LC67216A

Sanyo Semicon Device

CMOS LSI 4 BIT SINGLE CHIP MICRO COMPUTER

Manufacturer: Sanyo Semicon Device

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SANYO SEMICONDUCTOR CORP e2E D mM 7997076 0006509 5S mm of - -T-49-19-O4

3071 CMOS LSI

. . . . 4-Bit Single Chip Microcomputer Qn-Chip FLT Controller, A/D Converter. cory Remote Control Signal Detector, 16K-Byte ROM | Overview A The LC67216A Is a 4-bit single chip microcomputer fabricated with CMOS technology, a des CPU (operational speed: 0.92 us), ROM (16K bytes), RAM (608 words), AD converter, DA, ‘ter (PWM type), Remote contro! signal receiver, FLT display controller/driver, and horizont ronization detect counter in a 64-pin package. . 2 Applications: . iat + VCR timer, audio timer, DSP amp controller . . Features: (1) Dedicated hardware: Simpler program and more additional values = FLT display controller/driver -+ Total 28 lines (max.): 20 segments and 16 digits (max.), Various display modes (dimmer, static, and so on), and automatic scanner function (no interrupt processing — required) Sj = Remote control signal receiver -+ Continuous pulse (L, H) detection by remote control detection timer ; —I and internal high-frequency band noise elimination filter. Recommended for use in products with the ——F ‘Association of home electronic appliances’ standards. = = Tone output -» Beep sound and melody tone outputs 4 - Horizontal synchronization detect counter -» Tuner synchronization detectable by an independent 9-bit I counter - : : — - PWM type DA converter -+ 14-bit DAC output, voltage synthesizer tuner and electronic volume contro! (2) AD converter: Lower cost, more additional values and higher functionality - Direct input of various analog signals -+ AD conversion for level meter and display, S curve detect + no dedicated IC required. ~ key matrix input by resistance division -+ Better economical space layout, less pins count, reduced harness and improved radiation immunity (3) Protection against noise radiation ~ Improved protection against noises from oscillation circuit or FLT driving circuit, -» Shortened noise protection design process and parts reduction in noise protection mechanism (4) Clock standby function - Two types of oscillation circuits (4MHz band and 32KHz band) -» Battery-backed-up clock application Hardware Configuration Applicable to: LC66000 series/LC67000 series microcomputers .0665068/5088/5128/5168 | LC66304A/306A/308A LC67216A 6K/8K/12K/16K bytes 4K/6K/8K_ bytes RAM capacity} 52x 4 612« 4 608 x 4 . (96 x 4 for display) Packaging OIPG4S. QIPE4 | OIP64S Provided (28 lines) Analog input | Comparator (4 channels) ‘Comparator (4 channels) | AD converter with an accuracy} Tri-state input (2 channels) | Tri-state Input (2 channels) lof 4 bits (8 channels) Evaluation chip| LC66599 LC66599 LC67999 Gureetly on the market T129TA, TS IM No. 3108-1/28 Te

SANYO SEMICONDUCTOR CORP eee D mm 7997076 OOOLSLO 1 mm LC67216A . ste T_T T-49-19-04 Functions: - (1) Instructions: 116 (upwards compatible with the LC6G000 series microcomputers) (2) ROM capacity: 16K bytes. RAM capacity: 608x 4 words (of the capacity, 96 x 4 words used as the display RAM) (4) System clock selectable by a software -» Less power dissipation . ~ In case of sub system clock = 32.768KHz: 61 us (8) Input/output ports: Total = 53 lines . = Output ports: 28 lines -- FLT controller directly drivable ~ Input/output ports: 24 lines -» LED directly drivable > Input port: 1 line . (6) Interrupt: 11 sources (external interrupt = 4 lines, AC zero cross interrupt = 1 line , timer interrupt = 3 lines, serial input/output interrupt = 2 lines, and key scan interrupt = 1 line). 6 vector addresses. > (7) Timer: 3-channel multiple-functional timer - Timer 1: Remote control signal receiver/8-bit Interval + tone generator - - Timer 2: PWM type DA converter(14 bits or 8 bits + 6 bits)/tone generator ~ Time base timer: Clock counter(also used as a watchdog timer)/14-bit event counter (8) Serlal input/output: 8 bits x 2 channels. One of them can be used as the LSB-first or the MSB-first serial transfer port. * (9) 4-bit 8-channel AD converter: AD conversion mode/comparator mode (10) FLT display controller . ~ Segments: 8 to 20. Digits: 8 to 16 - Selectable by software, . ~ 8-level dimmer function . - Pull-down resistor option available . . ~ Static display mode available (11) On-chip 9-bit counter for detecting horizontal sync. (12) On-chip AC zero cross detector (13) On-chip triac driver (14) Standby function ~ Count operation continues while the CPU operation stops. ~ All of the operations stop. Oscillation stabilization at the restart Is internally supported. (15) Oscillation circuits: 2 - Main clock: 4.19MHz crystal oscillator or 4,.0MHz ceramic resonator - Sub clock: 32.768kHz crystal oscillator (16) Packaging: DIP64S DIP64s (17) Evaluation LSI; LC67999{evaluation chip) + EVA850/800 - TB67216(evaluation chip board), LC67PG216 (piggyback av GO lay Pis/euz type) av- El Fey PI2/TRA/Pour P20/FOD C3] Fes} PtI/DAOT Pai/acz/AN [ot] fer) Pt0/A00 Pejanz C3] fe] PO3/KEY3 Pasanti/ans C8] [s3) Poo/Kev2 Pa/so/ane C7] [sa] PO/KeY! P3i/soo/ans CE] [52] Po0/KEYO 32/50K0/aN6 C3] fs) To 33/PIN1 /aN7 [Ho] [55] 11 Pin Assignment Patvany GT Hae ves Tal [3] 73 s osor (15 [sz] T+ Case Outline 3071-D64iC sce fia] [a ts {unitsmm) Vo [15] (50) 15 : reste] L067216A Ey pesane ——— Lilt x2 [ia] (42) te/szz 4 rest [1] [4g] riorsat 3 1/801 (21) [4a] TI2/s19 6 ai 52/StKi (22) [as] ris/sie TOOT nesmenr fe) nwsi7 TH5/ i z] 51-2 4 eevvenro 1 fave ee 3 : 8) SD ew ta Ee RH : 388 ry7) j.~@ SANYO: DIP64s 86 (30) Fis) sit s7 Gt [34] sio ss (2 (33) so sss

SANYO SEMICONDUCTOR CORP 22E D MM 7957076 O00bS11 3 mm LC67216A T-49. 19-04 ° _ ‘System Block Diagram wo . 7 . he Beep ge ; Pg oo 7 4% t bbile #28 bent Sr Hatititt SSSssss - «Gi LG EEE E . . | ofse be ELETELEIEE | t SESESES ue @ bya Sat, g Bhd Pes | kee Geil E | eeu, e z. Fa 8 fel dg LL, co gos Ky & beldis( = iis i

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SANYO SEMICONDUCTOR CORP 226 D M@— 7997076 OOObSl2 S mm * 1¢67216A - Development Support System ; The following development support tools are provided to develop application programs for the LC67216A microcomputer. . . . (1) User's Manual ; on LC67216A User's Manual (2) Development Too! Manual - EVA850/800-LC67216 Development Tool Manual : (3) Development Support Tools .

