Sanyo LC58E68 Specifications

Any and all SANYO products described or contained herein do not have specifications that can handle
applications that require extremely high levels of reliability, such as life-support systems, aircraft’s
control systems, or other applications whose failure can be reasonably expected to result in serious
physical and/or material damage. Consult with your SANYO representative nearest you before using
any SANYO products described or contained herein in such applications.

SANYO assumes no responsibility for equipment failures that result from using products at values that
exceed, even momentarily, rated values (such as maximum ratings, operating condition ranges,or other
parameters) listed in products specifications of any and all SANYO products described or contained
herein.

CMOS IC

4-bit Microcontroller

with Built-in EPROM and LCD Drivers

Ordering number:ENN3410C

LC58E68

SANYO Electric Co.,Ltd. Semiconductor Company

TOKYO OFFICE Tokyo Bldg., 1-10, 1 Chome, Ueno, Taito-ku, TOKYO, 110-8534 JAPAN

Overview

The LC58E68 is a 4-bit microcontroller with built-in 16
Kbytes of EPROM, 1 Kbit of RAM and LCD drivers. It
can perform most of the functions of the LC586X series
single-chip microcontroller, making it ideal for prototyping
systems based on these devices.
The LC58E68 features an additional 224 bytes of EPROM
containing the configuration option data. Configuration
options include input and output configurations and osillator
selection. Input configuration are LOW-level hold transis­tor, HIGH-level hold transistor and no hold transistor en­abled, and pull-up and pull-down input transistors. Output
configuration options are LCD driver and CMOS, p-chan­nel open-drain and n-channel open-drain general-purpose
outputs.The osillator options are ceramic filter, crystal, and
both ceramic filter and crystal.
The LC58E68’s UV-erasable EPROM can be repro­grammed using a general-purpose PROM programmer and
an adapter board.
The LC58E68 operates from a 3 or 5 V supply and is avail­able in 80-pin QIPs.

Features

• Compatible with the LC586X series mask ROM devices

• 16-Kbyte program EPROM

• 224-byte configuration EPROM

• 1-Kbit RAM

• LCD drivers

• 3 or 5 V supply

• 80-pin QIP

Pin Assignment

Top view

O2501TN(KT)/11795TH (ID)/7142JN No.3410–1/16

Block Diagram

LB58E68

No.3410–2/16

Pin Function

rebmuNemaN noitcnuF
12MOC
21MOC
31PUC
42PUC
5SERtupniteserHGIH-evitcA
6EO/TNI tupni)EO(elbanetuptuoMORPEdna)TNI(tseuqertpurretnidexelpitluM
780A/1OS
890A/2OS
901A/3OS

0111A/4OS
1121A/1A
2131A/2A
3141A/3A
41EC/4A
514D/1P
615D/2P
716D/3P
817D/4P
91TUOTX
02NITX
12V
22V
32VSSdnuorG
42V
52NIFC
62TUOFC
7200A/1S
8210A/2S
9220A/3S
0330A/4S
130D/1K
231D/2K
332D/3K
433D/4K
5340A/1M
6350A/2M
7360A/3M
8370A/4M
931N
042N
143N
244N
34PPV/TSTVMORPEdna)TST(tupnitsetdexelpitluM

87ot4453GESot1GESstuptuoesorup-larenegrosrevirdtnemgesDCL
974MOC
083MOC

LB58E68

stuptuonommocDCL

snoitcennocroticapactiucricsaibevirdDCL

)11A

)7Dot4D(senilsubatadMORPEdna)4Pot1P(Ptroptuptuo/tupnitib-4dexelpitluM

snoitcennocrotallicsolatsyrC

2

DD

1

DD

DD

ylppusegatloV

)4Mdna3M(stupnikcolc

stuptuonommocDCL

noitcennocroticapacylppussaibevirdDCL

snoitcennocrotallicsoretlifcimareC

)30Aot00A(stupnisserddaMORPEdna)4Sot1S(Stroptupnitib-4dexelpitluM

)3Dot0D(senilsubatadMORPEdna)4Kot1K(Ktroptuptuo/tupnitib-4dexelpitluM

)4N(tuptuolangismraladna)4Not1N(Ntroptuptuoniardnepo,tib-4dexelpitluM

PP

)PPV(ylppus

ot8OA(stupnisserddaMORPEdna)3OSotOS(troplaires,)4OSot1OS(OStroptuptuo/tupnitib-4dexelpitluM

)EC(tupnielbanepihcdna)41Aot21A(stupnisserddaMORPE,)4Aot1A(Atroptuptuo/tupnitib-4dexelpitluM

lanretxe2dna1remitdna)70Aot40A(stupnisserddaMORPE,)4Mot1M(Mtroptuptuo/tupnitib-4dexelpitluM

