Only want the answer to part e. Q6. The voltage source vs(t)-f(t) (V) in the cir

Question

Only want the answer to part e.

Q6. The voltage source vs(t)-f(t) (V) in the circuit below is a square wave as displayed as follows with A = 13 V and T = 2 ms, where R1 = R2 = 1.1 kQ, C = 1 uF R2 ourl fo) 0 -T-T2 (a) Find the fundamental angular frequency wo: 3141.593 (rad/s) You are correct. Your receipt no. is 163-6788 (b) Expand vs(t) as a cosine/sine Fourier series as follows and find the expansion coefficients as and bs a5- 3.310 (V); b5-0.000 (V) You are correct. Your receipt no. is 163-8848 (c) Expand vs(t) as a magnitude/phase Fourier series as follows and find the expansion coefficients A5 and As= 3.310 (V); ?5= 0.000 (o) You are correct. Your receipt no. is 163-8887 (d) Find the magnitude and angle of the voltage transfer function H(w)-Vout(a))/Vs(u) at ??-2.5 (rad/s) Magnitude of H(wa)-0.500 You are correct. Your receipt no. is 163-4205 Phase angle of H(wa)--0.079 (o) You are correct. Your receipt no. is 163-9356

Explanation / Answer

part A

angular frequency =2pie / t

where pie = 22/7

t is time period and

angular velocity is omega

by using this formula we can sove this quation

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