1 Tools for developing application programs

i. Host computer --- Sanyo MS-DOS machine compatible with IBM PC/XT or IBM PC/AT. Il, Cross Assembler ---MS-DOS based cross assembler (L.C67216.EXE) 2 Tools for evaluating application programs . > . i, Emulator --- EVA-850 main unit or EVA-800 main unit (monitor ROM: MPM67216) and EVA chip board (EVA850/800-TB67216) . lil, Evaluation chip --- LC67999 lil, Simulation chip --- LC67PG216.- , Outline of the development support system : - Host computer «L067216.£Xe) aS | . EVA-850/800 Piggyback ——~ <MPM67216> tpeewa7128 i. ey, Ge Les7999 7 Lae <a WA VA Na ~ Evaluation chip board Z > > f VA850/800-T867216 SSE SAP-64 EEE. Gg Sag, Les7Pa216 25 p Ion Application product board Note 1:18M PC/XT and IBM PC/AT are products of IBM Corporation. MS-DOS is a registered trademark of Microsoft Corporation. Note 2: The suffixes of the EVA-850 and EVA-800 change like A to B, 8 to C, and so on as some improvements . are made on them. . Please check the suffix before starting program evaluation. :

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14 Josce | sain etek ovctaton outst 46 | Tiorszt ° same os stow. 15 |Voo — [owe noir (0 47 | Tarsee ° same 8 stove. 16 |RES 1 | Renee trout 48 |78/S23 ° Same a2 above, 17: [XI 1 | 8 clock oxctttation input 49/17 O |Per high withatand voltage output (for digit) 18 |x2 O | Se clock cacittation outpot: 50 |T6 ° ‘Samo es above, 19 |TesT 1 fret toot 61/75 ° Samo 1s shove, 20 |Ps0/sii VOSS Sia tt reco MMOH 50 Ig ° Sane as tore. 21 |PS1/SO1 W/O] eo cned en nace occa “Peveutety] 59 | 73 ° Same a8 above, 22 |P52/SCKT OSS Cana te toval clack wonvocten | 84] T2 fe} Same a1 sdove, 55 |T1 ° Same a8 above, 23: |P§3/HCNT OTS cucdica asia, eage teowoutoutly 5 | fo} ‘Same as above, 24 |P60 10 |em meatum wittetand vitage inporieuteut I 60 | Dog /KEYO Vo] Ned medium witratand votaoe inoutoutet) 25 |P6I/EINTO VO} ie tied a Intert pee™ HT 69 JeotyKeyi §—_| 0) Same above, 26 |P62/EINTI vo] Same a8 above 59 |Poz/Kev2 vol Sane a8 sore, 2 |PEI/EINT2 0 Same a8 shove 60 | P03/KEY3 vo Same a8 sore, 28 |s4 © |e Sgaange vee te 81 |PIO/DACD —_| 0] Meh aap, ata vaca mourn 23 |s5 ° ame a8 wove, 62 |pibaci 10] Ne mai, wise vee mewroutn 30 |s6 ° sume es shove 63 |pi2/TRA 170] ten mesium witstand vltage igurovout 31187 Ps same 08 seve, ‘POUT! 53 coed rag eutorpute auto 32 |s8 ° Same as above, 84 |P13/8UZ WO] is cnes cutee pag te, eaten eee | 426

SANYO SEMICONDUCTOR CORP 22— D MM 7997076 OOOLSL4 9 mm . LC67216A ; Pin Function . . SO | Joo ft = | Power sly vss = | a ee a Ce lave AD cantar retrnce wate ° JAV+ lif — | converter faterence voltage Input ted ta V5 jav= fT = | Test [1] 1 [= [ester rt os nee to cost wi win vas, [Rem sce [1] 0 |r es kts | ec etn eeu om Weel Sek gt eset X10 voo we ke [to] i Sp Yocecx rsh thd ump rae ne 2S coon . " val units. -clroult | 'H! I [Connect OD pin to IPOO7KEYO VO | Grantor | te Son ada Yacht pen sob ana| oan" Ina nave he £9 IPOW/KEY1 in bit units) | pull-up MOS output (PU) types. If OD Ie selected, the with= joven. pte/KEY2 -Furtdoe' "| Rentege oa wit 00 iv feawt | tow ave lee gt to hy ean lout P03/KEY3 {io-bit wnits) | Automatic key data storage Into RAM pene "| MO Jaime [age conte sce a ach oo i rnp ans| ease" one ave ce #0 P11/DAC1 {in bit units) | pull-up MOS output (PU) types. If OD Is selected, the with- pens P12/ TRA Send olags rel wi oo 8 /POUTI Alternative pin function(s) 1P13/BUZ, DACO —- PWM ACO output from timer 2 DACT PWM DACt output from timer 2, and program pune cau [TRA ibaa garage emomm | BUZ Buzzer output from time base timer P2I/ACZ/ANI iy eate veut, eT vin as RP Sutpot move vy lpzeanz | [v0 | java: P2e/AN2 VO Alternative pln tunctlon(s) P2ANTIZANS FOLD Hou cetot it and rete ont tot AQZ AC zero cro cnet ont INTE twee tout ANT — AO converter channel 1 Input . AN2 — AD converter chennet 2 Input ANS _AO comarer chat 9 eet P30/S10/AN4 vo ‘epatfoutput In bit units or Abts ute, Input | Connected to Vop- Note| P32/SCKO Alteoative pin feetin(s) noes by oftware. | JANG SIO —Serlat 1/0 channel 0 -» Serial data input 1P33/PINI/AN?- SOO Serlat 1/0 channel 0 -+ Serial data output . SCKO sertat 1/0 channet 0 -» Seriat clock Ieput/output] PINt External Intarropt source Input (timer 1 and (ANd AO converter channat 4 input ANS. 0 cowerter chan 6 pt ANB AO converter channel 6 input AN? _A® comets chanel 7 lout Continued on next page.

