4S61F

TI

Converter

Trane

Ci7

680R

4700P

sl

C32

C34

RHSVAISA

0.01u

3|

x£Or!

i

Rit

Rov

2

See

Eee,

ci

ae

Oey

ee

04

PE

as

—

os

E

a6

DTAI44EuU

X

3

a7

|

.

|

BDICIi44Eu

R95

sa

celica

4.9K

|

'

{

|

SI

ee

eS

ee

a2

‘4

C2412K

2

aoa

ae

tas

te

a

eke

03

D

G

~tulOvtae

et

pee

(ae)

CI

=<

3

.

0

a

Ur

oe

ee

ra

IO

oO

01

eS

Ci24,

220u-

.

46:

ng

ao

és

o

ee

|

ree

Ae

ape

is

avs

[*

CEBEEEPPESRE

SEE)

SPBREEREEEE]

—

uw

ic

O

techie

__15

1)

+r

DAN202K

—+€-—

RB400D,

of

resistance

is

+-5%,.

Note

1:

Unless

otherwise

specified,

diodes

are

as

shown

below:

Note

2:

Unless

otherwise

specified,

the

accuracy

-16-

TAYK

CASGEF

=

A

DT,

av

=TC7S02F-

220uUF/10V

Seats

Attach

to

the

right

side

of

the

chip

electrolytic

capacitor

C

(x

2)

with

bond.

25C2412KS

Ae

protection

SW”

2

Surana,

“pasantenmnmsoinsnnsants

nso

giinnso

erin

RARDIN,

WANN

ietisebl

saniarnspnnesinp

oe

ate

anne

tn’

5

&

prone

nnminnenmnepannedavrnonersnndceetard

4B

Seo

eadacts

ontains

mtag

deere

stn

at

somata

ian

ig

Heart

SE

eae

Backup

battery

terminal

(+)

Sou

uickly

nol

to

remove

th

tetas

Sr

et

asians

a

gegen

Main

battery

terminal

B

Main

battery

terminal

A

Nana

nana

eoenenes

einen,

Soindnneis

[PC-U6000---

VHILHS5S4HF7-1

PC-E500S---

VHILH534HFS-1

PC-E§50:--

VHILHS34HFB-1

"ome

|

{

t

agents

ee

4996

toveasaatiree

y

i

1%

asiamcatninronemnscencnead

Piezo-electric

buzzer

POR

ANNA

ee

ie

rememennane

tie

agen

ceuscagemarn

pst

raster

wn)

Msc

tapansosten,

ag

gage

Vanier

it

Se

Anette

36

a

I

yi

Se

beaN

Q

New

cass

Wi

@

8

be

RS

od

om

he

gonad

®

Be

?

{

aro

As)

Meee

Bihnemennsercsincni

fie

Sopra

eietecoateesesmnneneysdaneRelalen

sci

anse

ond

Oy

Ccberusivcaien

ina

Main

battery

termina

Bee

NE

asi

OURS

ee

mac

eee

seal!

AERA

alunite,

cineumcepnirienenees:

§

EES

inssoneaaststaceoee

Sneek

ds:

Seopa

~~

pseu]

|

DAN

peony

Ge

orner

ofthe

PWB.

PCE500S

PC-E500S

14.

PARTS

GUIDE

Exteriors

=)

=

=)

A.

O

y

MUS

DKON

f/f

KU

yy

Uy

y/

QY,

Wy,

UN

eg

/

EOS)

,

«

IN);

NON

“

BES

WOON

YX

WN

NOI

\

yp

\)

“He

14

Sa

ft

ts

Wale

rs

|

DWelelsl<i'e

"al

a

sl

>

©

lA

on

“|e

5

=

a2

ps

|

5/4/4]

BO]

©

S|

@|

ol

&

Cc

cy,

c

a

foe

Ww

E)>/>]

ol]

|

3]

E

S|

|§

Z

alae

29|o18

ae)

©

|<

®

Lane

.

nd

E

EIS

o

=

o|

>

oO

bt

gs

:

|

O}

°

oe}

f

e

mj

@

S

|

3|

2

x<

|

@

H

®

:

aj

Lead

Ina

-

z

o)

O

|

= b

a.

ao.

ac

S

ac

O

G

Q)

nf

a

”n

uw

bs

re

QO

oe

or

Q

a

a8

D

Peel

2

ww

rea

>

=

=|

cic

2

a

P=

cj}

2

212

—

wm

3

=).21-2

|

©

oe

=

a

=)

3]*

as

9!

