Dynamic Shift Registers - Bitsavers - Trailing-Edge

......tnG)G)(I)0010:E:E......00..:E:Eabsolute maximum ratingsDrain Voltage (-Veel+0.5V to-25VClock Inputs (V4>" V4>21 +0.5V to -25VData Inputs +0.5V to -25VPower Dissipation (Note 11500mWOperating Temperature MM400 Series_55°C to +125°CMMSOO Series _25°C to + 70°CStorage Temperature_65°C to +150°Celectrical drive requirementsPARAMETER CONOITIONS MIN TVP MAX UNITSClock Pulse Width See Timing Diagram, Page 3.1 Clock pw 0.4 10.0 ItS~ Clockpw 0.2 10.0 It·Clock Delay. f/jd See Definition 0.1 It·,CloCk Pulse Transition t .... tflt! t MHz, lfipw '" 0.2 ~s 0.05 It·100 kHz, tPpw = 0.2 JlS 0.5 It·10 kHz.lfipw '" lOllS 5.0 It·Clock Input Level (V.)Logic "0" IV.,..I Vss -0.5 Vss -1.5 VLogic "," (Vt/.ILI V. -14.5 Vss -16.0 Vss -18.0 VData Pulse Width tdw 0.4 It·Data Setup Time td. 0.1 It·Data Input Voltage LevelsMOSto MOSLogic "0" IV IH ) Voo '" -TOV. Vss = GND 2.0 VLogic "1" (V,d freq = 1 MHz max. -7.0 VTTLto MOS (Fig. 11Logic "0" IV IH) Voo '" GNO, Vss '" +10V Vss - 2.0 VLogic "1" (V,d freq '" 1 MHz max. Vss -7.0 VTTL to MOS IFig. 21Logic "0" (V'HI Veo '" -5V, Vss '" +5V Vss - 1.5 VLogic "," (V,d(Vss = 4.75 min)freq '" 0.5 MHz max. Vas -4.2 Velectrical characteristics (Note 2)PARAMETER CONDITIONS MIN TVP MAX UNITSClock Repetition Rate See Fig. 2 See Note 5 1.0 MHzSee Fig. 1 See Note 5 0.5 MHzClock Input Capacitancef"" 1.0 MHz, OV Bias(Pins3& 5) MM400, 401, 500. 501 22 40 pFMM402, 403, 502. 503 40 60 pFMM406, 407, 506, 507 85 100 pF-20V BiasMM400, 401, 500, 501 18 25 pFMM402, 403, 502, 503 32 40 pFMM406. 407. 506, 507 55 65 pFData Output Voltage LevelsMOS'0 MOSVoo z -'OV, Vss - GNDLogic "0" (VaH ) freq "" 1 MHz max. Vss -1.5 VInput (d.c.)Logic "1" (VaLlV .. -8.0VVMOStoTTL IFig.l1 Voo == GNO, Vss "" +10Vfreq "', MHz max.Input (d.c.)Logic "0" (VaH)2.5 VLogic "1" (Vad:~ : ~i~6m:A} See Note 60.4 VMOS to TTL (Fig. 21 Voo "" -5V, VSS "" +5V(Vss "" 4.75 minifreq = 0.5MHz max,Logic "0" (VaH )2.5 VLogic "1" (VaLl :~: ~i~6m:A} See Note 60.4 V1.0 IlA Test CurrentTA ==25°COn Pin 1 GND on Pins 2,3,4,5,6,7 -25 V-aVon Pin 8On Pin 2 (Note 3) GND on Pins 1, 4, 6, 7.8 -25 V-8V on Pins 3, 5On Pin 6 (Note 3) GND on Pins', 2, 4, 7.8 -25 V-aVon Pins 3, 5On Pin 7 GND on Pins 1,2,3.4,5,6 -25 V-aVon PinSBreakdown VoltageLeakage Currant TA '" 25°CPin' V, = -18V. Va =-8V 0.5 itA'All Other Pins at GNDPin 2 (Note 4) V2 =' -lSV, V3 = Vs '" -SV 0.5 itAAll Other Pins at GNDPin 6 (Note 4) V6 == -1aV. V3 == Vs ""-8V 0.5 itAAll Other Pins at GNDPin 7 V, = -18V, Va =-8V 0.5 ItAAll Other Pins at GNDPin a (Note 4) Va = -8V 0.5 itAAll Other Pins at GNOPower Supply Current DrainOutPUts at Logic "'"1 MHz Operations, T A ,. 25°CI~, • 0.4 It., ~2 = 0.2 It.IMM400.401.500,501 4.5 9.0 mAMM402,403.502,503 9.0 14.0 (Average)MM406.407.506,507 18.0 30.0No" t: For operating at .I.v.ted temperlltu,..; the dIIvlce must be deratad baMd on +1150oC maximum J"nctJon tamperature end a th.rmal .... ist.nee of 150 0 CIW junction to ambi.nt.The full rating tlPPli.s for c .... mperatures to + 125°C for MM400 Serlo and +70oc for MM500 S.rlel units.NOla 2: Th ... specific_ions apply ov.r the Indlcateet operating temp.rature ran .. s for VSS. OV and -11V