Propagation delay increases with operating temperature, as resistance of conductive materials tends to increase with temperature.
12.
This corresponding maximum time is the propagation delay.
13.
The DTL propagation delay is relatively large.
14.
Storage time accounts for a significant portion of the propagation delay in the original TTL logic family.
15.
As propagation delays depend heavily on supply voltage, tolerance-bound fluctuations of the latter can trigger such behavior.
16.
This reduced the typical propagation delay from 9 ns to 6 ns but increased the power consumption.
17.
Storage time can be eliminated and propagation delay can be reduced by keeping the switching transistors from saturating.
18.
Increases in output load capacitance, often from placing increased fan-out loads on a wire, will also increase propagation delay.
19.
Digital circuits behave according to the principles of Boolean logic, with the additional real-world effects of propagation delays and device loading.
20.
Some of the specified characteristics are attenuation, characteristic impedance, timing jitter, propagation delay, and several types of gauge unshielded twisted-pair cable.
