Sharp PC-E220 Bedienungsanleitung

Inhaltsverzeichnis

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This

dOa.!ment

has

been

pubishecl

to

be

used

fer

a

lter sales service

cnly

.

The contents are

subject

to

c;11ange

Wlth<lut

nctiee

.

I

I

I

I

I

1FFFH

'

-,

' ''' -.

[Body)

'

OOOOH

of 20'C/68'F).

The operating time may vary slightly

depending on usage and the brand of bat-

t

ery used.

0.37W

21Smm(W)x 100mm(0) x 18mm

(H)

8

15/32" (W)

x

3 15/16"(0)

x

23132"

(H)

280g

(0

.

62

l

b.) (Including the battery,

without hardcase)

Hard cover, four AA batteries, one lithium

battery, and Operationmanual

SHARP CORPORATION

7FFFH

7800H

For computer operation:

6.0 Vdc Type-AAdry cell battery

(ROS)

x 4

For memorybackup:

3.0 Vdc Lithiumbattery (CR2032)x

1

Approximately 80 hours of continuous

operation under normal conditions (based

on

10

minutes of operation or program ex-

ecution and 50 minutes of display per hour

at

a

temperatureof 20"C/68'F).

Note:

When

t

he compu

t

er is used for serial com-

murncat

i

ons

t

hrough

t

he optional

CE

-

T801

Data

T

r

ans

f

er Cable,

t

he number of hours

t

he unit can be operated continuously will

drop

to

appro

x

.

48 hours (when used for 2

min

.

of communications.

8

min. of calcula-

tion or program execution, and 50 min. of

display per hour at an ambinet temperature

Battery lifetime:

Power supply:

01

0

0H

Memory

protection

:

Batterybackup

Operating temperature:

o·c

-

40"C

(

32

"

-

104"F)

H

EADER

MACHINE

L

ANGUA

G

E

AREA

PROGRAM

F

I

Lf:

AREA

TEXT

AREA

BASIC

PROGRAM

AREA

•

f

VARIABLE

AREA

SYS"!'SM

AREA

:1:1

RAM memory map

OOOOH

4.

Memory map

~~

0.640.04

IBMPC

.

Co~f-D'l.rJ

~

CE-T801

'·

CMOS

ZBOA

(8 bit)

Accessories:

Weight:

PC-E220

1

o

dig

i

ts

+

2 digits

Formulaorder

(

Priority judgment function)

BASIC,ASSEMBLER

--;-

Power consumption:

Externaldimensions:

.---

-

{

/

..

-

~

=

.

3._

System configuration

32KB

(

system area approx. 2.1KB, pro-

r

»

gram/data area 304358, data area 2088),

~

with RAM file

f

unction.

~

Subroutine

stack

:

1

O

buffers s

'l

Function

stack

:

16buffers

~

FOR-NEXTstack:

5

buffers

CE·

12

sP PC-E220

Datastack:

8

buffers

Cursorshift (right/left)

(

,.

,

~.

insertion

(

INS).

de

l

e

t

e

(

DEL)

Lis

t

up

,

lis

t

d

own

(

i

,

J,),

back space (BS),

t

ext

ed

i

tor

,

ZBO

machine language monitor

11

p

i

n

i

nterface

(

for cassette interface

,

printer, SIOdevice)

5

x

7

dot matrix LCD (24 digits

x

4 lines)

(

Display

:

Interface:

Ed

i

ting functions:

staec.

Model

:

Calculation dig

i

ts

:

Calculation system:

Program language:

CPU:

RAM:

2.

Specifications

The PC-E220 is equipped with

t

he

ZBO

CPU, 32KB RAM (with

memory backup function), and

ZBO

machinelanguage monitor.

MODEL PC-E220

1.

General

CODE: OOZPCE220SWE

SERVICE

MANUAL

SHARP -

PC-E220

"

....

(

-

2-

Name Function

P

i

n

func

t

ion

B

it map

I

READ

WRITE

!

