Sanyo LC7234-8460 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

Single-chip PLL and Microcontroller

with LCD Driver

Ordering number:ENN*4350

LC7234-8460

SANYO Electric Co.,Ltd. Semiconductor Company

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

Preliminary Overview

The LC7234-8460 is a single-chip microcontroller that incorporates a phase-locked loop (PLL) and a liquid crystal display driver. The LC7234-8460 operates over the American, European, Chinese, Middle Eastern, Canadian and Australian LW, MW, SW and FM bands, and incorporates preset-channel memory, automatic or manual tuning, high-speed station search, and clock and timer functions. The LC7234-8460 operates from a 5 V supply and is a v ailable in 64-pin QIPs.

Features

• Operates over the LW, MW, SW1, SW2 and FM bands.

• Three selectable preset memory configurations.

• Automatic tuning or manual preset memory scan.

• High-speed station search. FM band: 60 ms per step. AM band: 70 ms per step.

• Clock function.

• ON, OFF and SLEEP timer functions.

• Logic-level and momentary switch band select inputs.

• LCD display with wide viewing angle and high contrast over a wide operating temperature range.

• On-chip amplifier for external lowpass filter.

• External RC network for reset not required.

• Forced mono mode.

• High signal-to-noise ratio.

• Single 5 V supply.

• 64-pin QIPs.

Package Dimensions

unit:mm

3159-QIP64E

[LC7234-8460]

17.2

14.0

0.8

0.35

15.6

17.2

1.6

14.0

1.0

0.8

1.0

Pin Assignment

1.6

1.0

0.8

SANYO : QIP64E

3.0max

0.15

0.1

2.7

Top view

O1501TN (KT)/32693JN No.4350–1/23

Pin Function

1NIX.noitcennoctupnirotallicsolatsyrczHM5.4

22TSET.DNGotdetcennocyllamroN.tupnitseT 3DS

4OERETS 51DNAB

60DNAB 7TS/OM

8MA/MF

9)L(S/M

01WS

11ETUMA

21MF

31TUOREMIT

71ot415Tot8T

22ot810Tot4T 62ot320Kot3KVottcennoC.stupninacsyekHGIH-evitcA

94ot721Sot32S.esunitonnehwnepoevaeL.stuptuorevirdtnemgeS

15,051MOC,2MOC .esunitonnehwnepoevaeL.stuptuorevirdnommoC

25DLOH

35TSET .noitamrofnirehtrufrofnoitpircsedyektseTehteeS.tupnitsetHGIH-evitcA 45NIFIVottcennoC.tupnilangisFIMF/MA

55TNOCREMIT 65VDDylppusV5

75CSOMFVottcennoC.tupnirotallicsolacolMF 85CSOMAVottcennoC.tupnirotallicsolacolMA 95VSSdnuorG 06OE.tuptuorotarapmocesahP 16NIAVottcennoC.noitcennoctupnireifilpmaretlifssapwoL 26TUOAVottcennoC.noitcennoctuptuoreifilpmaretlifssapwoL 361TSET.DNGotdetcennocyllamroN.tupnitseT 46TUOX.noitcennoctuptuorotallicsolatsyrczHM5.4

LC7234-8460

rebmuNemaNnoitpircseD

VottcennoC

.esunitonnehw

VottcennoC

.esunitonnehw

.esunitonnehwnepoevaeL.teserretfa

.esunitonnehwnepoevaeL.teser

.esunitonnehwnepoevaeL.teserretfa

.esunitonnehwnepoevaeL

.esunitonnehwnepoevaeL.teser

I(detcelessiedomdloh,gnitarepo

.esunitonnehw

.detcetedsinoitatsanehwevitcasitupnisiht,gninutotuagniruD.tupnitcetednoitatsWOL-evitcA

.NOsiDELyalpsidOERETSeht,edomMFgnirudWOLnehW.tupnitcetedoeretsWOL-evitcA

.selbattcelesdnabehteeS.0siDNBLESnehwevitcA.stupnitcelesdnaB

levelWOL.HGIHnehwoeretsdnaWOLnehwonoM.tuptuorotacidnioerets/onomHGIH-evitcA

retfalevelHGIH.HGIHnehwMFdnaWOLnehwMA.tuptuotcelesdnabMA/MFHGIH-evitcA

.esunitonnehwnepoevaeL.teserretfalevelWOL

.esunitonnehwnepoevaeL.teserretfalevelHGIH

I(detcelessiedompukcab,gnitarepotonsikcolceht

.esusitonnehw

.esunitonnehw

.).xamAµ5=

.esunitonnehw

.WOLnehw)WL(WSdnaHGIHnehwWM.tuptuotcelesdnabevawtrohs/muidemWOL-evitcA

levelWOL.HGIHnehw2WSdnaWOLnehw1WS.tuptuotcelesdnabevawtrohsHGIH-evitcA

.ycneuqerfreviecergnignahcnehwtuptuooiduaehtstuC.tuptuolortnocetumoiduaHGIH-evitcA