SANYO SEMICONDUCTOR CORP 2eE D M@ 7997076 0006515 0 mm LC67216A 1-49 19 04 : - ~49-19-' _ Continued from previous page. . [ree TA ve | ~ ono] Fenian se ROE output in bit unite. A direction reg eo Connected to Voo. Not PALLANS vo {sean operation mods (got ease ore pet aet thatthe pine Sireagy each port bit. Jconnectad to Voo should ‘Altecnative pin function not be set to the output }mece by software, ANB AD converter channel 8 Input + Pull Teout/output tn bit unite or 4bIt volte, [Connect the OD pin to¥s PROSIL VO | track | Sot ul yan a hi a tn rm open ie iewve the PU P§1/SO1 (in it units) | deala (00) and pull-up MOS output (PU) types. If OD Ie Jopen. om ‘selected, the withstand voltage level will bo +i8¥. P§2/SCKT . A at cate agter pov ta tt an eeraton mode 53/HCNT (it mode or cutout mode) for all the four port plas st Alternative pin function(s) SIl_——_Seriat 1/0 channet 1 Seral data input SO1 —_Serlal 1/0 channel 1 -» Serial data output ScKi wannal 1 ~» Serlal clock Input? SCKT Sle VO channel 1 sara cock tou HCNT counter count input + Pal tn it units or bie units, P60 VO froma | ele ih water Ua sn om pen P61/EINTO (in bit units) | deain (00) and pull-up MOS output (PU) types. If OD Is PE2/EINTI salected, the withstand voltage level will be si8V, PES/EINT2 Alternative pla function(s) EINTO extended interrupt Input e1Nto EINT1 Extended interrupt input EINTY EINT2 Extended interrupt Input EINT2 ~ Pull-down ‘outputs from an FLT controle SThitstatic| Lin [Leave the pulldown t St~s7 fealstoe tei ache lected Use out pare ats | Rly [aeete else re (in bit units) J output data to an external clccuit from a fixed RAM adcress| mode. [the OO type pins te (oenaral eiscrete output). Vo. ~! Pull-dowen rent outputs from an FLT controller (S8 to Sis). it| Lin S8~S15 fealstor HOG Gap mode aleteg Gas eS] Lule (Gn bit units) | to output data to an external circuit from fixed RAM | — mose ‘daceates (general dlsccete output). ~ Puli-down Timiag signal outputs trom an FLT controle aT nT? reattor Sati clay mode te eatcted hes euipe Snare ied | Ste {in bit units) | to output ata to an external circuit from fixed RAM | — mose adaresses (general discrete output). /SB~ Pull-down ming signal/tegment outputs trom otter | Lin Te fealstor intereata Sgt png, SAT (om #0 FL conttiar| TIS/S16 Gio Bit wnits) It static display mode Is selected, these output pins are| — mode ‘used to cutout ata to an external clecult from fined RAM sadiesses (General discrete. output). In adsitlon, unused fina are sed for the same purpose,

SANYO SEMICONDUCTOR CORP 22e— D Mm 7997076 OOObSIL 2 mm LC67216A . T-49-19-04 User Options @ Options for main clock oscillation circuits . Related pins Oscillation circuit type [Circuit conditions External clock [OSCI. OSC2 ; = internal clock Input |. option stop vith Schmit spect oso1 = Leave the 8c? pin Ju o> !b-—_- Internal ctock | °° Ceramic (CF) "T= Bea fender re resonator o + internal clock Inout oscillation ra ose <E stop wath Seite spect- option . os ok LHe Crystal (x'tal) xT cool YY oscillation ra fo Internal clock option wit : @ Options for sub clock oscillation circuits Option name Related pins Oscillation circuit type [Circuit conditions Crystal (x'tal) XI, X2 + Bi le feedback ce oscillation 1 ox +R « camping co option - o o<f- suasToP store . Xtal ES U) . . 2 : rH O Sdo—+ internal clock 2 Rd External clock = Leave the X2 pin open, option xI mn oO o<}- SuBSTOP et O fe Internal clock Ra No sub clock ~ Gemma th HH nto oscillation v = UBRe the x2 pin oven. circuit 00 4 <- suns: ° TOP a D [Do internat clock Rd

SANYO SEMICONDUCTOR CORP 22 D m™@ 27997076 COOLSL? 4 mm LC67216A T-49-19-04 ee a —. @ Options for port O input pull-down resistor (in 4-bit units) Option name. Related pins Oscillation circuit type ircuit conditions| . No pull-down | P00~P03 resistor selected : toput butter Port Cutout butter Pull-down = The pulldown seslator resistor thatthe pullcaowe selected Input butter {esi tion can be th pultap (trae Poet Tso catpt option Rd wee ‘output butter @ Options for output circuit types of medium withstand voltage ports (in bit units) Related pins Oscillation circuit type Noh open drain |P00~PO3 Tnput/output withatend output PIo~Pt woltoge evel = ¥48V (ob) P50~P53 Input butter . P60~PE3 Port Data cl _ Enable Pull- up Tnput/outout withstand transistor seen fever 00s output (PU) Inout butter Stating Pah vate Sistr‘aiving capable Port PoysearuMosoutput tO Yoo 0d Pe) Data

SANYO SEMICONDUCTOR CORP 22— D Mm 799707b 0006516 & mm LC67216A T-49-19-04 @®Options for the output types of high withstand voltage ports (in bit units) . Related pins Oscillation circuit type ircuit conditions Pch open drain | T0~T7 output T8/S23~T15/S16 Yoo (oD) SASSI5 port ve + : Output with a pull-down Voo ea" (PD) ort Rd Vol Example application Sogment drive pins: 20 (max.) : FLT dlpiay tin soe soon — Po] —f os “° oooo OOo 8898 FA Meaty toe cutout On TS ees Tape count pulse EINTO AMELIE AUC THE AY AU TL TALLMAN TL A UE A ATL L Aatog lout port Level meter put { away Wout gat To~n15| Horizontal syochrocization signal: HONT y

7 Kev9]

WTL _—— [sem cate losor ose2 x1_x2 —— “Zz amie Remate contol sigael 4 10M a ot 32, 768kHi U™IT Ilr. Example application: VCR channel select timer, level meter, tape counter, and remote control signal receiver ee

