Dynamic Shift Registers - Bitsavers - Trailing-Edge

absolute maximum ratingsVoltage at Any PinOperating Temperature Range MM4104MM5104Storage Temperature RangeLead Temperature (Soldering, 10 sec)electrical characteristicsVss + 0.3V to Vss - 22V_55°e to 125°e_25°e to 70 0 e-65°e to 150 0 e300 0 e(T A within operating temperature range, Vss = +5.0V, ±5%, VGG = -12.0V ±10%, unless otherwise specified.)PARAMETERData I nput LevelsLogical HIGH Level (VIH )Logical LOW Level (VldData I nput LeakageData I nput CapacitanceLength Select Input LevelsLogical HIGH Level (VLSH )Logical LOW Level (VLsdLength Select Input LeakageLength Select Input CapacitanceClock I nput LevelsLogical HIGH Level (V H)Logical LOW Level (VLlClock I nput LeakageClock Input CapacitanceData Output LevelsLogical HIGH Level (VOH )Logical LOW Level (VoLlPower Supply CurrentIGGClock Frequency (¢,)Clock Pulsewidth (¢pw)Clock Phase Delay Times (¢d, ~d) (Note 1)Clock Transition Time (¢tr' ¢t,)Partial B it Times (T)I nput Partial B it Time (TJN)Output Partial B it Time ITo UT)Data I nput Setup Time (~s)Data I nput Hold Time (tdh)Data Output Propagation Delayfrom ¢OUTDelay to HIGH Level (tpdH)Delay to LOW Level (tpddCONDITIONSVIN = -20.0V, T A = 25°C,All Other Pins GNDVIN = O.OV, f = 1 MHz,All Other Pins GND, (Note 3)VIN = -20V, TA = 25°C,All Other Pins GNDVIN = O.OV, f = 1 MHz,All Other Pins GND, (Note 3)V", = -20V, TA = 25°C,All Other Pins GNDV", = O.OV, f = 1 MHz,All Other Pins GND, (Note 3)ISOURCE = -0.5 mAISINK = 1.6 mATA = 25°C, VGG = -12V, ¢pw = 150 nsVss = 5.0V. V",L = -12V, Data = 0·1-0-10.01 MHz~¢,~O.1 MHz¢tr = ¢t, = 20 ns, (Note 1)¢t, + ¢pw + ¢tr ~ 10.5 JJ.S¢t, + ¢pw + ¢tr ~ 10.5 JJ.S(Note 1)See ac test ci rcu it.¢, = 1 MHz¢, = 2.5 MHzMINVss - 2.0Vss - 18.5VssVss - 18.5Vss - 1.5Vss-18.52.40.010.15100.200.208020TYP850.013.00.016.00.051.53.57:03.330o150150MAXVss + 0.3Vss -4.20.55.0Vss + 0.3VGG0.59.0Vss + 0.3Vss - 14.51001.0Vss0.4·2.55.010.02.510100100200200UNITSvVJJ.ApFvVJJ.ApFvVJJ.ApFVVmAmAmAMHzJJ.snsJJ.sJJ.sJJ.snsnsnsnsNote 1: Minimum clock frequency is a function of temperature and partial bit times, T,N and TOUT,as shown by the