.teserretfalevelWOL.HGIHnehwMAdnaWOLnehwMF.tuptuotcelesMF/MAHGIH-evitcA

retfalevelWOL.noitarepoedompeelsdnaremitgnirudHGIH.tuptuolortnocremitHGIH-evitcA

noitisnartHGIH-ot-WOLanehwdennacssixirtamehT.stuptuonacsxirtamedoidHGIH-evitcA

nepoevaeL.teserretfalevelWOL.degnahcsahatadfidezilaitinisieciveD.DLOHnosrucco

yekgnidnopserrocehtnehwylnodennacssixirtamyekehT.stuptuonacsxirtamyekHGIH-evitcA

.esunitonnehwnepoevaeL.teserretfalevelHGIH.nacshcaeretfaHGIHseoG.desserpsi

sikcolcehtdnasrucconoitisnartWOL-ot-HGIHanehW.tupnilortnocedomdlohWOL-evitcA

dnasrucconoitisnartWOL-ot-HGIHanehW.).pytAm7.0=

.HGIHnehwgnitarepotondnaWOLnehwgnitareporemiT.tupnilortnocremitWOL-evitcA

Specifications

Absolute Maximum Ratings at Ta = 25˚C, VSS = 0V

retemaraPlobmySsnoitidnoCsgnitaRtinU

egatlovylppuSV

egatlovtupnI

egatlovtuptuO

tnerructuptuO

noitapissidrewopelbawollAxamdP=aT– 58+ot04°C 004Wm

erutarepmetgnitarepOrpoT –58+ot04

erutarepmetegarotSgtsT –521+ot54

1NI

2NI

1TUO

2TUO

1TUO

2TUO

3TUO

4TUO

1DNAB

TUOA

–5.6+ot3.0

,0DNAB,TNOCREMIT,OERETS,DS,TSET,DLOH

stupnirehtollA

TUOA,MA/MF,TS/OM

stuptuorehtollA

MA/MF,TS/OM

8Tot6T,TUOREMIT,MF,ETUMA,WS,)L(S/M

5Tot0T

–Vot3.0

–31+ot3.0

–51+ot3.0

3.0+

3.0+ 5ot0 3ot0

1ot0

2ot0

˚C ˚C

No.4350–2/23

LC7234-8460

Reommended Operating Conditions at Ta = –40 to +85˚C, VDD = 3.5 to 5.5V

retemaraPlobmySsnoitidnoC

egatlovylppuS

egatlovlevel-hgihtupnI

egatlovlevel-woltupnI

ycneuqerftupnI

edutilpmatupnI

1DD 2DD

3DD

1HI 2HI

3HI

1LI

2LI

3LI

1NI

2NI

3NI

4NI

5NI

1NI

2NI

4,3NI

5NI

DLOHV8.0

DLOH0V4.0

NIX0.45.4

,CSOMFV

,NIFIV

5NI

NIX05.0

CSOMF01.0

CSOMA01.0

NIFI01.05.1

Electrical Characteristics Under recommended operating conditions

retemaraPlobmySsnoitidnoC egatlovnoitcetednwod-rewoPV

terruclevel-hgihtupnI

terruclevel-woltupnI

egatlovgnitaolftupnIV ecnatsisernwod-lluPR

tnerrucegakaelFFOtuptuO

egatlovlevel-hgihtuptuO

egatlovlevel-woltuptuO

TED

1HI

2HI

3HI

4HI

5HI

1LI

2LI

3LI

4LI

VIV=

VIV= VIV=

V:NIX

V:NIA

IV=DD

IV=DD SS

SS SS IV=SS

3Kot0K

I I I

I I

1HO

2HO

3HO

4HO

5HO

6HO

1LO

2LO

3LO

4LO

5LO

6LO

7LO

8LO

V:OE

1HFFO

2HFFO

OV=DD

V:)L(S/M

3HFFO

V:OE

OV=SS

I:OE

V:TUOA

V:)L(S/M

I:)L(S/M

I:TUOX

I:)L(S/M

I:TUOX

I:TUOA

4HFFO 1LFFO

2LFFO

gnitarepoLLP,UPC5.45.5

gnitarepoUPC5.35.5

noitneterataD3.15.5

TSET,3Kot0KV6.0

TSET,3Kot0K0V2.0

2NI

1DD

,)WM,WL(CSOMAV

3NI

,)WS(CSOMAV

4NI

1DD

V:1DNAB,0DNAB

1DD

V5.5=

V0.5=0.20.551

V:3Kot0K

IV=DD

V:NIFI,NIMA,NIMF

IV=DD

V0.5=40103

V0.5=05

1DNAB,0DNAB,TSET

NIX,0.20.551

NIFI,CSOMA,CSOMF,0.401

V,3Kot0K

V0.5=

,WS,ETUMA,MF,TUOREMIT,8Tot0T

OV=DD

V:TS/OM,MA/MF

V31=

,WS,ETUMA,MF,TUOREMIT,8Tot0T

OV=SS

I:5Tot0T

Am1=

,WS,ETUMA,MF,TUOREMIT,8Tot6T

Am1=