SANYO SEMICONDUCTOR CORP 2c— D Mm 7997076 0006519 6 mm LC67216A ATA 7249-19-04 [_Paramater_[ symbor [Related Pins [Conditions ——[—S=Cmits ———*Tnite | Power supply [Vo max |Voo | Power § ply |Voo max _|Voo 0.3~+7.0 Voo-45~Voo+0.3} \\, =0.3~Voo+0.3 =0.3~Vo0+0.3 {oput [win [osci x1 [self oscilation | Un to produced voltage. | oleae vie) TEST,RES,OSCI | OSGi: External clock Input =0.3~Vo0103 PROHOLD v wil3) POO~PO3 input pull-down resistor selected. 0.3~Vo0+0.3 INch output transistor OFF. | Oaipat Volt) | sae Vole) SI~S15- Voo~4~Voo0.3| TO~T7 18/S23~T16/S16 anon Wott) Pei~Pe3 =0.3~Voor0.3] V voltage to POO~PO3 Pull-up option selected, . PIO~PIa P50~P53 ~_|P60~Pe3 ~| OF dral nti ected. -0.3~- Wot) poor Peoceas Without input pull-down 0.3~+15} V tealstor P50~P53 P60~PS3 POO~PO3 Pull-up option —2~01| mA P60~PS3 selected P2I~P23 PIO~PIS Pull-up option P50~P53 selected P30~P33 ‘Output enable mode Pa |tonta)__[S4~st6 | Per pin 150m TO~T? =30~0 | mA T8/S23~T16/S16 toni) | POO~POR Per pin 015 P2I~P23 PA P60~P63 ont) [P30~P33 . P50~P53 F PIO~PI | 080] H POO~PO3 Pull-up option Pin PIO~PI3 » | selected total P2I~P23 Output enable mode mA P30~P33 : Pag . P5O~PS3 Pull-up option P60~P53 selected S4~SI5 T0~17 8/S23~T15/S16 Continued on next page. ee

a SANYO SEMICONDUCTOR CORP eee D° MM 7597076 O00b520 4 mm LC67216A 7-49-19-04 —— — Continued from previous page. : [ Pereneter [ symbor [felted Pie [Cenatons [units [unt] PQO~PO3 Pin | Average value for 0~55) mA PIO~PI3 total | 100 msec : P21~P23 : P30~P33 P40 PHO~PS3 Average value for ° 0~a0] mA P6O~PES 100 msec [ssostta™ [Pd max [0IP-84S Ta=—30~ +200 [0 | i] [Er |Toog CS” =30~470 [ere [iss SBSH 2, Recommended Operating Conditions/ Ta=—30to-+70C, Vss=0V ° : oes Woot) [rin [ tye [max | _ | Operating Voo(t) [Von O.82uss [Main | +s | | so | on ToycS62uS |oreration Voo(2) 7.36us< |mode v Toyes6?us Voo(3) us [Sub clock TeycS62us mods | . lve ve | =36 [| veo | [Ave ave | av= || veo | v a Ce [ vss [| ave | eae fe eee [fe Imode laput High | Vinn(1) 4.5~6.0|0.25Voo | |_Voo - | vetese (Sehmite) 3.0~4.5] 0.8vo0_| | Voo | Vinl2) P20/HOLD 4.5~6.0| 0.26Voo | [_Voo_| {sohmtte) 3.0~4.8[ 0.8Vo0 || Voo_| Vin(3) P22,P23 P22, P23, P30 to P33:| 4. P teenmitty P3093 Output clesbled 4.5~6.0] 0.75Voo |_| Voo OSC1 and X1: : pu Vind) Output option: OD | Neh output transistor [4.5~6.0] 0.75Vop |_| 13.5 (Schmitt) | PSO~PS3 OFF rare .o-ts[o.60 | | a5 | ViniG) "| Outoat option: PU] Nch output transistor [4.66.0] 0.76Vo0 | | _Voo _| (senmie | par~ee [s.0~4.5[0.8vo0 | Fvoo_ | Y Vin(6) Output option: OD Neh output transistor 13.0~6.0/ 1.9 +13.5 (Lc \\~f (how id POO~PO3 input voltage) Vint?) Output option: PU | Nch output transistor Vop (Low P00~P03 OFF threshold ‘input voltage)

7 P21 and P40; Output

: Noh output specification transistor OFF 3.0~4.5| 0.75V00 [| veo | ving) P10 to P13 and P6O Nch output transistor [4.5~6.0[0.2v00 | __|_+13.5 | Ppecttication [OFF [3.0~4.5] 0.7voo | | +13.6 “Continued on next page. 433

SANYO SEMICONDUCTOR CORP 22— D m™ 7997076 OO0bS2l1 & LC67216A SSeS T-49-19-04 —_ Continued from previous page. . Related Pins Limite (Tas i0to+ 0G) [Wootw) | min [tye | _ max _| Toput tow | Vit(t) RES 4.5~6.0| Vss |_| 0.28Voo voltage (Schmitt) | P20/HOLO 3.0~4.5| Vss | [0.2V00 | V Viut2) P22, P23 Pee re PS, 0 fo 5 4.5~6.0) Vss 0.25Vod (Schmitt) | P30~P33 P50 to P53, POI t . PBI~PE3 P63: Neh output . Vv JOSC1: External clock Toput Vii3) POO~PO3 Noh output transistor (4.5~6.0| Vss (Low OFF v voltage) P10 to P13, P40, [P10 to P13, P60: vad) P60, and P21: out-| Neh output transistor vss 0.3Vo0 i tion. OP speci p2t and PAO: > v ication, and P40: TEST Output disabled —-|3.0~4.5 || 0.26Vo0 XIz External clock input cycle time times vary depending on the operating power supply ange, References to VoD) to VOD () ara sls0 required ¥ Freaeney mosey osc [seo Fiswe 1. [ado] 2.0 [| 4.00 | re | 38 fmext, go~6.o] vo [| | g & [Rise time] imexta . ‘Same as above, 4.5~6.0 ; | | @ | a fend tmextr nsec B Freawency|tsosc [xt [see Fiowe 1. (a.0-6.0[ a0 | | 60 | we | 3 tsexty Same as above. 3.0~6.0 Pe, ot * | a8 tsext. B & iRise time| Same as above. 3.0~6.0 + Jand i B lta time | § [Oscilla- | tmxtat OSC, OSC2 See 4.194304 B14 [avency”| Figure 2. Fi u See Ve Fa Le BIg Joscina Seo 2 H tion fre- Figure 3. 5 |B _[avenoy HES a 3 [8H percs | [Oscllta- XL, X2. See S2ktz S|. [tion fre- Figure 4. i quency: M . 3] = loscitta- ‘Seo tion Figure 5. 2] S |stabte s period

