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likephysics
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I recently attended a seminar, which said impedance increases with temperature, which results in timing delays in digital circuits. I don't understand how increase in impedance results in delay.
likephysics said:I recently attended a seminar, which said impedance increases with temperature, which results in timing delays in digital circuits. I don't understand how increase in impedance results in delay.
You need a more specific quote, a reference to a particular circuit. It's possible that increased impedance could change the phase in some parts of a circuit but without any specific information, that is, just taken as a bald statement with no context, it makes no sense as far as I can see. For one thing not all impedance increases with temperature.likephysics said:I recently attended a seminar, which said impedance increases with temperature, which results in timing delays in digital circuits. I don't understand how increase in impedance results in delay.
Impedance vs time delay is a graphical representation of the relationship between impedance and time delay in a circuit. It shows how the impedance changes over time as a signal passes through a circuit.
Impedance vs time delay is typically measured using an oscilloscope or network analyzer, which can capture and display the changing impedance values over time.
Impedance vs time delay can be affected by various factors, such as the type of circuit components, the length and type of transmission lines, and the frequency of the signal.
Impedance vs time delay is important in circuit design as it helps engineers understand the behavior of a circuit and make adjustments to optimize its performance. It can also help identify any issues or problems in a circuit.
Impedance vs time delay can be used in troubleshooting circuits by comparing the expected impedance vs time delay with the actual measurements. If there are discrepancies, it can help pinpoint where the issue may be occurring in the circuit.