&

a

a)

|e

3

=|

21515

£

ca}

on]

«ch

D

elclcia)

|

De

QO}

{0

F

*

=|

5]

§

3

$13

“|

3]

o}

a

S

c

El=l=l8

rele

|x|

x

ee

AE

®

@

a|.O}

®

ajc

ZI

el

«

i

Ge

de

my

oN

<

3]

S|

@|

B]—

|S]

cls

ololo

ro

E|=

cS

Deis

AISIS

ol

ole}

“|

*]

2

of

€|-=}-=]-e]p-

21

ty

ddl

|

fixe

OW

«g

=

ree)

o)

2).

o)

S|

~

alc]

ol

8

6151S]

gl

a]

of

=

Olt

a|

|>lals

~|

O15

S|

8)

)

|<

S|

[es]

E)

EE

Els

<j)

jaiacioioy

ow)

|

4%

lo

a

SiolTlElelZ@|

[Ll

El

els

Al

.O}

4}

8)

8]

Bla]

AS

2}

foo

sis)

f=sf

US)

gl]

sj

9

5/2]

82)

2]

915)

5218/2)

SA

ix|

3

8/8

2

el

e/e/S)

2/2)

S|

(Sa

clH/2i

22

Siz

2

as

S|

o|

al

P|

Of

PO}

4

od

3

Ss

2

2]c

&

al

aS

sl

ol

S)

5)

5)-S)

Els!

<5

elsia

=/5/5)

5

als

Sls

a

S

31-3)

-S)

ag

od

og

S|

oH

EE

Bley

|

27S]

5)

|

27.8]

24

2)

3

St

S18)

Sa]

|

leis)

8

|

Bt

ay

ats)

13)

3)

SSIES

Sale|

lal

8

=

al

4)

m=]

|

2)

e)

Oe)

at

Sts

919)

9}

€}.<}.¢}

|

2}41)

|

sl

o

PS)

3/2)

515)

31

2/5/83)

3)

E/E]

€|

8]

Slt

slg)

B/S)

a]

e)

2)

2/212)

oS)

2

2)

a

ad

|

84D]

5)

8)

S/S]

el]

El

S/S)

5

=|

513/515)

3)

22}

2|

s|

s/4/8

BB]

G)

2)

SG]

Oi

ay

3}

Ol

G)

B)

S/S

=]

2)

213]

S|

SI

Sl

|

Bo!

5/S/

3)

35)

3)

G)

a)

|

2]

5)

S/S)

0

€]

8)

£]

6]

22

a)

co]

|G]

B]

oS]

2

Bl

al

|

Bl

&|

3]

|

S|

E]

S|

5/9]

O}

ca]

A}aa}

SO]

H]alO]

alm}

Zz}

2]

2z/

HlOjalHjn/H}Z/ZjO}

aj

aa]

a)

ajo]

jo.

|

sc

[se]

S|

xe)

||

KO]

CT)

Thi

Z|

3)

To]

S|Ajajalo|T|-|ajajt

EE}

Llalajajaj>|>[OlO}o/

2/0

x

oe

a

ae

|

ii

We

be

xe

xZ

Pare

QAsOJAlojalo

Vlajolalololalo

olololololulololololofjolofojalojofafofOjOfo}ololojojojo

ololola

ezZlalajqjqyqjajqjaqyqjaqyaqja/a

Q.

a

|

Oo

x

|

—

|

ae

:

BS

Sax

=x

z=

2

z

z\z|z

mw

Slz|zj)2\2\z\z

=

“=

Lud

iy

,

x

LZ

m|co}o|

<<}

>

Tizfujulc|olmjo

S]O}m|

aj

<

OF|S|>|>

~e

<\a}<}<jm

rdiede-at-dt-de-db

at

Par

dt-

deat

et

\<\<\<

ai.