SANYO SEMICONDUCTOR CORP e2E D MM 7997076 0006522 6 mm LC67216A ae T-49-19-04 ~ 9-1, DG Characteristics/Ta=—30 to+70T, Vss= 0V —— ee Specification |VIN= Neh output |3.0~8.0 +6.0 | uA POO~POS +13.5V JOFF (Including PIO~PI3 BAER OFF ‘age current). . pull-down resistor. RES, P20/HOLD [Vin=Voo 3.0~6.0 +10 | uA OSC1: External clock Input P2i~Pe3 Vin=Voo utput,cisabt- 41.0 | WA ~ in P30~P33 output-OFF P40 leakage current), P21 or ACZ: Self blas OFF. we isi PO |Viv=Voo_|Re at [2a | it Le (1) [Output option: OD yay. Neh output -0~6.0 Sirent™ |! sree” ss teanitor OFF sa~8 uA PLO~PI3 cepa ee >| P50~P53 leakage current) P60~PE3 P20 / HOLD, RES OSC1: External clock input ma) | Pe~P23 Vw=Vss |e 3.0~6.0 HA P30~P33 escape cxtron P40 aa i@) | PoO~POs Vin=Vss |H output. Output) §.9 eun-up |p2i~p2a finetsing MMOS outs PEQ~PES output-OFF feurrent) pee Aon Self _bias OFF. Se ae nm Peale [|=] |_| r Dttont - pu voltage (full-up, [specification 200HA | aisabled. P22 oF v lout voit-| P00~PO3 Ton= AGZ: Self bias lage) P6O~PE3 —10uA | OFF Vorl2) ]P30~P33 lou= Fo eee 4.5~6.0] Voo (cmos P40 =1MA |output dis- 71.0 loutput | Output option: PU labled. The other Valtage) | Secification lon= ports mean the [3.0~8.0| Voo PIO~PI3 —0.1mA ports to which 0.5 P50~P53 (tor ot” > [Worth end v Jeach pin NOwever he on of other total should not . jports must jexceed the abso- be less lute maximum than -1mA,)|rating. . Continued on next page. SSE

SANYO SEMICONDUCTOR CORP 2@2— D MM@ 7997076 OOObS23 T LC67216A * : ie T-49-19-04 ——— Continued from previous page. . fee ‘Symbol Related Pins Conditions Wootvi| “mia [we [max | Output High |VoHl3) [S4~S15 The other ports Von voltage —5mMA |to which Vore®) 1.8 ToH= and Vou (8) Voo each pin’ | SPelute maximum . ports must | ‘ting 3 less than -imA,) Von) |[TO~T? The ator arts Voo T8/S23~T16/S16 rsh Yau) 24 Tor= (ang vou 3.0~6.0|Voo = 1m [However, the tort =1.0 ‘total should tots of ret escos the v lof other absolute maximum ports must |‘ be less - than -imA.) Output Low Vout) |PO0~PO3 lox=10mA | ravacz: set [4.5~6.0 | of pel voltage P2i~P23 _ P23, and aot v P60~P63 Vout |Pao~Paa SN a CO PsO~PES lor=t.GmA | rete gone [4S~8.0[ | 0a TOL=0.5mA | to which Vout), Gor of aaa v each pin | apply. ei ax |g St than Ima.) | sesalute, maxi: Vout [PIO=PIG———eu=tOnA he some [as=ea] [2 | = ion Vout. {3.0~¢ ToL 2mA |'0 wnion vou. 13.0~6.0 fox. on and Vout) . jof other Pines, the v ports must Shalt ceed then tmA.) | raximum rating, Output option; PD an —! i~f voula agetcston Vom a8V | Fen aoe, [58.0 7 T0~T? Figure 9. 18/S23~T15/SI6} Outaut option! OD = ~t current T0~T? Vour= 3.0~6.0/ —30 T8/S23~T15/S16| Voo—40V Oni Taw Yioy (yy JOUERHE. OPTION PO Your = [Pah oat 790 uA eureent wien Sa~S15 +3.0y | Wansstor OFF : owe eased TO~TI7 Vp=—36V 18/S23~T15/S16 Continued on next page.

SANYO SEMICONDUCTOR CORP 2c—E D Mm 7997076 OO0bS24 1 LC67216A 49-19-04 Continued from previous page. - Limits Parameter Related Pins Vootv)| min | typ | max | Hysteresis |Vays(1) |P20/HOLD,P22,P23|P20, 022 and 29, and P20 to P23:/3.0~6.0 0.1V00 v Output disabled, #50 to PS2, and voltage PI0~P33 Pad to Ped Neh otpuktresltor PSO to P53 and OFF . : P61 to P63: OD ‘output seecification. OSCt: External . glock input RES. i Wain crystal ~ : Operating [loooe(1)|Voo cote ies, the 4.5~6.0 dissipation crystal ole | current © tation tee dete = 3212, Teye | pated by = ogsusec. | Gutput . interoat Stivers ‘operation at a and pull- ‘maximum mode, | down rest- store, Main erystal _ wee aaa SUAGMEE, Sub ‘crystal oscll~ {ation tose = S2kHz, Toyo = 30.4 usec, . internat mee aa maximum mode, Main erystal osc = == ey | ‘mode. Sub crystal ozcllation = SatHe. Toyo = 61 usec, Internal seas ane reximum mode. Caren Toonact |Voo Tnternal operation | Not includ [4.66.0 dissipation at 0) fod HALT mode Main ‘crystal cacit-| current Iatlon tose =| cusipated 4.19MHz, Sub by output crystal oscil | drivers and lation fosc = pull-down Sehr. HALT | fesistore. ‘mode, looHALT Mata cryetal 2) Stop. Seb Seyataloxcll= inion tos A cy aa ) time base timer being ‘operated. issipation at errr | 2 | HOLD mode Saat. | 1.8 | aA sre, Set ee sSStin, he eck carat wad, Shite Seagucore Sage cee tre rt ee

0 OO oo

SANYO SEMICONDUCTOR CORP 2e— D M@ 7997076 GOOb525 3 me LC67216A . . -_ T-49-19-04. —— 9-2, AC Characteristics/Ta=—30to+70T, Vss=0V ~ oO . Limits [rm [om mr | soe te 'SCKO, SCKI See Figure 6, OD output leo" ee ee ia "ot pulap resistance

4 HR of pull-up casita a

i nrsalerec| || Felafce Same a8 above, reo os | fd | Data SIO, SH Sar above, 4.5~6.0 iis ta er A Ce a ‘er fe | Boreal os || ‘Bl gute $00, SO1 ‘Same as above. 4.6~6.0 | | [| a 3 time High ten(t) }INTT INT1 Conditions required by|3.0~6.0] 2Tcyc tevel/ text!) [EINTO each interrupt source, Bltevat EINTI | pulse EINT2 EINTY Hy width HCNT EINT2 — + See Flgure 7. RES Es PIN HCNT + H counter operational ‘> conditions required b; FY clock detect mode. RES « Reset iditlk RES + required by a reset operation. teu(2) See Figure 7. Timer 1 pulse |3.0~6.0) ten2) jcounter operational conditions required by a remote control signal receive mode. te) |PINT PIN] +Time base timer pulse] 3.0~6.0 tent3) )HCNT fequtred by on : external clock input mode, HCNT -H counter pulse count| conditions required by| an immediate input - mode, See Figure 7. Continued on next page.