A

DDRESS

I

A1-IA8 KEY common

i

nput

IN

MSB

LSB

0

x

1

0H

(Includinga

I

I

I

I

I I I

I

I

pu

ll

-down

r

es

i

stor)

8

7

6

5

4

3

2

1

K01-K08

KEY

s

trobe OUT

MSB

LSB

x

0

11

H

(

Pch open drain)

I I I I I I I I

KO

I

8

1

6

5 4

3

2

1

K09, K010

KEY strobe

OU

T

MSB

L

SB

x

0

1

2

H

(

Pch open

drain

)

I

I

I

I

I I

I

KO

I

KO

I

10

9

SFTIN SHIFT key

i

nput

I

N

MSB

L

SB

0

x

1

3H

(

Inc

l

uding apull

I I I I I I I

I

SIT

I

dow

n

res

i

stor)

TImer

1

S signal

i

s set

-

MSB

L

SB

0 0

1

4

H

abo

u

t

every

0

.

6

sec.

I I

I

I I I I I

1

S

I

(

Note) Afterjudgementof

1

S

signal

,

procedure

01H

~OUT

(

14H) must be performed

t

o

reset

1

S

signallatch.

I

XIN control Controlson/off of IN

MSB

LSB

0 0

15H

XIN input.

J

o!

I

I I I I I

I

I

I

I

O

:

XIN input

inhib

it

1

:

XIN input enable

Maskable

i

nterrupt

I

nd

i

ca

t

es

i

nterrupt

-

MSB

LSB

0

I

0

1

6H

f

actor generatingfactor

I

l

I I

I

rnTT

I

15

I

KON

I I

with the interrupt

IA

mask

ON

.

C

onditions

f

or becoming

·1

"

:

I

When

I

A-

I

A

k

ey

i

nput signal

i

s supp

li

ed

.

When KON-KONkey

i

nput is

s

u

ppl

i

ed.

1

S-D.6sec timer signal

i

s

supp

l

ied

.

A low pulseis

suppl

i

ed to INT1-INT1

i

nput pin.

To reset each

f

actor

,

write

·1

."

W

i

th

OFH

~

I

OUT

(

16H),

al

l

factors become

O

.

!

OOH

10H

ZOH

J

OH

40H

SO

H

60H

R

ESERVED

FOR

SYSTEM

FREE

F

REE

F

OR

DISPLAY

F

OR

D

I

SPLAY

R

E

S

ERVED

FFH

5

.

1/0

map

PC-E220

-3-

XIN

i

nput

is

enable

when

XIN

control port

is

at

"1:

MSB

•

When

the

set power source

is

turned on

and

when the reset key

is

pressed, a high pulse is

supplied to IORESET.

1

High

I

OR

IORESET

0

Low

I

I I I

I I

I

'

OR

I

x

I

·o·

mustbe

written

i

nto

this bit.

---~f

MSB

SLOT

=O:

CERAM1

is

effective.

SLOT=

1 :

CERAM2

is

effective.

By

driving

BK'2 to

"1

,

"

the system

ROM

8000H

-

BFFFH is

separated.

EXBANK3

0

EXBANK2

1 1

1

EXBANK1

1

0

0 EXBANKO

1

0

BK'

O

SOOOH

-

BFFFH

bank

specification

BK'

2

BK'

1

•

Supplied

to

BNK2,

BNK1

,

and

BNKO

pins

when making access

to BK

'

2=BK'O

(expan-

sion

back

port) 8000H

-

BFFFH.

8ANK3

ON

Break key input

11

pi

n

in

t

erface

i

nput port

(181

and

182

are

equipped

with

pull down

r

esistor

.

)

Expansion

peripheral RESET

Chip enable signal

supplied when

making access

to

OOOOH

-

7FFFH

(

Active high)

CEROM2 signal

is

supplied. (Active

Low)

81<'2

BNK2

1FH

x

0

LSB

BANK2

0

BK'1BNK1

1CH

0

x

L.S8

BANK1

0

OUT

BK'O

BNKO

1

BH

00

specification

BK1 BKO

COOOH

-

FFFFH

bank

OUT

I

nput

pin

Output

pin

When making

access to 8000H

...;

BFFFH

CEROM1

s

i

gnal

is

supplied (Active

l

ow)

(

19H

00

0

0 0

17H

0 0

•

Supplied

t

o

BNKO

and

BNK1

pins when

making access

to

BKO,

BK1

system

ROM

bank

port

COOOH

-

FFFH.

O

:

Low output

1

:

High

output

O

:

I

nterruption inhibit

1

•

Interruption enable

OUT

OUTF01, F02

(Pch open drain)

BNKO

BKO

BNK1

BK1

Output Input

p

i

n

pin

When making

access

to

COOOH

-

FFFFH

11

pin interface

output control port

Performs interrupt

enable/inhibit of

each interrupt

factor.