No.3410–3/16

Specifications

Absolute Maximum Ratings

retemaraPlobmySsnoitidnoCsgnitaRtinU

egatlovylppuSV

1egatlovylppusDCLV
2egatlovylppusDCLV

egnaregatlovtupniNIFCdnaNITXV

egnaregatlovtupniTST

egnar

egnartnerructuptuoNstroPI

egnartnerructuptuolatot53

noitapissidrewopelbawollAxamdP 005Wm

erutarepmetgnitarepOrpoT 04ot01°C

erutarepmetegarotSgtsT 521+ot55–°C

LB58E68

xam 0.6+ot3.0–V

DD

1DD
2DD

1I

dnaTNI,SERdna,AdnaOS,P,K,SstroP

egnaregatlovtuptuoTUOFCdnaTUOTXV

egnaregatlovtuptuoniard-nepoNstroPV

egnartnerructuptuoAdnaOS,M,P,KstroPI

V

2I

1O

1GES,2PUC,1PUCdna,AdnaOS,P,KstroP

egatlovtuptuo4MOCot1MOCdna53GESot

V

2O

3O
1O
2O

GESot1GESdna,NdnaA,OS,M,P,KstroP

∑I

O

Vot3.0–

V

DD

Vot3.0–

V

DD

egatlovdetarenegmumixamot0V

Vot3.0–

3.0+V

DD

egatlovdetarenegmumixamot0V

Vot3.0–

3.0+V

DD

31+ot3.0–V
51+ot01–Am
5+ot5–Am

07+ot07–Am

Allowable Operating Ratings at Ta = 25˚C

retemaraPlobmySsnoitidnoCsgnitaRtinU

delbasidDCLhtiwegnaregatlovylppuSV

saibcitatshtiwegnaregatlovylppuSV
saib-2/1htiwegnaregatlovylppuSV
saib-3/1htiwegnaregatlovylppuSV

egatlovnoitneteratadmuminiMV

DD
DD
DD
DD
RD

1etoneeS 5.5ot8.2V
1etoneeS 5.5ot8.2V
2etoneeS 5.5ot8.2V
3etoneeS 5.5ot8.2V
4etoneeSot8.2VDDV