SANYO SEMICONDUCTOR CORP eee D M™@ 7997076 OOObSeb S mm LC67216A T-49-19-04 Continued from previous page. : : Voo.v)| min [typ | max_| [EEncy [few [acemear [Pee ores [asm~s.0) wo | ton [| lite, (van Coupling | Se open ve-e] § [votaoe IC=1nF | drain output, : B[Oetection |yza pre £100 | mV 8 | eror sine wave 3 na cre H : | -s0 | -2 [| SH ievel— | Vetacn . Vt¥AcM ‘| input H threshold +0.2 voltage - M level e, . Ve 8 Mle Vttace 0.3V00 0.7V00 y fo | threshold $ | voltage o{t tevel— Ivteace vtFace Q] input =| threshold —0.2 voltage 3-3, A/D conversion characteristics /Ta=—30to +70, Vss= 0 V (A/D conversion is used in A/D made.) Vootv)| min [tye | max | a Absolute AV+=Voo £16 | LSB accuracy AV-=Vss ANI: ACZ self blas OFF Conversion = | Tcad AD conversion time: 51 4 204 | usec time Toye period . CTeyo= (Teyc= 0.92us) 4us) Rote AV+_ [AV+ Av-|_[_voo Vv voltage | vss | [ave] Reterence [lav [AV+ AV+=Voo aA lmput current Tiger |AV— AV—=Vss Anatog input [Va |ANI~ANB + ANI/ACZ: Self bias OFF AV= ave | Vv voltage ‘Anal t ANI~ANB Vain=AV-+|ANt: Self bias OFF, input gurrent ' AN including output- a a Vaw=AV— |r leakage ee ae Jcurrent. AV+=Voo AV-=Vss

SANYO SEMICONDUCTOR CORP 2e— D Mm 7997076 0006529 0 mm LC67216A . : | aozreat (or | AG input —]} 1} > | oo | (Output ACZ interrupt) <AC zero cross detection» Wizw AG input Shes —_~ Van ” [ | Output from rising fi] [] edge datector . Output from falling. edge detector fi} fi] <Timing> Output from rising/falling, OSS edge detector Output from roman detect circuit ‘Synchronization delay = 0 to 1 Teyc period Figure 8 AC zero cross detection OFF { Output

3 MAX-33V

-3V vp Figure 9 Leakage current at high withstand voltage output SSSSSSSSSSSsSsSSssSSSsSSSSSSSSSSSSSSSSSSSSse

, SANYO SEMICONDUCTOR CORP 22— D m@ 799707b OOOLS30 7 a | LC67216A . T-49-19-04 ——- Insturuction Set , . Cperatons. desertion 010,0:0, [x eee [teeefeoet eae wee Decimat adjust AC in 1100 AC—(AC) +6 addition. 0010 (ame ne AOL A Decimal adjust AC in 1100 AC—(AC) +10 subtraction: 0010 ame a6 ADI GAH) [ec [eerer fooorfiriolilifero [ew mercer fer | gis _[secr ooorfaaii [af ifery [wwe fer [cua [eompement ac [Ooorlroool ia Actacy [ompwnet wean [ar | i [1 [increment ac [eoorfovool i] ifacccacysr [owmeeeacyy [ance || Rotate AC right 0000 AG— (GF), AGA(A | Rotate va AG right vou tw CF ‘though CF ‘Cn+1) . CF (ACe) RAL Rotate AC felt through | 0000 ACe—(CF), ACn-+1 | Rotate the AG lett Deough the OF, cr (AC), CF—(AC3) [tex [Tanster Eto ac [orooPotrol ili facie) [weweveemmur um veas zr | | [eat [fxcnange ac wine Toroolovool il iliac) [mame een wenn even] [| Thcrement M HBR, HD —O4 . 3 (BR HL)H1 M(MBR,HL) =(M i (MBR.HL))—1 M(MBR,i8)—-(M inerement Ure content of MMB) Oy Ta 18 Ie g[ters[mrrm mers [ein ( init) |? [eamaye et (REESE a DMOR 18) Decrement M dvect ‘M(MBR,i8) —-(M Cecraaene the content of MHMBR,IN) by 118 fe i jaitfinin a) [2 [Meee REC . jetees Peeps peewee peccieseves| | id a

0000 AG=(A0) + |Add he AC content aft that of the MIMBR, HA)|

pe pawn — [esol gas, —feegeemrsema = | AOOR 18] Add M direct to AC AG=(A0) + |Add the AG content and thet of the MiMBR, 18) ‘Add M to AC with GF | 0000 AC=(AO)-(M | Aatibe AC cantan ac cae ot ne MOOR, HO ed g[_[emererne foooe] cone] ert io eee | g Add immediate data to] 1100 ACH (AC) tla date i ac 0010 i OCI ML) |B te A ee es ao, i nay |i Se eee Ber } See

8 Eanes

0000 ‘AO (AC) Cogeaiy AND tn OR const wih a AG) la ca

0000 AG=-(A0)V(M_ Logically OR the LMMBRLHL) content with the AC] ZF

[>free [erro erol ieee essere 8 [ext [exctoawe oF wih AO—(AO)W (mM adenine ana oe aan a eonan sin end AC then store AG (4, HL)) frost ‘ue kon (Anite losieat 0000 MM(MBR. HL) —(A0) _[sepenty Ro we mua lomo ia ACM(MBRHL)) —[ocoasc ina wa tasentan NAS [90tet

0000 M(MBR, HL) —(A0) | Lonny oF ba ulwer en) contee wit ve AB

[om [erm [ooseforeel Tne Eeeeeamers| [| ‘ele Tt multiple CLA inattctions are uted In a row, cay he greation ot Uh etree folowing the Wet GLA So be Segoe, .

: | SANYO SEMICONDUCTOR CORP 22— D Mm 7997076 OOOb531 9 mm LC67216A 4249-19-04 OO - — > > Operations Operations description CERT + aspera ea an [eine arate [oT] (M(MBR, HL)) > (AO) (M(MBR, HL)) = (AC) 4 ~ | Loawarno<(ao) 3 ‘Compare AC with 1100 Bini le (AC) +1 [Sree De Ae cot min Topas ara iennediate dala, 1010 eta ag i coco Din WAC) . Ia tet be{AC)