(

KON

181,

1

82

XIN

I

ORESET

CERAM1

CERAM2

BNKO

BNK1

BNK2

F01, F02, XOUT

I

nterrupt mask

READ

WRITE ADDRESS

Pin

funct

i

on

18H

0

Bit map

IN

Function

Name

-

PC.!.E220

-4-

(

Pin

No

.

11

0

Signal name

I

Descrip

ti

on

46

11

0

02

I

Data

bu

s

47

110

D1

!

D

at

a bus

48

11

0

DO

I

Da

t

a

bu

s

49

1/

0

A1S

I

Addressbus

so

I

1

10

I

A14

!

Addressbus

S1

0

!

A13

I

Addre

s

s bus

S2

0

A12

!

Addre

s

s

bus

S3

0

A

11

I

A

ddress

b

u

s

S

4 1/0

I

A

10

i

A

ddress bus

55

0

i

A9

I

Addressbus

S6

0

i

A8

j

Addressbus

S

7

110

I

A?

I

Addre

s

s bus

S8

1

1

0

i

A6

I

A

ddress

bu

s

I

S9

11

0

I

AS

\

A

d

d

ress

bu

s

60

110

!

A4

A

ddress bus

61

1/

0

I

A3

!

Address

bu

s

62

11

0

!

A2

Addr

e

ss

b

u

s

63

1/

0

I

A1

I

Addre

s

sbus

64

11

0

I

AO

l

Add

r

e

s

s

bus

65

I

I

~

!

Rese

t input

(R

ese

t at

LO

W)

I

I

Liquid

c

rys

t

a

l

dr

iver enable

sig

-

66

0

I

E

nal

·

67

I

M

I

Ti

mer

cl

oc

k

i

nput

68

I

LS'

L

ow

batt

e

ry

de

t

ection

pin

.

L

ow

when low battery.

Low battery

sy

m

bol lighting volt-

69

0

CAU age detection pin.

(

After turning

on the

symbol

,

h

i

gh

i

m

pedance

.

)

70

I

I

XTAL1

Oscilla

t

ion

circu

i

t input

7

1

0

I

XTAL2

Oscilla

t

ioncircuit

outpu

t

72

-

I

GND Powersource

8

7

3

0

I

CLKOUT

Osci

lla

t

ion

c

l

oc

k

outpu

t

I

7

4

I

-

vcc

Powe

r

s

ource

EB

75

0

VCNT Liquid

crysta

l

power ON/OFF

SWsignal

76

0

i

BZ BUZZER

I

77

1/

0

i

M1

I

Z

BOCP U

mac

hi

ne

cycl

e

78

I

I

KON

C

N

KEY

i

nput

79

I

I

SFT

I

N

SHIFT KEY input

80

I

0

I

K01

I

Key strobe

Pi

n

No

.

11

0

Signa

l

name

Descr

i

p

t

ion

1

0

K

02

.

K

e

y

s

t

r

obe

2

0

K0

3

I

K

ey

s

t

robe

3

0 K04

I

K

ey

s

trobe

4

0

KOS Key strobe

s

0

K

06

Key strobe

6

0

K

0

7

I

K

ey strobe

7

0

KO

S

K

ey

s

t

robe

8

0

K0

9

!

K

ey

s

trobe

9

0

K010 Key strobe

10

I

IA1

Key

i

nput

1

1

I I

A2

K

ey

i

npu

t

1

2

I

i

IA3

.

Ke

y

i

nput

13

I I

A4

l

Ke

y

i

nput

1

4

I I

AS

Ke

y

i

nput

1S

I

IA6

.

K

ey

i

npu

t

1

6

I

I

A

?

I

Key input

17

I I

A8

K

ey

i

nput

1

8

11

0

MRE

Q

Z

BOCPUmemory

re

qu

e

s

t signal

1

9

110

I

ORQ

I

Z

BOCPU

V

O

reques

t

s

i

gnal

20

I

SlJSRQ

Z

BOCPUbus request

s

ig

n

al

I

Expansion per

i

pheral

rese

t

out

-

21

0

I

ORE

SE

T

pu

t

(

Active

hi

gh

)

(40

p

i

n

e

x

pan-

1

sion bus output)

