Dynamic Shift Registers - Bitsavers - Trailing-Edge

«o ....oLC'):E:E.......«.... oo-.::t:E:E«....~oLC'):E:E.......«....o-.::t:E:Eabsolute maximum ratingsVoltage at Any PinOperating Temperature RangeMM4010A/MM4001 AMM5010A/MM5001AStorage Temperature RangeLead Temperature (Soldering, 10 sec)electrical characteristicsVss + 0.3V to Vss - 22V_55°C to +125°C-25°Cto +70°C-65°C to +150°C300°CT A within operating temperature range, Vss = +5.0V ±5%, V GG = -12.0V ±1 0%, unless otherwise stated.PARAMETERData Input LevelsLogical HIGH Level (V,H )Logical LOW Level (V IL)Data Input LeakageData Input CapacitanceLoad Control I nput LevelsLogical HIGH Level (V LCH)Logical LOW Level (V LCcILoad Control I nput LeakageLoad Control Input CapacitanceClock Input LevelsLogical HIGH Level (V~H)Logical LOW Level (V ~cIClock Input LeakageClock Input CapacitanceData Output LevelsLogical HIGH Level (VOH )Logical LOW Level (VOL)Power Supply CurrentIGGClock Frequency (1),)Clock Pulsewidth (r/>pw)Clock Phase Delay Times (¢d,¢d)Clock Transition Times (cPtr, 4>tf)Partial Bit Times (T)I nput Partial Bit Time (TIN)Output Partial Bit Time (TOUT)Data Input Setup Time (tdS)Data Input Hold Time (tdh)Load Control Input Setup Time(tLes)Load Control Input Hold Time!tLCh)Data Output Propagation DelayFrom cPOUTDelay to HIGH Level (tpdH )Delay to LOW Level (tpdL )CONDITIONSV ,N = -20V. T A = 25°CAll Other Pins GNDV ,N = O.OV, f = 1 MHz,All Other Pins GNDNote 2V ,N = -20V, T A = 25°CAll Other Pins GN DV ,N = O.OV, f = 1 MHz,All Other Pins GNDNote 2Vr/> = -20V. T A = 25°C,All Other Pins GN DVr/> = O.OV, f = 1 MHz,All Other Pins GNDMM4001A/MM5001AMM401OA/MM501OA Note 2'SOURCE := -0.5 rnAISINK = 1.6 mAT A = 25°C, VGG = -12V,r/>pw = 150 ns, Vss = 5.0V,Vr/>L = -12V, Data=0-1-0-10.01 MHz ~ r/>, ~ 0.1 MHzr/>, = 1 MHzr/>, = 2.5 MHz¢tr "" 4>1f = 20 ns, Note 1r/>t, + r/>pw + r/>t, ~ 1O.51'sNote 1r/>t, + r/>pw + r/>t, ~ 10.5 lISNote 1See ae test circuitMINVss - 2.0Vss -1S.5Vss - 2.0Vss - lS.5Vss - 1.5Vss - 18.52.40.010.15100.200.20SO20SO20TYP1734MAXVss + 0.3Vss - 4.20.01 0.53.0 5.0Vss + 0.3Vss - 4.20.01 0.53.0 5.0Vss + 0.3Vss - 14.50.05 1.02.03.05.03.330o30o1501502040Vss0.43.04.57.02.510100100200200UNITSvVI1ApFvVI1ApFpFpFVVmAmAmAMHzlISnsI'sI'snsnsnsnsnsnsNote 1: Minimum clock frequency is a function of temperature and partial bit times. TIN and TOUT.as shown by the