Aµ005=

Aµ002=

I:32Sot1S

I:5Tot1T

Am1.0–=

I:2MOC,1MOC

Aµ52=

Aµ05=5.00.10.2

,WS,ETUMA,MF,TUOREMIT,8Tot6T

Am1=

Aµ05=0.1

Aµ002=0.1

I:32Sot1S

Am1.0=0.1

V3.1=NIA,Am5=5.0

I:2MOC,1MOC

Aµ52=3.05.057.0

I:TS/OM,MA/MF

Am5=

sgnitaR

nimpytxam

TNOCREMIT,1DNAB,0DNAB,OERETS,DSV7.0

DD DD DD

TNOCREMIT,1DNAB,0DNAB,OERETS,DS0V3.0

5.0

0.2

4.0

sgnitaR

nimpytxam

7.20.33.3V

,TSET,TNOCREMIT,OERETS,DS,DLOH

,TNOCREMIT,OERETS,DS,DLOH,

VDD–0.2VDD–0.1VDD–5.0 VDD–0.1 VDD–0.1

VDD–0.1 VDD–0.1

VDD–57.0

001

VDD–5.0VDD–3.0

57.0

051( Ω)

Continued on next page.

0.8

DD DD DD

0.5

031 01

04 21

5.1

0.3

1.001An

0.3

10.0

1.0

10.0

V50.0

002

0.3

0.5

0.1 01

0.3Aµ

0.1

0.2

004( Ω)

tinU

zHM

smrV

tinU

Aµ

kΩ

Aµ

No.4350–3/23

Continued from preceding page.

retemaraPlobmySsnoitidnoC

egatlovtuptuolevel-DIMV

tnerrucylppuS

Measurement Circuits

Hold mode I

DD2

LC7234-8460

sgnitaR

nimpytxam

I I

1DD 2DD

3DD

4DD

1DD

2DD

V,2MOC,1MOC

2NI

I,V5=

zHM031=5102

tiucrictnemerusaem

Aµ02=0.25.20.3V

edomdloH,gnitarepoLLP,

52=aT,gnitareporotallicsO,V5.5=°,C

tiucrictnemerusaemedompukcaB

52=aT,deppotsrotallicsO,V2.2=°,C

tiucrictnemerusaemedompukcaB

7.0

tinU

Aµ

Note

*1 = pins K0 to K3, SD, STEREO, BAND0 and BAND1 Pins T0 to T8, TIMER OUT, FM, AMUTE, SW, M/S(L), FM/AM, MO/ST = open

Backup mode I

DD3

Note

Pins K0 to K4, SD, STEREO, BAND0, B AND1, T0 to T8, TIMER OUT, FM, AMUTE, SW, M/S(L), FM/AM, MO/ST, S1 to S23, COM1, COM2 = open

No.4350–4/23

Functional Description

Band Coverage

noigeRdnaB

MF0.801ot0.7805/001527.01

aWM2061ot13599864/054

anihC

1setatSdetinU

2setatSdetinU

eporuE

tsaEelddiM

1nommoC

2nommoC

ailartsuA,adanaC

dlroW

bWM1161ot22599864/054 1WS32.6ot82.255054 2WS58.12ot1.755054

MF9.701ot5.78002057.01

bWM0171ot0350101054

MF0.801ot5.78001057.01

bWM0171ot0350101054

MF0.801ot5.7805/001527.01

aWM2061ot13599864/054

bWM1161ot22599864/054

WL182ot64111864/054 MF0.801ot5.7805/001527.01

aWM2061ot13599864/054

bWM1161ot22599864/054 1WS32.6ot82.255054 2WS58.12ot1.755054

MF0.801ot5.7805/001527.01

aWM2061ot13599864/054

bWM2061ot13599864/054 AWS6.51ot59.555054

MF0.801ot5.7805/001527.01

aWM2061ot13599864/054

bWM1161ot22599864/054 BWS5.21ot8.355054

MF0.801ot5.7805/001527.01

bWM1161ot22599864/054

MF0.801ot5.7805/001527.01

aWM2061ot13599864/054

bWM1161ot22599864/054

WL182ot64111864/054

BWS5.21ot8.355054

LC7234-8460

egnarycneuqerF

])zHk(MA)zHM(WS,MF[

petsycneuqerF

)zHk(

nosirapmoC

)zHk(ycneuqerf

ycneuqerfretneC

2B1B0B

])zHk(MA)zHM(MF[

000

001aWM2061ot13599864/054

010aWM2061ot13599864/054

100

011

101

110

111aWM2061ot13599864/054

1=DLROW

Band Selection

When SELBND is 0, BAND0 and BAND1 select the frequency band as shown in the following table. When