22

I

WAIT

i

ZBOCPUwait

i

nput

23

I

I

NT

1

J

ZBOCPUmaskable interrupt re-

q

uest

24

11

0

W'R

i

Z80CPU memorywrite

si

gnal

2S

11

0

RD

I

ZBOCPUmemoryreadsignal

Bank select address (When

26

11

0

BNK3

rese

tti

ng,

domes

ti

c.lforeign

s

elect signal)

27

110

BNK2 Bank selectaddress

28

0

BNK1

I

Bank select address

29

0

BNKO Bankselect address

Expansion memory

c

hi

p

enable

30

0

CEROM2 signal

(

Outputted

t

o

40

p

i

n ex-

pans

i

on bus)

1

B

uilt-

i

n

system ROM

ch

i

p e

n

able

31

0

CEROM1

s

ign

al

3

2

-

GND Referencevoltage

Expansion memory

ch

i

p

enable

33

0

CE

R

AM2

si

gnal

(

Outputs

t

o

40

p

i

n

expan-

sion bus.

)

34

0

I

CERAM1

Bui

l

t

-i

n

RAMchip

e

nablesignal

3

5

I

I

182

J

1

1

pin ACK

36

I

1

81

J

1 1

pm DIN

3

7

0

I

XOU

T

C

asse

tt

e

sign

al output

38

I

X

I

N Cassette

s

ignal input

39

0

I

F02

1

1

pin

D

O

UT

40

0

F01

11

p

i

n

BUSY

41

11

0

D7

Da

t

a bus

4

2

1

10

i

06

1

Da

t

abus

43

1/

0

D5

I

Da

t

abus

44

110

0

4

I

Data

bu

s

4

5

110

D3

!

Data bus

CPU (LZ8413M}

pinsignaldescriptions

s:-i:sraescriptions

!

--:~·

~

·

.:

,.

-r-r-:

-5-

AlladllMl'll

......._

(Hana

on

Illebaup

ball8ry

~============..L......;;;;;ui,..,..811da1Qit1Dlherib

adga.)

•

Do

not

_!he

ball8ry

1111111iN1

c:onl8CI

3. Coin screw insulation sheet attachment

. !

A

-

A"

cross section

:i:

The cushion must be attached

securely

.

After the cushion glue

is

dried, it cannotbe reattached.

This part must be attached.

NG

OK

This

sectionmust be

pasted

firmly

Cushion

Upper

cabinet

2. Battery holder cushion attachment

Battery spacer

1----

1.

Cabinet upper unit

0

Batteryspacerattachment

8.

Note

for

servicing

-

PC-:£220

>

~ -~AUlevel

~ - ----~STOP

>

level

~

~ t

Symbol

[Fig.

31

lights

up.

0"""-~..1-~-"---'-~~-'---•

Voltage detection ICoperation

[Fig. 2]

c

(

V

)

T

I

N

VoMt--

VDL

r

(Fig.

11

GND

LB

-----1

CPU

CPU

CAu---

(N-chopen)

R2

R1

Vee

r

.

.

,.I

This unit is equipped with the low battery detection circuit. Its opera-

tions are described below. (The parts location numbers are different

from the actual ones.)

As shown below, when the input voltage VIN exceeds detection volt-

age VO, the output becomes HIGH from LOW. When VIN falls below

DIN, the output becomes LOW.

The LSIC (MN1280) detects the CAU

l

evel and the STOP level

with

one

IC

.

To achieve

th

i

s, the input voltage applied to the input pin (2 pin)

is

div

i

ded with

R1

and R2, and R2is turned on/off by the CAUsignal.

As shown in Fig. 3, when the power voltage falls below the CAU level,

t

he BATT symbol lights

up

.

When it falls further below the STOP

l

evel

,

it

is

turned

off

.

To detect the CAU level, the CPU CAU pin is turned on (at low level)

and

t

he LB pin of the CPU

is

checked. (If the LBC pin is

low

,

the

symbol lights up.)

After detecting the CAU

l

evel, the CAU pin

i

s turned off (at

HIGH

.

)

(When the CAU

p

i

n

is

t

urned off, the resistor division

i

s not performed

and the potential at SIC

2

pin rises to drive the output to

HIGH

.

)

Then

the CPU LS pin

is

checked again to detect the STOP level.

Afte

r detecting the STOP level, the

ON/BAK

key and the RESET

switch do not work.

7.

Low battery detection circuit "

:

':

·

~

'.

