SN74LS796N ,TRI-STATE OCTAL BUFFERS
SN74LS796N ,TRI-STATE OCTAL BUFFERS
SN74LS798N ,TRI-STATE OCTAL BUFFERS
SN74LS83N ,4-BIT BINARY FULL ADDER WITH FAST CARRYSN54/74LS83A4-BIT BINARY FULL ADDERWITH FAST CARRYThe SN54 /74LS83A is a high-speed 4-Bit binary Fu ..
SN74LS85 ,LOW POWER SCHOTTKY
SN74LS85D ,4-BIT MAGNITUDE COMPARATOR
SP2526A-2EN , Dual USB High-Side Power Switch
SP26LV431CN , High Speed, 3.3V Quad RS-422 Differential Line Driver
SP26LV431CN , High Speed, 3.3V Quad RS-422 Differential Line Driver
SP26LV432CN , High Speed, Low Power Quad RS-422 Differential Line Receiver
SP26LV432CN , High Speed, Low Power Quad RS-422 Differential Line Receiver
SP26LV432CN , High Speed, Low Power Quad RS-422 Differential Line Receiver
SN54LS795J-SN54LS796J-SN54LS797J-SN54LS798J-SN74LS796N-SN74LS798N
TRI-STATE OCTAL BUFFERS
TRI-ST ATE OCTAL BUFFERSThe SN54/74LS795 thru SN54/74LS798 device types provide a second
source for the 71/81LS95 thru 71/81LS98 series. These devices are octal
low power Schottky versions of the 70/8095 thru 70/8098 3-STATE Hex
Buffers. The LS795 and LS797 are noninverting and the LS796 and LS798
are inverting functions. On each buffer, one of the two inputs is used as a
control line to gate the output into the high impedance state, while the other
input passes the data through the buffer. On the LS795 and LS796 access is
through a 2-input NOR gate, with all eight 3-STATE enable lines common. On
the LS797 and LS798, four buffers are enabled from one common line and the
other four buffers from another common line. On all device types the 3-STATE
condition is achieved by applying a high logic level to the enable pins.
TRUTH TABLES
LS795
LS796
LS797
LS798
GUARANTEED OPERATING RANGES