1DNAB0DNAB

00 MFMFMFMFMFMF 01 )MF(WL1WS)MF()MF(WL 10 MAWMWMWMWMWM 11 )MF()MF(2WSAWSBWSBWS

,adanaC,.A.S.U

ailartsuA

eporuE

SELBND is 1, the BAND, FM, MW, LW and SW keys select the frequency band.

,tsaEelddiM

anihC

1nommoC2nommoCdlroW

The frequency band selection determines the logic levels of FM/AM, M/S(L), SW and FM as shown in the following table.

DNAB

MFHGIHWOLWOLWOL WMWOLHGIHWOLHGIH

)WL(1WSWOLWOLWOLHGIH

2WSWOLWOLHGIHHGIH

MA/MF)L(S/MWSMF

emanniP

Preset Memory Channels

seulavyromemteserPsdnabycneuqerfforebmuN

2HCSP1HCSPMFWMWL/1WS2WS 008888 015555 10 61 888 11 lagellI

No.4350–5/23

LC7234-8460

SW band search ranges Key/diode Matrix

DNAB)zHM(egnarycneuqerF

1WS

2WS

AWS

BWS

594.2ot82.2

4.3ot2.3

0.4ot8.3

60.5ot57.4

32.6ot59.5

3.7ot1.7

9.9ot5.9

5.21ot56.11

8.31ot6.31

6.51ot1.51

9.71ot55.71

58.12ot54.12

32.6ot59.5

3.7ot1.7

9.9ot5.9

5.21ot56.11

8.31ot6.31

6.51ot1.51

0.4ot8.3

60.5ot57.4

32.6ot59.5

3.7ot1.7

9.9ot5.9

5.21ot56.11

Diode matrix functions

edoiD

xirtam

eman

KCOLC

H42/21

NOLOC

TNCFI

FILES

MFLES

WMLES

RMTLES

DLROW

0snoitcnufkcolctuohtiW 1snoitcnufkcolchtiW 0kcolcruoh-21 1kcolcruoh-42 0sm005rofFFO,sm005rofNO.gnihsalF 1NO 0oN 1seY 0zHk054 1zHk864 0zHk001 1zHk05 0tcelesegnarycneuqerfaWM 1tcelesegnarycneuqerfbWM 0remittuohtiW 1remithtiW 0tcelesdnabtupnilevel-cigoL

DNABLES

1tcelesdnabhctiwsyratnemoM 02Bdna1B,0BgnisutcelesdnaB 1dnabDLROWstceleS

FFO/NOnoitcnuF

Function positions

tuptuO

0TNOREMIT/1HCFFOREMIT/2HC3HC4HC 1T5HC6HC7HC8HC 2TPUNWODSPEM 3TDNABTS/OMPEELSYALPSID

4TMFWM)1WS(WL 5T0B1B2B

6TKCOLCH42/21NOLOCTNCFI 7TFILESMFLESWMLESRMTLES 8TDNBLES1HCSP2HCSPDLROW

0K1K2K3K

tupnI

Notes

1. A indicates that the diode matrix element has either of the following configuations.

2. No indicates that the diode matrix element has a momentary switch configuation.

)2WS(,WS

)BWS(,)AWS(

No.4350–6/23

LC7234-8460

LCD Display Driver China and the Middel East

The configuation of the LCD panel used in China and the Middle East only is shown in the following figure, and

the pin-to-segment relationship, in the following table.

tuptuotnemgeS

1S1 zHk·WM31Sf4a4 2SzHM·1pd·WSzHM·2pd·MF41Sb4g4 3Sa12 51Se4c4 4Sc1b161Sd4REMIT 5Sf2a271SNOFFO 6Sb2g281S5MA 7Se2c291Sf7a7 8Sd2OERETS02Sb7g7 9Sf3a312Se7c7

01Sb3g322Sd7PEELS 11Se3c332Sc,b6MP 21Sd3NOLOC

1MOC2MOC1MOC2MOC

tuptuorevirdnommoC

All other regions

The configuration of the LCD panel used in all regions other than China and the Middle East is shown in the

tuptuotnemgeS

tuptuorevirdnommoC

following figure, and the pin-to-segment relationship, in the following table.

No.4350–7/23

+ 16 hidden pages