C:

'

'2

~

-6-

A

Engagement pawl

(2)

With the pawls engaged

(

at

4

positions)

,

slide

t

he

bottom

cab

i

net

to

the

VR

pot

s

ide

.

Upper cabinet

9.

Upper and lower cabinets engagement

(D Fit

the upper cabinet pawls with lower cabinet pawls.

(4

positions)

The values

i

n

the above table

are

those

in

normal

temperature of

2o·c.

They

will

depend

on

the surrounding conditions.

c

OFF

25.5µA or

less

Displaying

6

.93mA or

less

Calculating 26.SmA or

l

ess

8.

Battery current consumption

When attaching the cabinet bottom unit to

the

cabinet

upper unit. allow

a

clearance of

1

-

2mm

between them.

(Do

not

fix

the

co

i

n screw tightly.)

Coin screw

0

Coin screw section

Battery insertion

l

abel

1-2mm

VR

pot section

0

Battery

i

nsert

i

on label attachment

7.

Cabinet bottom

t,;

·

~---"'C.

The convex side faces outside.

G1

_G

Electrostatic

p

l

ate

6.

Electrostatic plate

Arrange the lead wire

as

shown

above

.

Parallel solder

0

e

pin soldering

Lead wire

Bend

•

.._~

O

E9

pin soldering

PWBside

'1t

Battery pin side

50mm

Spare solder

J;z;z777;z

n.-L

-.

Spare solder

.

I

1;1z

;;; n{

~-Sm~

5.

Battery pin

Virtually center

!

Attach according

to the step.

··

.

-

~

Cushion

4. Battery cover

O Cushion attachment

ON

1

RAMB/U DATACHECKING

B/U DATACHECK OK

ON

RAMCHECKING

RAMCHECK OK

ROMCHECKING

ROMCHECK OK

...

l/OCHECKING

l/OERROR

B/U DATAWRITING

BUSY

-n-r

2ndF

G

CONST

E

I

RUN

CASL

STAT

CAPS

1J1

DE

RAD

M

BATT

I

PRO TEXT

PRINT

servicing.

Note: Only

1

and

2

are used for

-7-

Pressthe returnkey.

I

Pressthe RESETkey,

l

OFF (Do notpress

CT]

key.)

l

Removethe batteryaccordingto the

batte1

replacementprocedure.

Insertthebatteryagain.

l

Put the machineintothe diag mode.

l

Press

II]

key.(B/Ukey)

Press the returnkey.

l

Display reversioncheck

I

•

Press the returnkey.

,

l

.

·i

!i

l

11

pin check (Referto 2.)

!

@]

[Q]

QJ

l

RAMbackupdatawrite

l

Displaycheck

l

1.

Diag. check

Press

[1J

key. (Total)

f--

A beepsoundsonce.

•

RAMcheck

l

ROMcheck

4:AGIN

3:SHOCK

S:KEY

r

ROMversion name

u

PC-E220

V.O

CHECK

u

1:

TOTAL

2:

B/U.KEY

Starting procedure

Turn on the powerswitch.While pressingthe

I

SHIFT! key, press the

CJ

key andpresstheresetswitch.

Menu screen

-··

PC-E220

10. Diag.

About

1mm

Batteryreplacementlabel

9.

Battery replacement caution label attachment

Push the pawl section of the bottom cabinet to insert.

Bottomcabinet

© Slightly pressing with fingers, slide the bottom cabinet to the right

as shown above.

• At that time, check that the VR pot

is

in the bottom cabinet

hole.

• Be careful not to make contact between the VA pot and the

bottom cabinet as far as possibleto preventscratching.

CS)

Extend the

11

pin side of the bottom cabinet and attach the bot-

tom cabinet.

@ Engage a pawl in your side with itscorrespondinghole.

elead

Uppercabinet

Bottomcabinet

The bottom cabinet must be shifted until

it

makes contact with the

upper cabinet rib (A).

(3)

Under the state of

~.

lightly press the VA pot in the bottom

cabinet. (At that time, the lead wires of

$

pin and

8

pin must be

as shown below:

-8-

•

Wi

th

t

he

a

bove

d

i

splay,

c

heck the voltage

a

t 3

p

i

n and

S

pin

'Ni

th a

I

·

~

-

v

oltmeter

.

(

7

p

i

n

V

GG

,

3 pin and 5 pin voltages)

•

A

fter

check

i

ng

o

f

1 )

,

press the

r

e

turn key and

e

xecute

th

e

c

h

eckin

g

of

2

)

.

