SN74LS322A

The SN74LS322A is designed as 8-bit shift register which has multiplexed input/output data ports to accomplish full 8-bit data handling in a single 20-pin package.

SN74LS322A has four features. (1)Multiplexed inputs/ outputs provide improved bit density. (2)Sign extend function. (3)Direct overriding clear. (4)3-state outputs drive bus lines directly. Those are all the main features.

Some guaranteed operating ranges of SN74LS322A have been concluded into several points as follow. (1)Its supply voltage range would be min 4.75V and typ 5.0V and max 5.25V. (2)Its operating ambient temperature range would be min 0°C and typ 25°C and max 70°C. (3)Its output current high level would be max -0.4mA. (4)Its output current low level would be max 8mA.

Also some DC characteristics of SN74LS322A are concluded as follow. (1)Its input high voltage would be min 2.0V with conditions of guaranteed input high voltage for all inputs. (2)Its input low voltage would be max 0.8V with conditions of guaranteed input low voltage for all inputs. (3)Its input clamp diode voltage would be typ -0.65V and max -1.5V with condition of Vcc=min, Iin=-18mA. (4)Its output high voltage would be min 2.4V and typ 3.2V. (5)Its output low voltage would be typ 0.25V and max 0.4V with condition of Iol=4mA. (6)Its input high current would be max 20uA with condition of Vcc=max and Vin=2.7V and it would be max 0.1mA with condition of Vcc=max and Vin=7.0V. (7)Its input low current would be max -0.4mA. (8)Its short circuit current would be min -20mA and max -100mA with condition of Vcc=max. (9)Its power supply current would be max 53mA with condition of Vcc=max.

And some AC characteristics of SN74LS322A are concluded into several points as follow. (1)Its maximum clock frequency would be min 25MHz and typ 35MHz. (2)Its propagation delay, clock to Qh would be typ 26ns and max 35ns. (3)Its propagation delay clear to Qh would be typ 27ns and max 35ns. And so on. If you have any question or suggestion or want to know more information please contact us for details. Thank you!