8) MC3430~MC3433 BH HRB (7 7 KF) MOT [BRM O SRL NY RP CLMOS ZENO YA TVS LOC MeATH (T,=0~70C) FHSILMACHA. MC3430 & MC3431 1h EIHO 3 AFb- AR SA Veo. +7V Vour: +7V PIL EOMASRT VER FV AIFS LIEMCE MALT 7 FF FW Veep: -7V Tj: 175 C (ko 2 7 DIL) FuIFIMTITL EDV RF TFL CHS. Kt: MC3432 & MC3433 (h4 7% vv Via) E6V 150C C75 AF 7 DIL) (IVT PHD Eo TUS. Vie 2 45V Tope 2 O~ +70C WY 7AKRBIE A TORRE (Vis) EME MN SNS XK 8 CHEAN THO, Vin 1 5.5V( ARM TAH) T stg? 65~ +150C DRA SHKHSA. REL DEA NREORIEC, ANAT UY RE, ANAT Cy bP BL, EAS, TED ts bk OA A LEB BL? FESR (PAT (T,=0~70 ) WORLD. ALIVE FE --- SV 0.25V Ht 708 bt: 16mA max O SbF RUE HA SV 45% eB) A NRE 5.0V~ +5.0V (AFR SERB]: 40ns [el AAA 50 HE ai A --- 3.0V ~ + 3.0V Ht Bit: 16mA (10 Fanout, MC7400 type) A SRE AEE-- 5.0V~+43.0V ORe FY WKY 5847 DIL Ny yY(a EL) (& AH-GND fy) WEY SsAFyY 7 DIL Ny rH (a FP) FO FY / se FE SMR | (1 le) Veco O INPUTS a0 ts} Vee 850 $ aso js A E PS); eur ( ak 8 OUTPUT A le 1a] . br sTROBE (| fajourPut B 4 | lg oureur 0 oureutc([s| va} Vee aa INPUT OGND INPUTS * iG pajourrur Oy c 3.5 k ak -|7 isa} + G INPUTS X o STROBE ono[s] OF ak 4k | ~ ia x c s NS TO OTHER COMPARATORS VEE Oo Dashed components apply to the MC3430 and MC3431 circuits only.MC3430~MC3433 BEL RE (794 FB) (238) MOT REGR MC3430 and MC3432 meats (Vec=5V, Vee= 5V. Ta =0~70C) (HE) MM T= 25 Input Strobe] Output | Ocevice L H #8 oe me MC3430, 3431 MC3432, 3433 we al , oe a fi, Vip a7.omv Tyg | MCaA20 elm ele x[@ [ee] ex L otf 3,0VSV, 53.0, T= Ta * Oto 70C on} Me3ea2 SOV TESMIV, T=25C | sica4go, MC3422 +6.0 +6.0 4.78V S VecS5.25V mV ' 7.0 mV Vip mca430 -A15VE2 Veg25.25V | MCM31,MC3433 +10 +10 4 Z Vis < < t < tom ft "TV sesaa2 3.0VS VeS3.0V | vic3430, MC3432 +70 70 Ta 2010 70C! H off 4.75V S Voc S5.25V mV _ . MC3431,MC3433 +12 +12 Vip <-7.0 mv mc3430 (Rs 2000) | ~4.75V2 Ver2 5.25V Vin |RsS2000 2.0 2.0 mV L Ta + Oto 70CL an Mc3432 To 1.0 10 vA ; Vec=5.25V 1 MC3430, MC3432 20 | 40 20 | 40 A | Vee= 5.25V MC3431, MC3433 20 | 40 20 | 40 | MC3433 and MC3433 G 5200 1200 vA Input Strobe} Output | Oevice v . / c 7" tom w, | Vec=5V. Vee=5V | Differential Input 20 | 45 27 | 50 ns Vin 212 mv P =] Mea4a1 len wp) | T,=25C, SmV4 Vis | MEE, BER 33 | 55 40 | 65 Ta = Oto 70C . oN Mc3433 beau ) 35 4 ot tou ly sy 35 r = AIMV<Vip ES mc343} teens) | Strobe 40 H [2 Vee=5V sash ~-7 8s Q+tamv L 1 03433 terz sy T,=25C Aeok, RRSR 35 Tae 070C! H ott tent 1s) 40 c v ss 5 Vip 6-12 my be z mc3431 eins Tow State 33 = Ww Fe c V, v Tas Qte 70 = on mectayi strove High State 2.0 2.0 Vix=0.4V ) LowState 16 1.6 | mA Vec=5.25V L Low Logic State 2 Third {High Impedance) Fetrote Vee= 5.25V Vin=24V | HighState 40 40 vA H = High Logic Stats t= Indeterminate State Viy=5.25V 1.0 1.0 mA AS < 2000 Vow \Vec= IBV, Veg= 4.75V, Four= 400pA | 2.4 y Vor | Voc=4-75V. Vee=4.75V, foyr=16mA 0.4 0.4 Tio | Voc=4.75V, Veg= 4.75V, Vour=5.25V 250 | vA Lon |Vec=5.25V, Vig=5.25V ~18 70 mA [ Tezax | Voc=5.25V, Vez=5.25V | DisableLeakage 40 mm { 45 60 45 60 Cy =5.25V, Ver=5.25V mA fez -17 | -30 -17 | -30 |MC3430~MC3433 Ber eee (77 K) (23) MOT SOV 390 vw ; v2 MC3430 MC3431 INGI6 ofr equiv Ito Eo Output of Channel B thown under test, other channels are tested similarly 3.0 V- == -4- f Ein sv 1 ov PLZIS) tPLZ(S} =RiSV Eo O5v Vou 3.0 Ein OV---- PZLIS} 'PZLES) 5.0V-VDq Eo 15 You-------- Atv F-7REMEDR CR + 2} 0-7 MC3430, MC3431 MC3432, MC3433 +S.OV MC3432 Ep MC3433 15 pF (Total) Output of Channel B shown under test, other channels are tested similarly. vi v2 st $2 Ch teizis) }100mv | GNO | Cloma | Clomd | 15 oF +100 mv tezLis} | 100mv } GNO Clomd Open 50 oF wxzis} | GNO [100mv | Cloma | Closed | 15 pF wzHis) | GND [100mv | Open | Closed | S0pF CV includes sig ana probe capacitance Ein walarm characteristics TTLH 6nd tr HL S 10 ns measured 10% to 90%, PRR = 1.0 MHz Duty Cycle = 50% / 3.0 V----- roo Ein 50% ov tPHZ(S) TPHZ(S) Vou Eo o5v 15 tPZHIS) AT) WA EER) OV Vaer MC3430 thru MC3433 1N916 or equiv Fo Ein wavetorm characteristics. {TLH @nd tTHL S 10 ns measured 10% to 90%, PRR = 10M? Buty Cycle = Sa% Vaer Vis PHLIO) Ein Wavetorm characteristics tTLH 8nd tryt S 10 ns measured 10% to 90%. Output of Channe! 6 thown unger test. other channels ere tested sim: ty PRR 3.0MHE St at "A" for MC3430, MC3431 Device Vaer mv Duty Cyele = 0% $1 ot "8" for MC3432, MC3433 MC3430 | 14 C_ = 50 pF total for MC3490, MC3431 MC3431 | 16 C_* 15 pF total for MC3432, MC3433 mc3433 | 15