•

If

the

outpu

t

v

oltage

i

s 7

-

av

.

i

t

i

s

O.K.

(

I

y

c

C

·

.

·

(

I

Display

I

3 pm

(

RXD

)

I

5

pin(CS)

1.

J

CHEC

K

3PIN

:

HIGH

:

SPIN

:

L

OW

I

+3V

-

+1

5V

i

-3V--

1

5V

2

.

1

CHECK

3

P

I

N

:

L

O

W

.

SPIN

:

H

IGH

l

-3V--

1

SV

I

+

3V

-+

15V

3.

Output voltage check

1)

Check program (Inputthis programinto the pocketcomputer.)

1

000

:

CLS

:

WAIT

1

100

:

O

U

T

3

1

200

:

PRINT

·

cHECK

3P

!

N

:

HIGH

,

SPIN

:

LOW

1300

:

OUTS

1

400

:

PRINT "CHECK

3P

I

N

:

LOW

,

SPIN

:

HIGH

"

1500

:

OUT 0

1

600

:

END

2) Connectthe CE-T801

wi

t

h the pocket

computer

.

3) Execute

t

he program shown in

1

).

4)

Check

c

ontents

O

utpu

t Input

No

.

BUSY DOUT

I

XOUT

I

XIN DIN

!

ACK

i

Code

0

0 0

0

0 0

I

0

I

0

1

0

o

1

0

0 0 0

2 0

1

0 0 0

I

0

0

3 0

1

1

1

0

0

4

4

1

0

0 0 0

0

0

s

1

0

1

0

0 0

0

6

1 1

0

I

0 0

1

1

7

1

1

1

1

0

1

I

s

Check code table

3) Connect

t

he

connec

t

orshorted by the CE-T801 with the

pocke

t

c

omputer

.

4) Execute

t

he

c

h

eck

p

r

og

r

am

s

hown in

1

).

5

)

I

f O.K. sign is displayed, the

opera

ti

oncheckis completed.

6)

I

n

c

ase of an error

D

i

splay

e

x

ample

:

ERROR 3.= >

0

.

(

4

.

)

Normal code

Errorcode

Check number

2

.

TXD(

X

IN}

~Short

3

.

RXD

(

XOUT)

4

.

RS

(

ACK)

~Short

5. CS

(

BUSY)

2.

CE·

T801

check

1.

Operat

i

on check

1)

Check program

(

I

np

u

t

th

i

s program

i

nto

t

he

poc

k

et

computer

.

)

,

J

10

0

:

CLS

:

WAIT

:

E =

0

200

:

F

OR

I

=0 TO 7

300

:

OUT

I

:

READ A

4

00

:

IFA

<

>

INP PRINT "ERROR";

I

:

"

=>

"

:

INP

;

"("

;

A

;

"

)"

:

E

=

I

500

:

NEXT

600

: I

F

E

= 0 PRINT

"

OK!'

700

:

DATA

0

,

0,

0

,

4

,

0

,

0

,

1

,

S

800: OUT0

900

:

END

2) Short the CE-T801

2S

pin

connec

t

o

r by

us

i

ng

t

he

0

-

SUB male

conne

ct

oras

s

hown

be

l

ow

:

+-IN

8

)

I

f

the

poc

k

et

compute

r

c

heck

i

s

O

.K.

,

go to

t

he nest step (CE-

T801

check

).

+-OUT

0

1

2 3 4

s

6 7

OUT

HBUSY

0

0

0 0

1

1

1

1

MDOUT

0

0

1 1

0 0

1

1

L

XOUT 0

1

0

1

0

1

0

1

I

NP

HX

I

N 0

1

0

1

0

1

0

1

M DIN 0

0

1

1

0 0

1 1

L

ACK 0 0

1

1

1

1

1

1

0

4

i

3

I

7

I

1

s

3

\

7

7) Check

c

ode

li

st

VGG

11

pin

t

0CNCM1307CC18)

1

00KQ

6

)

Tool

circu

i

t

d

i

agram

I

OUT

!

NP

0

.

=

>0

.

1

.

=>4

.

3.

=>

7

.

4. = >

1

.

6

.

=

>3

.

7

.

=>

7

.

I

OUT

I

NP OUT INP

2. Pocket computer body

11

pin check

1)

T

ool UKOGC3020CSZZ, price rank

·

sc

·

2)

Che

c

kprogram

(

Input into the pocket computer.}

1

0

:

FOR

I

=

0

TO 7

2

0

:

OUT!