3 Is tel eA)

j Compare DP%, with Tred Seater a, Ft, comers, atch bare data i ienenediate data WOPLY=ta tele [ae tage aah, See BY ne sae (DP x) a by ta bh fo ‘Compare AC bit with: wet raps pa {0 content th the contac of tt M cata bit W{A0,12) = (M i ey ee te wh ober ef (MBRLHL),12) [fried tobi tsb soe 2F=0 iH(AC, 12) »# (M (MBR,HL),t2} UE Load AC and E from ‘AC+M(MBR, HL) test iogentent ot MURA tte he Ao onthe ‘M2 (MBR,HL) E+M(MBR,HL+1) * Load AC with immedi- ACH Hs Ia th te ate data [5 [seers em Tot oo] or rr [| 1 |amenn=t0) lao wascmrmmnemne ||] ‘Stoce AG and & to M2 M(MBR, HL) = (40) [forge ete of MaRS) a AC od (BR, HL) M(MBR, HL-+1)>=(E) . | ~ nal — ino LA reg.t | Load AC trom M TON [AO—(M(MBR,r08)) [ise pacer unre ence las aca ia oo GhGrort (Ruma eranrmeeey!” (eA fecrement Or a “ae Jesntent of tne] me COMM rrr Babes is ‘LA (& | Load AC from M ‘AQ+(M(MBR, rea) seas toa et ot MED eck inte te AG. tata) lay sarftiagl D (MER, top) then DPL=(OPL)—1 | Belen at Ger or bry wi oe dureoeter eet cet secret cog o PSS rat Ca OPy-(DPy)—1 t,o va OP} hs Berar ao with (AO) +=(M (MBR.reg)) |Reseene, ng cretent mm at ot unre HL xy Exchange AC with M (AC) (M(MER, oY) fesnge Oe AP aim ria a aoa Ear) aaa ten On—(ordet lamiaecrmanecnsen| len Scrat reg or Rewewnreectros) lis OPy—(OPy) +f eseton “| er erie ry as i Exchange AC with M (AG)~=((MBR,ce9)) | ergy a6 cit in ato aR eae sera OPy~-(OPy)—1 | Paints A¥ HUE Ween OA ra seus emer sere iil =i Et Elle scsi Note Tit mullite LAT 14 Instructions ace waod In a row, the execution of Nhe Teattutiong fottowiog Une fiet LAT lostruction can be lppeds eee

SANYO SEMICONDUCTOR CORP eee D MM 7997076 OOObS32 O mm LC67216A Operations deseription 0:0,0304 Load € & AG with €—hisble : imeneciate data AC= Ista he Read table data from E,AG—(ROM(PCh,E, [agian Ox ere Po# ts wID ve End AO ners {Load OPa with zero and] OPO [cnt wo vw OF aed Inman ua 1 to | DP, with immediate Outs te tht ee OF date respectively i | Load DPx with 1100 | immediate data 0000 Load DP, with 1100 tenmeciate data ooot Load OP x. OP, with 0000 immediate data bhhte Toad DPx, DPy with Pamir lels te [toed amctete arta to tw OFx ad Ue Orr meediate data DPy—ts lah be [hfe [eet font fifi prone Pewee | i a Gd Ue [nfm fooetfen Pp preome [essere | g Transfer AG to OPa Tia 0000 Tint ‘AC= (OPH) 0000 a a a | Mana EEEG EE ll ES ER iain Aa EEE) El ic nl ia a a a ac i al a TES ca i aE 8 dump in the curent [111 0 | PuPuePsPy PCI3-PCIS rogram jump to an udicue itn tbe we be | it Neate bank PCLLmO~ P= Po [eeu mere oy tnente ns ty to Pe raat PiPaPaPa | PaPsPiPe an, amp te he aaa POIS-FOR- PCII~ Invi sie erguueminisowens Stored at & and AC in Poa porate (e)_ |ismmegsoiene ee ony tan wine the current page Be Parte (EY iy acoen ae We a

SANYO SEMICONDUCTOR CORP 2e— D Mm 7997076 0006533 2 mm LC67216A -49-19-04

4 Operations deseription | Affented

(010,040. | D100: |PuPuPs P| PCS, 12-0 PCM ~0— Pi ~Po PSPaP IPs MA4(SP)—(CF, ZF, PC13~0) ‘SP—(SP)-4 M2(SP)—(reg) [sore te ag content Unto the MASP) ac Ban) } Mast faseaan eS eS ; i HL oo xy on AE 10 BR ra

3 Pop reg olf M2(SP) ‘SP—(SP)+2 [neromect ha $6 contet by 2 ond wa fad va)

SP—(SP) +4 [asian ve 9 mata roti, from 0 eran, of PO—(MACSPD) JESTER ety ig (GP) woe lsat ya RT SP-(SP) 44 ators {0 « main codina from « abrodticn of Sorts, Skee ees, Se cero severe Joven sven] Ty CF, 2Fe-(MatSP)) —_ BAR 1101] ooKw PC7~0--PsPePsPs [Cachan AEN cmitog by inmate aa adde P2PePsPe | PaPaPiPo PsPrP1Po |poutn extution peed to ed atte it wic.2= Bese arorens BHAI | Branch on no AC Bt O0tn PC7~O-Pr PaPsPi [concen AC pelted ngoite ea vase on Prrsipe [oeetiaeatenge oa el IN(AC, t2)= [be mee bos eee are Te cid 8 oa re SS barr ee Ti01|oinw PO7-O-PrPaPsPy peo munanrntecliety anes PiPePsPa| PsPsPiPo PsPsPiPe Huge Re rare octal «IER, fade eee ee BNMI2 | Branch on no M bit 1001] Otte PC7~0-—PrPePsP, [ous snuian se yoltwectieddy lanadtate dt wae PAPAPsPa | PaPAP IP Paripiey epaee Watt's wa Saas Mimtwer, [Sa Reasee nee alate Hye fe cand BPt2 Beanch on Port bit VLOL) LOtte PC7—O-—PrPoPs Pq | Crack » pert of realster PRBR,OP,) bit soe! adie PrPPsPe | PaPAPAPY PaPePiPe [wl iiwt to th wegen taster fe pamed ireP (RoR, |e et eis Se tut pag Hate WOPIRBR. eaten owsnty ve SCs ra BNPt2 | Branch on no Port bit | 1001] 10th PC7~O—P;PePs Pq | Crack a port or register MRBR.OM)) bit soecitieg| adée PrPaPsPs | PaPaPiPs Pievees [eeamareeieeer term MCPUROR, | Sar olsen cise etanapan sou eae OEeRBR, | Spe id yo eme Fo or | PC7=O—PsPePaPa [ima Oe Gy ag [07 to ora 1 ha oan le ae ed ac weber Seen see (CR) m1" [Bak pe sea tte ty eter 8 FS BAC Branch on no CF 1001; 1100 PC7~0--P; PoP Py |Ceek Ye curry fag (CF) to mee It it Paw boon Se Pirie Prarie Meee [ates aetna iter) co" [Betpe ge Noein tye veoe 8 vo roe oz riorfiior PO7~O--PrPePa Pa [Coit pe zee, ig (2) to oe Ines toe ‘dd PiPePsPs | PsPLPiPy PiPseiPs [satceae a Rome eee Matar" [sent sein oe ne vot | Tootliior PO7-O-PrPaPiPy OMG Bein Real Ee Pirveies Seaus ae eee iWzeyno' [fee eect yoo a eta

