| | MITSUBISHICNICNPTR/MIPRCY 6249828 MITSUBISHI (MICMPTR/MIPRO) Sh DEB eeuseza ooiuess 3 ff MITSUBISHI MICROCOMPUTERS MSL8042-XXXP *"suave menocoururen | TEV9-19-0S- DESCRIPTION ‘The MSLEOI2-XXXP isa general-purpose programmable In terlace device designed fr use with variety of@-bit mi (© Statle RAM © 18 programmable 1/0 pins © Asynchronous data register for Interface to master pro- ‘© bit CPU, ROM, RAM, 0, timer, clock and low-power stand-by mode © Singlesv power supply ‘Mtornative to custom LSI © Inerchangeabie with 18042 APPLICATION ‘ternative to custom LSI fr peripheral interfaces cuoen El B- ctooe El Env never ETE Ea ravono |e onate erst] Eire (Sa chur eters fa revoor .cogss(hiore 1) 4 [o-Ps te RE ra soonees 6 Br ‘rare Br eur, emo ac fam oat oo Eo po. oo. ‘para pus | 02 —~E oa, 0, oo. one Outine 404 te 1 corms sti, PIN CONFIGURATION (TOP VIEW) I vests) BLOCK DIAGRAM ava 9us OBEO 299 neurvoureur FORT! INPUT/OUTPUT PORT? j — Br neto | SEEM | coxrmot too a ae Sear FBS Sboeese i Se ert acces MITSUBISHI Elzernic osMITSUBTSHICNICHPTR/MIPRC? TL DEBp 249828 OOLILSS S it MITSUBISHI MICROCOMPUTERS M5L8042-XXXP 6249828 MITSUBISHI (MICMPTR/MIPRO) 91D 11655 SLAVE MICROCOMPUTER ee 7-49-19-05 FUNCTION ‘The MSLBDE2-XXXP fs designed as an ordinary 8-bt CPU ‘ripheral LSI chip and It contains & small stand-alone mic- ecomputer. Although this microcemputor functions inde- pendent, when liz used as a perioral conto, i talled tho slave microcomputer In contrast to the mast Computer, These two devices can transfer the cata alter tively trough the ulfer register between them. The PIN DESCRIPTION MSLBOI2-OXKP contains the butfer register to use this LSI slave microcomputer and it can be accessed in the fame way 08 cer standard peripheral devices. Since the [MBLEGE2-¥XXP Is a complete microcomputer, ti easy to ovolop a user-oriented mask-programmed peripheral LSI only by enanging the contol software Vex | Gand i | Gaede at iCo. “Wee [ ss sone or oo | Power ese Fe [erin ta pte Tea ee ea lw Be Rar GRU nig sab an Hon Be HACE] nea ‘ipa arsine op dona wer il ni iso to ein essa | eat | Svs ti wit al en arr GPU tig os an fe bso LEDGE IO, ‘She aunl int [evo | Odd te enc ene. 'Ba,~00,| ona bes ‘ena Pa~y | fet owe [Prog |Resam oes Ple~P | pa nave = steal Inet [ares pin ir i vr cour (OTR ONT tn). ‘MITSUBISHI eo ELECTRICL NITSUBISHICMICMPTR/MIPRCY 42 DEB 249825 oOWeSe 7 MITSUBISHI MICROCOMPUTERS fe MS5L8042-XXXP 6249828 MITSUBISHI (MICMPTR/MIPRO) 91D 11656 D . SLAVE MICROCOMPUTER T-49-19-05 ABSOLUTE MAXIMUM RATINGS - oe aaa aa Ta = fs eee eee ee =a v vee ae eet =ua=7 v We =a8=7 Tv Pa Raze im | rene = 7 = 7 Sa = RECOMMENDED OPERATING CONDITIONS oe ve el ve [seo 3 ¥ 2 = z or — [roar Te a eee ELECTRICAL CHARACTERISTICS (t9= 0-70, Vor=5 #10 unees chars rte) = wee [wae | Wa 22 [| Tveo |v Vous ‘oe 7 mas |v [Wow ‘aw Ltt a5 |v Pyea ‘Gain as |v Vou tee= =n v Vous