30

:

P

R

INT

I

;

"=>"

;

'u

'

;

INP

;

"u.

;

40

:

NEXT

3} Connect

t

he tool shown in

1)

w

it

h

11

pin of the pocket

computer

.

4) Execute the check program shown in 2)

S)

If

t

he

r

esult

i

s as shown

below

,

i

t

i

s O.K.

2

.

=

>3.

S

.

=>S.

:i:

•

I

n case of an error, press

@]

,

[Q]

,

and

GD

then go to the

next

step

.

• The data

regist

ered in the body are

erased

.

.

..

..

J.

~

P

r

ess

t

he RESET

key

.

i

Press

[I]

key

.

l

E

n

d (Off)

::i::u::u:::i:::i:::i:::i:

·

·1

J

r

!d

.

:I:

::i:::i:::i:x::i:::i:::i::u

.

)

:i:

:u:::i:::i::i::i::i::u

~

,

_

i,.

~

#;

:i:::i:::i::n:u::i:::i:

,

SFT

1

Press the

Shi~!ey

.

KEY CHECK O.K.

.

g

siO

.

C:

l

Key check

(Press the key which is

displayed in

t

he

r

i

ght under

sect

i

on

o

f

t

he

sc

r

een.)

-9-

-

1-

-

-

r-

.

1

11. LCD connecting diagram

-

PC-E220

-

10

-

~---

-

--

--

-

--,-,.---;-

....

--- ---

-

-

-

-

---

JIY'

a

"'

_

6

I

1

_

..,v

+-

"" ! i

~

'·

""""

~

y

:

~'

/1..r

7

~

~

I

llD

F

I

(

LS~

'

"

..J

I

;i

+

R

.

ell

!

I

!

r

i

F-E

I

ta

n

L

IAI

x'

I

In

~,

..

.

yx

I

lo

•

h

"'

L...- IAI

!

t:OS

I

+

EXP

LZ84

13

.

HI

IC

3

(

I I

I

I

~

;

-

~

CAli

~

A'i:'T

t

T

AL.1

.L

i.;.

H ~

T

iu

ia

""~

·.-ciT'

1

~

1

2

5

8

3

s

I

9

-

I

'

I

I

/

ll

I

I

I

I

:i

S

PC

B

TA

B

C

C\PS

IU~CN

..

..

""'

.

...,

'"

"

"'"

K

OIO

S

HI FT

z

B

A

SI

C

<J

L

I

p

n

P

r

I

2ndF h IAI

'

TEX

T

I

C>

I

x

'

()

BS

-

DEG

I

s

t

n

I-

!AZ

'"'

Kot

O

FF

A

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s

w

D

I

E

F

R

G

T

H

y

J

u K

.

..

...

H~

·-·

~

>

...

llKIGl

l.

c

11

L,

-...-

1QOP

__

I

OIP

~t-

I

...

,...,

aauK

vce-

..

-

·

--

·

-,

•

>

..

.L«

I

L

.L

I

IC4

:1

;,

•<

-•

~

.,

...

:r.

>

u

•

1

'•

ua

;>

I

,

l~l

..

.

.i., YI

->SOP

•

•

">ux

T

'"

~

..

L

>

.

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J_"

..

·

-

·

~

.

J

.,

,..

T'"

0

•

.L

C

J

v

•

•

..

L

..

0

~

8.1

K

Cl

+

C!,.

t:,

U

K)

T

'"

--

41'1•...

,_

1

•

11

....

.....

CS

2

700P

,J_

C

ll

..

.r-

·

--

·

-,

T

n

1

1-L

..

OTC~

~,~

v

i

CZ41~

••

ao

I

....

T

'

•

C3

..:

V2

3.31&_~

~M

,

: VI

ltlMK

"

"'

"

Lt::=-.J

•

•

!

D

I

HZ9Cl

~

-

l

~

-

.......

~·

1

)

:

S

lnlDC

•

_..._

)

No

t

e

1

:

Forthe dotted

l

i

ne

section

,

refer

t

o the pattern

only

.

Note 2: C

i

s 251/N

0

.

1

µF

capacitor

,

unless otherwise

spec

ifi

ed.

Note 3: A is 1/8W

J

rank

r

es

i

stor unless otherwise specified.

12. Circuit diagram