Hello all,
In a resonator circuit, when applying a voltage, the phase difference between the voltage and current will vary depending on the frequency of the voltage source.
How do I physically measure the phase difference between the input and output of the resonator circuit with a high degree of accuracy?
Could we also measure the frequency somehow? I know that
frequency = phase/time
therefore, Δf = Δphase /Δtime.
So, in practical applications, does this mean I would find the difference in frequency of the two signals and multiply by the time frame?
Thank you in advance.
In a resonator circuit, when applying a voltage, the phase difference between the voltage and current will vary depending on the frequency of the voltage source.
How do I physically measure the phase difference between the input and output of the resonator circuit with a high degree of accuracy?
Could we also measure the frequency somehow? I know that
frequency = phase/time
therefore, Δf = Δphase /Δtime.
So, in practical applications, does this mean I would find the difference in frequency of the two signals and multiply by the time frame?
Thank you in advance.