ec Bie i Li a Vie Ver | aa lo | Sih nowsnes sit anpaeige ore 06e~BDT [Va FO 3 Wee 10_[ wa lag | awed earn, ar-P) [We ma [aga ——[Lewieein nd eon ERE Vern : ma ice | Si caren ton Yo To} ma. oo Tal Ye psc is | “ma, MiTsuBI uremic oaHITSUBISHECNICNPTR/MIPROY 4% DEP 247828 cows? 5 Bf MITSUBISHI MICROCOMPUTERS M5L8042-XXXP MITSUBISHI (MICMPTR/MIPRC) 91D 11657. D SLAVE MICROCOMPUTER T=49~19-05 TIMING REQUIREMENTS (140-7, veo5v10%, unos ohare nts) - DBB Read = res | twee Pee ica e 1 wm fet Sear ‘ Tinie ea a ra DBB Write ma ree mee | wwe | ‘ea [wa me is [= ‘au (cew) | G5, aa setup tine Dotore wee ° 8 | tay cn om Wrewen)| Enns re ive ° 7 ‘een | corto to Tae i nm ipraa [oot a oew t= z = Port 2 eae | raters | = =| ie fea ro ‘ences roma a Dre tee festa a thes te fe= mer ra DMA Simbet ‘memaine | vou connone vat : mt mae [aa ipso | RRs oe mal = . = ‘pine | kerb oe ta —s = [sa BR ee te ‘te . = Sete Tete rte te a = Ste 1 paige le = 008 Varma SWITCHING CHARACTERISTICS (ta~0~10%, Voom 5vt10%, unions cthewise noted) DBB Read = rma ae aoe ee | cea | a iT oat 38 ‘eons | 85 en er | fester s30_[ as ice tean | oa es ne ari ies fast ao tery [Oo si et cs ets Dua ‘Srmbel Parameter Miaesiee | eat concn Hie unt L ono te [a sce | aw EE ease at ‘oe css [ RG dn ed te os Note 2! Outpt valogedacioiaog ave ow ad, oY nd. 0 espace = ‘MITSUBISHI ae ELECTRICHITSUBISHI{MICHPTR/MIPRCF 42 DEB ee45826 DOLeSS Oo Mf ‘MITSUBISHI MICROCOMPUTERS MS5L8042-XXXP 6249828 MITSUBISHI CMICMPTR/MIPRO) 91D 11658 OD SLAVE MICROCOMPUTER 19-05 TIMING DIAGRAMS Read ne o-oo, Write TORRONE LY Port 2 cr ~ Ee cE6249828 MITSUBISHI (MICMPTR/MIPRO) NITSUBISHICHICHPTR/NIPRC? Th DEM e2v9826 OoLEss 2 A MITSUBISHI MICROCOMPUTERS M5L8042-XXXP 91D 11659 SLAVE MICROCOMPUTER D TYPICAL CHARACTERISTICS DATA BUS HIGH- LEVEL ‘OUTPUT VOLTAGE VS. HIGH-LEVEL OUTPUT CURRENT. T-49-19-05 DATA BUS LOW-LEVEL. OUTPUT VOLTAGE VS. LOW-LEVEL ‘OUTPUT CURRENT Low-Level OUTPUT VOLTAGE. Vot¥) MGHARVEL OUTPUT VOLTAGE Yov) UGH-EVEL OUTPUT CURRENT togind) Ps, Ps LOW-LEVEL INPUT VOLTAGE VS. LOW-LEVEL INPUT CURRENT LOW-LEVEL OUTPUT CURRENT Inna) RESET LOW-LEVEL INPUT ‘VS. LOW-LEVEL ‘CURRENT. NS Yea LoweLeveL mPUT VOLTAGE viv) LOWLEVEL INPUT VOLTAGE. Viv) LOWLEVELINPUT CURRENT Mma) IMARIZED SUPPLY CURRENT (loc) VS, AMBIENT TEMPERATURE PUT CURRENT ns) NORMARIZED SUPPLY CURRENT (loo) VS. AMBIENT TEMPERATURE NORUAFIZED SUPPLY CURRENT (ce) Voo = SV 3 ee 3 : & uo | Qo ‘Auolenr TEMPERATURE. T4() AMolent TewPanaTune ToC)NITSUBISHICMICMPTR/MIPRCY Th DE G249a28 oOLeLO 9 MITSUBISHI MICROCOMPUTERS M5L8042-XXXP 910 11660 SLAVE MICROCOMPUTER T=49-19-05 "6249828 MITSUBISHI (MICMPTR/MIPRC) APPLICATION EXAMPLES: (1) intortace with MSLEOS5AP f f miea | 00-001 [a sam ae ‘ i =) nies conve | i 3 lw } 4 c=) | ef ooe-o0 i i I (litertce wth Series MELPS 8-48 Microcomputer and MBLE2SP i Ci IR eRoo| lence (a) i penf seer, [8 we, Eo ee | i | uernic 6