This is a definition of Inertial delay in the web: http://fpgafreak.blogspot.com/2010/01/transport-and-inertial-delay.html
For example, when a pulse is transmitted from A to B, inertial delay is 20ns and the pulse is 10ns. Is the conclude bellow right?
1. In order to a pulse can be transmitted to B, the pulse at A has to be remain for a certain time?
What is theory related to this problem?
2. The transmission of pulse is different from that of moving a car from A to B.
When a car move from A to B, it doesn't have any connection to A?
Can anyone explain more about the bold sentence?Inertial delay.inertial delay is the one which gate ( Component ) have,that is if a gate is modeling then in real situation it has some delay to model that inertial delay is used. For example If you model an inertial delay of, say 20 ns, and then put a pulse of, say, 10ns, through the model, it will be "swallowed" and will not appear at the output. Because I/p pulse that do not exceed the propagation delay of the gate do not propagate to the O/P.
Inertial delay is the time it takes for a signal to change its value.
This is usually representative of capacitance.The continuous-assignment will create an inertial delay.
By default delay is inertial.
For example, when a pulse is transmitted from A to B, inertial delay is 20ns and the pulse is 10ns. Is the conclude bellow right?
1. In order to a pulse can be transmitted to B, the pulse at A has to be remain for a certain time?
What is theory related to this problem?
2. The transmission of pulse is different from that of moving a car from A to B.
When a car move from A to B, it doesn't have any connection to A?