SN54LS795

The SN54LS795 is designed as tri-state octal buffer which provide a second source for the 81LS95 series.

Some guaranteed operating ranges of SN54LS795 have been concluded into several points as follow. (1)Its supply voltage range would be min 4.5V and typ 5.0V and max 5.5V. (2)Its operating ambient temperature range would be min -55°C and typ 25°C and max 125°C. (3)Its output current high level would be max -2.6mA. (4)Its output current low level would be max 8.0mA.

Also some DC characteristics of SN54LS795 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 0.7V 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 2.5V and typ 3.5V. (5)Its output low voltage would be typ 0.25V and max 0.4V with condition of Iol=8.0mA. (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 -30mA and max -130mA with condition of Vcc=max. (9)Its power supply current would be max 26mA with condition of Vcc=max. (10)Its output off current high would be max 20uA with condition of Vcc=max, Vout=2.7V. (11)Its output of current low would be max -20uA with condition of Vcc=max, Vout=0.4V.

And some AC characteristics of SN54LS795 are concluded into several points as follow. (1)Its propagation delay would be typ 11ns and max 16ns. (2)Its output enable time would be typ 16ns and max 25ns. (3)Its output disable time would be typ 13ns and max 20ns. And so on. If you have any question or suggestion or want to know more information about SN54LS795 please contact us for details. Thank you!