Consider the following circuit: Is 2kQ # 0.25 F 1 mH Vo a) Find out the...

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Consider the following circuit: Is 2kQ # 0.25 μF 1 mH Vo a) Find out the ratio between the output voltage (Vo) and the input current (Is). b) In one page, draw: i- the magnitude of the previous ratio versus the frequency (1) ii- the phase angle of the previous ratio versus the frequency (f) The frequency (f)) is varied between 1 and 20 kHz in step of 100 Hz. Let the X-axis to be on a logarithmic scale. c) if the input current (Is) is of the form: I₁ = 2* sin(2* 7 * 10000 *)+1* cos(2** 20000 t) + 3* sin(2* *30000 *t) Draw the waveforms of the input current (Is) and the output voltage (Vo) in one graph ift is varied between 0 and 2*10 Seconds step of 10-7 Second. Consider the following circuit: Is 2kQ # 0.25 μF 1 mH Vo a) Find out the ratio between the output voltage (Vo) and the input current (Is). b) In one page, draw: i- the magnitude of the previous ratio versus the frequency (1) ii- the phase angle of the previous ratio versus the frequency (f) The frequency (f)) is varied between 1 and 20 kHz in step of 100 Hz. Let the X-axis to be on a logarithmic scale. c) if the input current (Is) is of the form: I₁ = 2* sin(2* 7 * 10000 *)+1* cos(2** 20000 t) + 3* sin(2* *30000 *t) Draw the waveforms of the input current (Is) and the output voltage (Vo) in one graph ift is varied between 0 and 2*10 Seconds step of 10-7 Second.

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a The impedance of the capacitor is given by Xc 12fC where Xc is the capacitive reactance in ohms f ... View the full answer