MC1674

The MC1674 is designed as triple 2-input exclusive NOR gate.

Some electrical characteristics of MC1674 (unless otherwise specified) have been concluded into several points as follow. (1)At -30°C its switching times propagation delay A inputs t++, t-- would be max 2.0ns. (2)Its switching times propagation delay A inputs t+-, t-- would be max 2.1ns. (3)Its switching times propagation delay B inputs t++, t-+ would be max 2.5ns. (4)Its switching times propagation delay B inputs t+-, t-- would be max 2.5ns. (5)Its rise time (10% to 90%) would be max 2.7ns. (6)Its fall time (10% to 90%) would be max 2.4ns.

Also at 25°C some electrical characteristics of MC1674 are concluded as follow. (1)Its power supply drain current would be max 55 mAdc. (2)Its input current A inputs would be max 350 uAdc. (3)Its input current B inputs would be max 270 uAdc. (4)Its switching times propagation delay A inputs t++, t-- would be max 1.8ns. (5)Its switching times propagation delay A inputs t+-, t-- would be max 1.9ns. (6)Its switching times propagation delay B inputs t++, t-+ would be max 2.3ns. (7)Its switching times propagation delay B inputs t+-, t-- would be max 2.3ns. (8)Its rise time (10% to 90%) would be max 2.5ns. (9)Its fall time (10% to 90%) would be max 2.2ns.

And at +85°C some electrical characteristics of MC1674 are concluded as follow. (1)Its switching times propagation delay A inputs t++, t-- would be max 2.3ns. (2)Its switching times propagation delay A inputs t+-, t-- would be max 2.4ns. (3)Its switching times propagation delay B inputs t++, t-+ would be max 2.8ns. (4)Its switching times propagation delay B inputs t+-, t-- would be max 2.8ns. (5)Its rise time (10% to 90%) would be max 2.9ns. (6)Its fall time (10% to 90%) would be max 2.6ns. And so on. If you have any question or suggestion or want to know more information about MC1674 please contact us for details. Thank you!