¢

<i

NUN

PARTS

CODE

PARTS

CODE

xO!

L/TO/WI

aD

DjO;OlOJO]

C/O}

wu)

OO;

<j)

CIO]

x

|

peo

Od

a

tic

~¢t-dt-G0-dt-dt-dt-¢t-dt-dt-dt

dt

dt-qt-di-df-¢0

46-40-4045.

¢

wee)

t-

40-90-04.

¢

<

”

(oe)

S

O

OO}

O}a|aj}

mM)

c]o

*-ar-Ge-@0-@n-@0-@0-

qT.

¢

NIN

ININT

AGIAN

NIN

TN

INI

NNT

eI

TIN

a

LAN

OTe

Le

N

IN

NTN

TIN

TNT

NUTINI

ett

bet

at

INT

et

tet

me

ON

TINTING

LN

TRS

NTN

NINN

INININOINININININININTOININIOlolNlolololNININININININININ|

]o}O/O]

NINN;

OlOJO/NIN|O]O]aNININININ|

O|NIOININ

olololololololololololololololololololololelaololololofofoOfO]ofolOfOfo]o]

OJOJOJOJOLO/O/OJOJOJOJOJOJO/OJO/O/O/O)O1O

NY]

PTT

FON

RS

PN]

PT

ETT

ET]

PNT

NT]

FONT

CRN

VD

CO]

ey

CODERS

CNT

ey

CPT

(ey

Oy

COTO]

PN

TP)

OTe

POT

WN)

CON]

Oy

(Oey

cre)

cre

reeyirey

rvey

ve)

creyies)

crvac

ao)

ten)

(eo}ivey

(oto)

0]

()

bt

ed

bees

be

wl~lwlwlwlalelen|wleale|wlalin]mlinlalalalulaledelalalR

[wl

a|a}a|a|ola|

ajo]

|

wo]

co]

co

wa}

a1]

Ht

|

1S]

09]

cop

PS

|

Ga

oo)

CO]

OT

rE

ee

TONNE

ON

|

et

Beet

mt]

ON

mt

|

TONG

tO

TON

LO

|

nlwolalaialmlcolole!<lolm|

mle]

al

male]

olwlm[

nN]

a][

olor

|

NW]

NN}

et]

Oo] og)

wo

olalolmlolalolololml[mimimimintlolnlololniclololalololololal|wlolofolojalala)

aJololaojola]

jojo

jole|ola]ojaaja

|e]

@

jn)

2)

90

mal

mat

mma

ena

ona

ena

Lena

feet

ena

|

maf

mead

eee

|

mma

f

mea

|

ema

f

ma

|

maf

td

emt

|

af

mt

Arf

ma

me]

mtd

mt]

med

a]

maf

tf

maf

mad

emt

mad

maf

ma]

mt]

nf

mt

|

mt

emt

|

mt

|

tf

ret]

et

mt

|

mt

rt

|

tf

me

rt

ems

ma)

mt

ma

mat

SI)

rin

ical

ale

INiolnlrirlsislsinin|w/xrialN|zlaln|<)a)|a}alma|

N/a]

S|

S|IN|ININININ]

|S

/O]N/Q

IN|

N/O;O/N

ff

nd}

SE]

as]

SN

QUINN]

C/O

-Ll-

[Dia

Lin

|

aja

ol

|alwol|

a

cl

Sjw]-—|Ojwjnicia

2izjz

oles]!

Slwlalalalm)

o}sjae|e

lm)

Zjac|

zie

pX<|R

IRR

|

mo]

2

lec}

fe

jupet|

|

[|

lect

ei

cf]

|

fe

[Dla

jj

Zio

we

|

el

cic

plzloaloiznizlezja2f2})--lo

fu

cia]

ft

fo]

—

ff

—

fe

tt

as

ed

to

|

ale

NTC]

ft

Cf

rf tf

nt]

|

ma]

CO

Oe

|

LL

PO

Fe

x13)

co}

ofan}

sc}

se

lsc

fac]

Nie

}]

|

O]

xc]

><]

9].

