MC1692

The MC1692 is designed as quad line receiver. It is used primarily to receive data from balanced twisted pair lines. The line is driven with a MC1660 OR/NOR gate. The MC1660 is terminated with 50 ohm resistors to 2.0 volts. At the end of the twisted pair a 100 ohm termination resistor is placed across the differential line receiver inputs of the MC1692.

Some electrical characteristics of MC1692 (unless otherwise specified) have been concluded into several points as follow. (1) At -30°C its reference voltage would be min -1.375Vdc and max -1.275Vdc. (2) Its switching times propagation delay t-+ would be min 0.6ns and max 1.6ns. (3) its switching times propagation delay t+- would be min 0.6ns and max 1.8ns. (4) Its rise time (10% to 90%) would be min 0.6ns and max 2.2ns. (5) Its fall time (10% to 90%) would be min 0.6ns and max 2.2ns.

Also at 25°C some electrical characteristics about MC1692. (1) Its power supply drain current would be max 50 mAdc. (2) Its input current would be max 250 uAdc. (3) Its input leakage current would be max 100 uAdc. (4) Its reference voltage would be min -1.35Vdc and max -1.25Vdc. (5) Its switching times propagation delay t-+ would be min 0.6ns and max 1.5ns. (6) its switching times propagation delay t+- would be min 0.6ns and max 1.7ns. (7) Its rise time (10% to 90%) would be min 0.6ns and max 2.1ns. (5) Its fall time (10% to 90%) would be min 0.6ns and max 2.1ns.

And at +85°C some electrical characteristics about MC1692. (1) Its reference voltage would be min -1.3Vdc and max -1.2Vdc. (2) Its switching times propagation delay t-+ would be min 0.6ns and max 1.7ns. (3) its switching times propagation delay t+- would be min 0.6ns and max 1.9ns. (4) Its rise time (10% to 90%) would be min 0.6ns and max 2.3ns. (5) Its fall time (10% to 90%) would be min 0.6ns and max 2.3ns. And so on. If you have any question or suggestion or want to know more information about MC1692 please contact us for details. Thank you!