Notes

1. V

DD1=VDD2=VDD

2. V

DD1=VDD2

3. V

DD1

≈1/2×V

≈2/3×VDD, V

DD

DD2

≈1/3×V

DD

4. Oscillator and all internal circuits halted

Electrical Characteristics at Ta = 25˚C, VDD=2.8 to 3.2V

retemaraPlobmySsnoitidnoC

V

DD

f

1egatlovylppusDCLV

2egatlovylppusDCLV

tnerrucylppuSI

tnerrucegakaelylppuSI

-woltupniTNIdna,AdnaOS,M,P,K,SstroP

egatlovlevel

egatlovlevel

DD

DD

V

1LI

-hgihtupniTNIdna,AdnaOS,M,P,K,SstroP

V

1HI

1DD

2DD

latx

V

DD

f

latx

V

DD

f

latx

V

DD

V

DD

Zck52= Ω .4erugifeeS.saib-3/1,edomtlah,
V

DD

V

DD

V

DD

f,V3=

f,V3=

f,V3=

f,V3=

sgnitaR

nimpytxam

,saib-2/1,Fµ1.0=2C=1C,V3=

.2erugifeeS.zHk867.23=

,saib-3/1,Fµ1.0=2C=1C,V3=

.3erugifeeS.zHk867.23=

,saib-3/1,Fµ1.0=2C=1C,V3=

.3erugifeeS.zHk867.23=

C,zHk23=

latx

latx

rec

rec

C,zHk004=

.5erugifeeS.edomtlah

C,zHM1=

.6erugifeeS.edomtlah

g

gcC=dc

gcC=dc

Z,Fp02=

k52= Ω,

c

.4erugifeeS.saib-3/1,edomtlah

C,zHk56ro83=

,Fp01=

g

,Fp033=

,Fp001=

.1erugifeeS.edomybdnats,V3=1Aµ

03.0VDDV

V7.0

DD

5.1

0.1

0.2V

5

01

051

002

V

DD

tinU

V

Aµ

V

Continued on next page

No.3410–4/16

Continued from preceding page

retemaraPlobmySsnoitidnoC

egatlov

egatlov

tnerruc

egatlovlevel-woltuptuoNtroPV

tnerrucegakaeltuptuoNtroPI

egatlov

egatlov

tnerruc

egatlov

tnerruc

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

egatlov

ecnatsisertupnirotsisnart

ecnatsisertupnirotsisnart

ecnatsisertupni

ecnatsisertupni

LB58E68

egatlovlevel-woltupniNIFCdnaSERV

egatlovlevel-hgihtupniNIFCdnaSERV

level-woltuptuoAdnaOS,M,P,KstroP

level-hgihtuptuoAdnaOS,M,P,KstroP

egakaeltupniTNIdna,AdnaOS,M,K,SstroP

egatlovlevel-woltuptuoSOMC53GESot1GESV

level-hgihtuptuoSOMC53GESot1GES

level-hgihtuptuolennahc-p53GESot1GES

egakaeltuptuolennahc-p53GESot1GES

level-woltuptuolennahc-n53GESot1GES

egakaeltuptuolennahc-n53GESot1GES

level-woltuptuo53GESot1GESsaib-citatS

level-hgihtuptuo53GESot1GESsaib-citatS

egatlovlevel-woltuptuo1MOCsaib-citatSV

egatlovlevel-hgihtuptuo1MOCsaib-citatSV

level-woltuptuo53GESot1GESsaib-2/1

level-hgihtuptuo53GESot1GESsaib-2/1

level-woltuptuo4MOCot1MOCsaib-2/1

level-dimtuptuo4MOCot1MOCsaib-2/1

level-hgihtuptuo4MOCot1MOCsaib-2/1

level-woltuptuo53GESot1GESsaib-3/1

level-dimtuptuo53GESot1GESsaib-3/1

level-hgihtuptuo53GESot1GESsaib-3/1

level-woltuptuo4MOCot1MOCsaib-3/1

level-dimtuptuo4MOCot1MOCsaib-3/1

level-hgihtuptuo4MOCot1MOCsaib-3/1

dlohlevel-wolAdnaOS,M,P,K,SstroP

dlohlevel-hgihAdnaOS,M,P,K,SstroP

rotsisnartpu-llupAdnaOS,M,P,K,SstroP

rotsisnartnwod-llupAdnaOS,M,P,K,SstroP

ecnatsisertupnirotsisnartdlohlevel-wolTNIR

ecnatsisertupnirotsisnartdlohlevel-hgihTNIR

2LI

2HI

V

V

I

V

V

I

V

I

V

V

V

V

V

V

V

V

V

V

V

V

V

R

R

R

R

I

2LO

I

1HO

VDDV3=

1kael

I

1LO

V

2kael

I

3LO

I

2HO

I

3HO

VLOV0= 1Aµ

3kael

I

4LO

VHOV=

4kael

I

5LO

I

4HO

I

6LO

I

5HO

I

7LO

I

6HO

I

8LO

I

1MO

I

7HO

I

9LO

I

2MO

I

I

8HO

I

01LO

I

3MO

I

I

9HO

VIV2.0=

1LI

VIV8.0=

1HI

VIV=

1UP

VIV=

1DP

VIV2.0=

2LI

VIV8.0=

2HI

Aµ004=2.05.0V

LO

Aµ004–=V

HO

VIV=

SS

VIV=

DD

Am01= 5.0V

LO

V5.01= 1Aµ

HO

Aµ001= 5.0V

LO

Aµ001–=V

HO

Aµ001–=V

HO

Aµ001= 5.0V

LO

DD

Aµ02= 2.0V

LO

Aµ02–=V

HO

Aµ001= 2.0V

LO

Aµ001–=V

HO

Aµ02= 2.0V

LO

Aµ02–=V

HO

Aµ001= 2.0V

LO

LO

HO

LO

LO

LO

HO

LO

LO

LO

HO

IroAµ001=

Aµ001–=V

Aµ02= 2.0V

IroAµ02=

HO

IroAµ02=

HO

Aµ02–=V

Aµ001= 2.0V

IroAµ001=

IroAµ001=

Aµ001–=V

DD

DD

SS

DD

DD
DD

Aµ001–=

HO

Aµ02–=

Aµ02–=

Aµ001–=

HO

Aµ001–=

HO

sgnitaR

nimpytxam

052.0VDDV

V57.0

DD

5.0–VDD2.0–V

DD

1–

5.0–V

DD

5.0–V

DD

2.0–V

DD

2.0–V

DD

2.0–V

DD

V(

)2/

DD

2.0–

2.0–V

DD

V(

)3/

DD

2.0–

V3/2(

)

DD

2.0–

2.0–V

DD

V(

)3/

DD

2.0–

V3/2(

)

DD

2.0–

2.0–V

DD

060030021kΩ

060030021kΩ

03051005kΩ

03051005kΩ
060030021kΩ

060030021kΩ

V

DD

V(

DD

V(

DD

V3/2(

V(

DD

V3/2(

1

1Aµ

)2/

2.0+

)3/

2.0+
)

DD

2.0+

)3/

2.0+
)

DD

2.0+

tinU

V

Aµ

V

V

V

V

V

Continued on next page

No.3410–5/16