9

NOP

INN

ad

Oy

Fea

Ole!

alcslade|

alla

eRe

IE]

a

Olaja

S|

7jalx/ojOiOiOle

slalalalalralala[ri

a

alsizlol|

ss}

S|

[Zz]

ja

jojaja

|r

jolojo7ya./o

QIAN

b

oe

mA

re)

ms

ol

N

COPS

UAT

OL

PS

|

COLD!

Ole

N

|

oo

CO]

Dj

OI]

A}

NI

WIP

O/H

Olt}

Qi

>

Hj

Oies

ed

bet

SrryTrrryrPr

*

PRATAP

arrer

TREE.

i

iL

NO.

xlsx

109(O]

Cj}

am]

O}m

|

it

ede

dt-ae-40-

40-40-4090

d0-

45.

¢

SUTIN

TNUINSTNT

INI

NUN

NUNIT

NTN

ENING

NUTINI

GQOlOlOlOJOlO/;O}OjO

WjiO

dad]

ad

|

add

bad

tad}

bet

|

CD

|

bad

|

ad

O}O

a]

ea

Oa]

map

on]

>

|

Ld]

LO

|

LO

7

O47}

00

CUE

ON

oo

LOO

feet

|

NE

Cop

emt

Q}oO

UL

Oa]

ON]

19}

9

CO

pL]

CLO

@

}co

tl

eslet]

Ola}

O]co|

Cj

}Oiet

voted

cof

uit}

O]O]o}t]

|

p<cpN]udjuiN

Mla

|

Msc}

xe

fst

[sci

scp

sc

[QO

=

Zizlzi

al

aei

citi

ci

cic

<

|

—|-—ja

aia

jaja[myo

cS

pe

let

|

non]

nian] o}aa]

ke]

|]

N

om)

arp

Packing

material

&

Accessories

52

53

|

5a

|

2

oan

—-?0-

=o=

PC-E500S

Packing

material

&

Accessories

PRICE!

NEW

|

PART

RANK

ee

DESCRIPTION

»>

©

PRICE|

NEW

|

PART

NO.

|

PARTS

CODE

DESCRIPTION

SS

—

——

fT

2IMSPRC1020ECZZ

|

AB!

|

C_

[Card

lid

spring

-——3IMSPRO12776CZZ

|

AA

|

1|_C_

[Connector

spring

(for

15pin

connector).

SSCS

———4IPGUMSIO4ECZZ

|

AB

||

[Rubberconnector

CSCS

-

GIRSPAP

TOP

OE

C72

IAC

|---|

O.

Suncato

bummer

——"EIPSPAPI2E9CCZZ

LAA

|

|_

©.

[Spacer

for

llpin

connector.

——SOS—=—“CS~Ss~—‘“‘“‘<;727

SDSS

a

PTRERLOGZECZ?

CAA

CLD

itapeRG

ee

——$sIPTETLIOG9ECZZ

|

AB

||

©

|PWB

insulation

sheet

——=S=~C~C<“<SsSC‘C=‘<iCiC<C<CSCSCSS

sIPZETUIBEICOZZ.

|_AA

[|

GC

linsdlaton

sheet

=

es

—JOIOGNCWLOOTECIA

|-AG

||

C

Connector

(lipiny)

——SSSSCOSSCOCOCTSC

NL

—TiTOCNCWI368CC1E

TAM

11

C_

[Connector

(I5pin)—S—s—sS—SSSSSSSCSCSCSCSCSCSCSCSCSSS

EEN]

-—T2]OTANZIOS0ECZZ

|

AC

|

[_C

Iterminal

for

back

up

battery

PSSC‘CS;7;7;3

SC

C;<;7

SPE

>

wIOTANZ

LUT

ROCCEA.|

AC.

|

C

(powertemimal

-——TalOTANZ1583CC07

LAB

|

1_C_

[Battery

terminal

CSCC

“aeIRAUCMBROSUCCOL|

ADl.

|

Bo

lease

ee

—eIROTCTION3CCZZ

TAB

|

C

[Capacitor

Oinf)CCtCSC“SsSsCSsSSSC“Cs‘“‘<CSt*S*S*CSS

«ESE

,7,8,9,10]

|

FIRES

EZ2Z7IDECTA

LAB

||

lCapacitor

(IOWV

22007)

