Question

RC Circuit with Steady-State AC Source For the circuit of Fig. 5.1, assume V(t) is a 2V peak-to-peak (2V p-p = 1V = 1V peak) sinusoidal signal. Calculate the peak-to-peak values of VA and Vg for the three frequencies: 200 Hz, 1 kHz, and 5 kHz. For each frequency, determine the gain magnitude Vl/Val (the amplitude of V divided by the amplitude of V) and the phase angle between input (VA) and output (Vg) voltages (also called phase shift between VA and Vg or phase angle difference between VA and V), and complete the table below. Prelab Calculations: Fig. 5.1 Frequency VA VB V Vgain mag. Phase: V relative to V 200 Hz 1 kHz 5 kHz R = 1kÎ© Vs(c) C = 0.224F Fig. 5.1

          RC Circuit with Steady-State AC Source

For the circuit of Fig. 5.1, assume V(t) is a 2V peak-to-peak (2V p-p = 1V = 1V peak) sinusoidal signal. Calculate the peak-to-peak values of VA and Vg for the three frequencies: 200 Hz, 1 kHz, and 5 kHz. For each frequency, determine the gain magnitude Vl/Val (the amplitude of V divided by the amplitude of V) and the phase angle between input (VA) and output (Vg) voltages (also called phase shift between VA and Vg or phase angle difference between VA and V), and complete the table below.

Prelab Calculations:
Fig. 5.1

Frequency   VA    VB    V    Vgain mag.   Phase: V relative to V
200 Hz
1 kHz
5 kHz

R = 1kÎ©
Vs(c)
C = 0.224F

Fig. 5.1

rc circuit with steady state ac source for the circuit of fig51assume vst is a 2 v peak to peak 2v p p 1v1v peaksinusoidal signal calculate the peak to peak values of va and vg for the three 96525

Added by Donald J.

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