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Dynamic Shift Registers - Bitsavers - Trailing-Edge

Dynamic Shift Registers - Bitsavers - Trailing-Edge

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"litIt)It):?!:?!......."litIt)"lit:?!:?!absolute maximum ratings (Note 1)Gate Voltage (V GG) +10V to -30VBulk Voltage (Vss ) +10VAnalog Input (V IN) +10V to -20VPower Dissipation200mWOperating Temperature MM454-55°C to +125°CMM554-25°C to +70°CStorage Temperature-65°C to +150°Cstatic characteristics (Note 2)PARAMETER CONDITION MIN TYP MAXAnalog Input Voltage ±10ON Resistance VIN=-10V 170 600ON Resistance V IN = Vss 90 200OFF Resistance 10 10Analog I nput Leakage Current MM454 -T A = 25°C .050 100MM454 T A = 85°C .006 1.0MM554 T A = 25°C .0001 100MM554 T A = 70°C .030 1.0Analog Output Leakage Current MM454 T A = 25°c 0.100 100MM454 T A = 85°C 30 1.0MM554 T A = 25°C .0001 100MM554 T A = 70°C .030 1.0Vss Supply Current Drain Vss = +12V 3.8 5.5VGG Supply Current Drain VGG = -24V 2.4 3.5UNITSVnnnnAJJ.AnAJJ.AnAJJ.AnAJJ.AmAmAcapacitance characteristicsPARAMETER CONDITION MIN TYP MAXAnalog Input Capacitance Channel OFF liN = 0 4 6Analog Input Capacitance Channel ON liN = 0 20 24Analog Output Capacitance liN = 0 20 24Clock Input Vel = +12V 2.0Reset Input VRESET = +12V 2.0Blanking Input VBlANK = +12V 2.0UNITpFpFpFpFpFpFclock characteristics (Note 3)PARAMETER CONDITION MIN TYP MAXClock Input (HIGH)(4) Vss - 2 VssClock Input (LOW) -5 0 +5Clock Input Rise Time (POS GOING)No requirementClock Input Fall Time (NEG GOING) 20Countdown Output (POS) V OH Vss -2 VssCountdown Output (NEG) VOL 0Maximum Commutation Rate 0.5 2.0Vss +10.0 +12 +14UNITVVJJ.secVVMHzVNote 1: Maximum ratings are limiting values above which the device may be damaged. All voltagesreferenced to VDD = O.Note 2: These specifications apply over the indicated operating temperature range for V GG = -24V,VOO = OV, VSS = +12V, VRESET = +12V, VSLANK = +12V. ON resistance measured at 1 mA,OFF resistance and leakage measured with all analog inputs and output common. Capacitance measuredat 1 MHz.Note 3: Operating conditions in Note 2 apply. VSS to VOO (OV) voltage is applied to counting andgating circuits. VGG is required only for analog switch biasing. An logic inputs are high resistance andare essentially capacitive.Note 4: Logic input voltage must not be more positive than VSS.146

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