—sss—i—i—‘;SSSSOCSSCSOCSCSCSSCSSSST

2)

-—7a[RCRM—IO1L7TCOZZ

LAE

||

8

[Crystal

(29M)

SS—SOSSSSC‘C‘C;S

Sg

IRMPTO41040C3

3

1

AB_|

1B”

[Block

resistor

(O0KNX4

25%)

sSC—“‘“‘“‘;72C!S!SSTT

BRI

—~soIRTRNHIOO4ECZZ.

|

AE

|

|B

IConverter

transformer

SSCS

——TIRVR-ZS4SE00CZTZ

LAF

||

8

[Variable

resistor

(50KM)——SsSst—SsSCSC—C—CSSSCSCSCSTTSTSTT

OLR

—331VECCCYIHHI213

1

AA

||

[Capacitor

(50WV

120PF)—sstC‘;CSC;SCSCSS*”!TTT

CR

Se

|

241VCCCCYIHH470J

|

AA

|

[|

C_

[Capacitor

(SOWV

47PF

[C15,16]

H—SeIVEEAPEICWS35M

|

AC

|

|_C

[Capacitor

I6WV

3.3sF)

Ss

SCOCSCSCSSSSS

CT

——SEIVCEAPELTEWS35M_1AC

11

©

[Capacitor

(25WV

3.3uF)—sCs—CSCSCS—CSSSC“‘“‘(‘C‘CS

CI

—SaIVERYCYIEFTO3Z

[AA

[1

[Capacitor

(25WV0.010uF)__——sSOSC—SSSC‘;CSSS

CT

fT

2BIVCKYCYIEFI04Z

|

AA

|

[|

C_

{Capacitor

(25WV

0.10yF

[C1~4,18,20,21,23~26,28,30,31,34)

so

IVOKYCYIHB472K_

1

AA

||

C

[Capacitor

(S0WV

4700PF)COC—C‘CSCSC*~*~‘“~S™*S*~*~—<—‘—‘—‘“—s~C~C~s~CsSCSSSSCSCSSC

TT)

-—SOTVHDDANZO2K/—1

1

ABT.

1

8

[Diode

(DAN202K)_

SCS,

2,34,

5,6

,8,

10,13)

—SIIVHDDANZODUZ—=1

TAB

L1B”

[Diode

(DAN202U)

_——SsSsSs—C—SC—S—CS—S—SSCCSCTCSCSTT

E415

|

B2]VHDORB4000//-1

AC

TLE

[Diode

(RB400D)

112)

[—-B[VHERDOIMB2—1

|

AC

|

1

8

B

—3lVHLHD612027—-1

LAS

11

8

[tc

(HD61202).—SSOSC—C‘“~;7TPSS

LY

San

y

HTD

el

Oa

7a

1

AK

1

Te:

NCqMDelv0s).

oe

37

T

38\VHiRHSVA3S9A—-1

|

AE

|

B_

iC

(RHSVA39A

LIC?)

—seVRSCR

PO

LSCOAL

1

AZo

1B

e(ecez0iseol)

40

WH

TOL

WOTE

1

[ONC

|

IO

OAWOIE)

=

eC

VETO

OS

Eo

ae

|

Be

eesti

eS

wiv

TORSEEr

2

©

(Ae

|

8

Ne

@esstery

=

OO

H—BIVHTTEESELFIPR

TAC

||

B_

lic

(fe4sBIFTPR)

—SOSSSCCCSCSS

ss

Pp

mIVH ETOP

SODEZo

1-1

AC

1.

1

8

ile

GCmsoer)

ee

IT

—aivni

Toren

er

71.

|

Ao

itt

Bo

le

q@ems0s).

1

ee

IVR

SZTSZADDOD

I

LAAT

1

[Resistor

(1/4W

00

=5%)

s—C—“‘C;~C~C~‘~CS*t*SCSC<“CS~SSSS

SER

|

r—IVRE=TSZADIOZI

LAA

|.