SANYO SEMICONDUCTOR CORP 22— D MM 7997076 OOObS34 4 mm LC67216A EE T-49-19-04 —— Operations description Branch on tag Bt PO7=0— PrP aPiPs [Geeks Wn pnt oy core we Pines fiseamien me earentaa iemat [Eciens comets siete rte rae me o7 Oe ret i Branch on no flag bit | 10:11 | nsmnine PC7~O--PrPePsP, | Ceck 8 flop wegen’ neg to see I It PiPAPsPa| PAPLPAPe Fri, [einer urea irmad (ER aa come eee ie rt roe i aa a Gl i [P_ [ere feoteforie [i feeamen: rem || Input port to M M(HL)~(P (REE input te content of port oe regleter PARER.O [me _feeew poor fron Pegrems Famaemsmmmy || inal ikaiaal EEEH == il i t | Sa Wa a Output M to port P(RBR, OP) = | Outer Ve content of MMBRML) to port PIRBR, | a aaa Kall MU ES cn OO ia ail FEET? a deact [moe [eenm [eoee[tonel [lemme laaeeevuey || ee eae “es _ faced a ‘And port with O10l P(RGR.P:~Pad— — |teseaty mm racrim at nrenraiora ain jemecate ‘data then PAP AP.Py KP(RER,Ps~0))\\ ln~e] ied tea sroact to Pee rok ‘Or pact with immediate 0100 PURR,Ps~Pa)— | ealenly OR ve cotent of raRhs to Pe mi [ee fonerer’ TT fermen Reemeenarem | | ial tag EEE a

7076 OOObS35 b mm

SANYO SEMICONDUCTOR CORP 22— D mm 799 LC67216A 7-49-19-04 See Covet sna ial el ates] ease Test wiwwot ante P1009] 101 ‘Enable Flag 1001] 0000 z 1100 EDIH=(EDIK)Vi6 O101 : Enable interrupt low 1100 EDIL(EDIL) Vid z o100 § Disable interrupt high 1100 EDIH~ (EDIH) AT 1001 i OIL Disable interrupt tow 1100 EDIL= (DIL) AG 1000 sop TTT mat far THOTT TTT als lant tet| itis g485] 8388 im al Peoescrrrenren Se ee SB neue oe neta } ‘SABA | Set Register ROR—Tah lo BGS tooeane a ave wit bem Bank Addeoss i“ ial == Da a ce a

. SANYO SEMICONDUCTOR CORP 2ef D M® 7997076 OOOLS3L 6 Ml LC67216A 8 a5 4 0c08 aa T-49-19-04 Option code specification for the LC67216A microcomputer * oan _ ‘The EPROM which is to be sent to Sanyo should contain various mask option codes and program codes for the LC67216A microcomputer. In order to write option codes into the EPROM, we provide the LC67216A cross assembler. This cross as~ sembler would enable the user to enter the option codes in interactive operation mode. In case where the cross assembler provided by Sanyo Is not used for the above purpose, the required option - codes should be entered in the following manner. If you enter the codes in the manner, the same option codes as those generated by the LC67216A cross assembler can be set in the EPROM. When placing your order, please provide us with an option code list and the EPROM (27128) containing program codes and option codes. For detailed information on the option codes, please refer to section 9."Specifying User Options" of the manual, 'EVA850/800-LC67216 Development Tool Manual’. However, the main clock ostillation circuit option for the RC (resistor- capacitor) oscillation is not provided for the LC67216A microcomputer. Please keep it in mind, . : EPROM address map : , * oooot - Program code area (16000 bytes) aweH Saat yy N Fixed code area jeer SSS i a es 4 ————J “HN sean fS TM Rensoecesssassssd ——— OO —— CS — aH KC KSSQ The shaded area should be. filled with "OOH", \\ \\ *The LSI production cannot be started if incorrect codes (codes aFFEH N other than fixed codes or Inhibit codes) are written ints an EPROM. Please keep It In mind, Notes on the evaluation of user programs for the LC67216A microcomputer If the user programs for the LC67216A microcomputer are evaluated on the evaluation chip (LC67999 or L.C67PG216), please read carefully section 5.3 "considerations in Program Evaluation" of the 'LC67216A User's Manual’, In addition, please keep in mind the following cautions. Notes on prograth code area: The program code area of the production chip is 16000 bytes in size. That is, its address starts from address QO00H, ending at address 3E7FH. However, the accessible area of an evalua- tion chip is in the range between address OOOOH and address 3FFFH. That is, it can be said that the program code area of the evaluation chip is 16383 bytes in size. As a result, the code area after address 3E80H should not be used for storing program codes. Please keep the following two points in mind. (1) No program codes in the area after address 3E80H. (2) No program jump to the area after address 3E80H. SSS

SANYO SEMICONDUCTOR CORP 226 D ‘mm 7997076 0006108 5 a 4 ‘ 9-29 i CASE OUTLINES OF 8/4-BIT MICROCOMPUTERS, GATE ARRAYS : j @All of Sanyo microcomputer case outlines are illustrated below. - ; @All dimensions are in mm, and dimensions which are not followed by min, boo or max. are represented by typical values. | an @No marking is indicated. bod Case Outline—[3007A] unit: mm . Case Outline—[3061] unit: mm : i Loi cir ae 13 ‘— an iil : eSEoerercror Spanssocorenoog tt : . a ma : Ct ae COO OO OM oo he Wyre igs 2 OS 12 254 SANYO: DIP18 Oss & 1 SANYO: DIP30S Case Outline—[3025B] unit: mm Case Outline—[3071] unit: mm : a 2 senna * Tr eu a3 fad | ‘i at i q 51.2 q coe S $ FARR SANYO: DIP42S BS TG Tar fos oxrss Case Outline—[3052A] unit: mm Case Outline~{3073A] unit: mm my tt es bed : = = PY 15-3 sl ‘A T l HA Tl ‘ j yl 4 iabelayebelagativaletatayepely SANYO! QUPAGA in ee . SANYO! MPP3OS - Case Outline—[3057] unit: mm Case Outline—[3089] unit: mm a PEST = = ie e le . | = =O ié--__—se . [Le |= TM MMMM. ag, . HUNT UOUUUIOUOONE™ | suvo: QIP64A Tit BANTO; QIPLOOR | 21

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Product Information

LC67216A specifications and overview.

Summary

CMOS LSI 4 BIT SINGLE CHIP MICRO COMPUTER

Description

CMOS LSI 4 BIT SINGLE CHIP MICRO COMPUTER

Source title LC67216A Datasheet(PDF) - Sanyo Semicon Device

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