1

©

[Resistor

(1/1oW

1K

+5%)

SSsCsC—CSC‘CS~C~S~<;7CSCES

RD

-——elVRS=TSZADIO4I

TAA

|

1_C.

[Resistor

(1/1OW

100Kn

+59)

SSCS,

1617.21.24]

Zo

VRETTSZADIBGT

LAAT

1

C”

[Resistor

(1/10W

180K0

45%)

SSS

CRT

Resistor

(1/1OW

24K0

+2%

RS)

-——SIVREXTSZTADS

OIG

TAAL

1_O.

[Resistor

(1/10W

39KO

42%)

SSCS

ER

-—“IVRECTSZADIO3G

TAAL

|_C_

[Resistor

(1/10W

39K

2%)

SSCS

SC

ER

Sal

VRSUTSZADART

ITAA

TLC”

[Resistor

(1/10W

4.70

+5%)

SSSC—C—C~CS~SCSsS

ERT

—rtV

RE

TSZADSTDI

LAA

TUL

©

[Resistor

(1/10W

4.7Kg

#59)

RO

C

|

Resistor

(1/10W

56KN

+5%

[R10]

SHIVER

SL

TSPADEBT

I

LAA

TTC

[Resistor

(1/10W

6800 +5%)

SSSSCSCSCSCSCSCSSSSSCS

ER)

I

S5TVRSSTSDADS22G

LAA

|

1”

[Resistor

(1/10W

82K0

+2%)

SSSSS—~—S~SSSCSCSCSSSER

13,1415)

rT

60IVSDTA114YK/—-1

|

AC

|

[

B_

[Transistor

(DTALI4YK

[03

]

TLV

SD

TALS

EUZ—=1

TAB

LLB

[Transistor

(DTAL44EU)——SSSS—SCSSCSSSCSCSCCCOCTCTCTTST

O48)

fT

C2IVSDTCI44EU/-1

|

AB

|

B

{Transistor

(DTC144EU

[7]

—slve2se7

412K

7-1

1

AB

|

1B

[Transistor

(2SC2412K)_———S—S—SSSSSS—SS

ET

|

AlVS2SC2412KS—-1

[|

AB!

[

B_

[Transistor

(28C2412KS

LQu)

Ss

|SAMANSG

SER

(11>

IAG

(GAUL

SORA

RSPAS

(ISTE

LENNON

Seek

Y

—“SIDUNTR1S6SEC22

|

BV

1

ON

|_E

[Pwo

CSCSSCSCSCCCC“CT

ea

cr

ee

Rae

areca

ees

GS

(Se

EE

a

ca

ee

Eee

a

et

ee

PP

le

ee

rr

ee

Le

PC-E500S

CAUTION

FOR

BATTERY

REPLACEMENT

(Danish)

ADVARSEL

|!

Lithiumbatteri

—

Eksplosionsfare

ved

fejlagtig

handtering.

Udskiftning

ma

kun ske

med

batteri

af

samme

fabrikat

og

type.

Levér

det

brugte

batteri

tilbage

til

leverandoren.

(English)

Caution

!

Danger

of

explosion

if

battery

is

incorrectly

replaced.

Replace

only

with

the

same

or

equivalent

type

recommended

by

the

equipment

manufacturer.

Discard

used

batteries

according

to

manufacturer's

instructions.

(Finnish)

VAROITUS

Paristo

voi

rajahtaa,

jos

se

on

virheellisesti

asennettu.

Vaihda

paristo

ainoastaan

laitevalmistajan

suosittelemaan

tyyppiin.

Havita

kaytetty

paristo

valmistajan

ohjeiden

mukaisesti.

|

(French)

ATTENTION

ll

y

a

danger

d’explosion

s’

il

y

a

remplacement

incorrect

de

la

batterie.

Remplacer

uniquement

avec

une

batterie

du

méme

type

ou

d’un

type

recommande

par

le

constructeur.

Mettre

au

rébut

les

batteries

usagées

conformement

aux

instructions

du

fabricant.

(Swedish)

VARNING

Explosionsfare

vid

felaktigt

batteribyte.

Anvand

samma

batterityp

eller

en

ekvivalent

typ

som

rekommenderas

av

apparattiliverkaren.

Kassera

anvant

batteri

enligt

fabrikantens

instruktion.

COPYRIGHT

©

1993

BY

SHARP

CORPORATION

All

rights

reserved.

Printed

in

Japan.

No

part

of

this

publication

may

be

reproduced,

stored

in

a

retrieval

system,

or

transmitted,

in

any

form

or

by

any

means,

electronic,

mechanical,

photocopying,

recording,

or

otherwise,

without

prior

written

permission

of

the

publisher.

SHARP

CORPORATION

Information

Systems

Group

Quality

&

Reliability

Control

Center

Yamatokoriyama,

Nara

639-11,

Japan

1993

May

Printed

in

Japan

©

:

May

12,

1995

>

P-115

te

D

ee

[Parts

changes:

Vol.

75}

CHANGE

OF

THE

DETECTOR

IN

ACCORDANCE

WITH

THE

IMPROVEMENT

OF

ELECTROSTATIC

PRESSURE

RESISTANCE

1.

Model

name:

PC-E500S

2.

General:

The

detector

for

the

pocket

computer

PC-E500S

has

been

changed

to

improve

electrostatic

pressure

resistance.

3.

Parts

change:

Ref

Mode!

Current

parts

No.

name

Version

|

P/G

No.

Parts

code

Inter-

Parts

name

change-

Price

ili

Sank

ability

Detector

Apr.

'95

1

4.

Not

interchangeable.

Parts

code

VHIRH5VA39A-1

|

VHIRHSVL39AA1

1.

Interchangeable.

2.

Current

type

can

be

used

in

place

of

new

type.

5.

interchangeable

if

replaced

with

same

types

of

New

type

cannot

be

used

in

place

of

current

type.

in

use.

3.

Current

type

cannot

be

used

in

place

of

new

type.

New

type

can

be

used

in

piace

of

current

type.

Parts

marked

with

ite

is

important

for

maintaining

the

safety

of

the

set.

Be

sure

to

replace

these

parts

with

specified

ones

for

maintaining

the

safety

and

performance

of

the

set.

1.

Model

name:

2.

General:

3.

Parts

change:

POCKET

COMPUTER:

PC-E500S

.

=

~

No.

:

P-116

Technical

Report

SHARP

CORPORATION

Calculator

Division

_

e

Date:

Aug.

4,

1995

[Parts

changes:

Vol.

—]

PARTS

CHANGES

IN

ACCORDANCE

WITH

THE

STRENGTHENED

LIQUID

CRYSTAL

PC-E500$

The

bottom

cabinet

of

the

pocket

computer

PC-E500S

has

been

changed

to

strengthen

the

adopted

liquid

crystal

against

crack.

The

shield

sheet

and

insulation

sheet

have

been

changed

accordingly.

sete

a

Current

parts

New

parts

Ettec-

|

inter-

Version

|P/G

No.

aan

t

Parts

name

tive

change-

Parts

code

Parts

code

time

ability

[4

|-

22

|

GCABA1062EC01

|

GCABA1062EC03

ne

Al

|{a]-16

PTPEH!059ECZZ

|

PTPEH1065ECZZ

|

AH

|

Shield

sheet

nee

95;

5

1

}

[1

]-

47

|

PZETL1070E0ZzZ

|

—

|

insulation

sheet

|

AL

|

Bottom

cabinet

unit

PC-E500S

Disused

«Interchange>

.

Interchangeabie.

oT

8

Not

interchangeable.

2.

Current

type

can

be

used

in

place

of

new

type.

|

5.

interchangeable

if

replaced

with

same

types

of

New

type

cannot

be

used

in

place

of

current

type.

in

use.

3.

Current

type

cannot

be

used

in

place

of

new

type.

New

type

can

be

used

in

place

of

current

type.

6.

Others.

Parts

marked

with

"/A\"

is

important

for

maintaining

the

safety

of

the

set.

Be

sure

to

replace

these

parts

with

specitied

ones

for

maintaining

the

safeiy

and

performance

of

the

set.

T

Blue

Sharp PC-E500S User manual

Popular PDA manuals by other brands