Question 1: (4 points) Figure 1: The circuit in figure 1 has the following input signal: Vin(t) $= 4 cos (1000 t + 9 0^{\circ})$ 1- Determine the phasor of Vin $Vin = .4 + \dots .9 2^{\circ}$ 2- Determine the expression of Vout as a function of $Vin, Z 1$ and $Z 2$ . Consider that $Z2$ is a resistor $R = 2 K Ω$ and $Z1$ is a capacitor $C = 0.5 μ F$ . 3- Determine the expression of Vout as a function of Vin, $R, C$ and $jω (Z_{C} = 1/ j C ω)$ 4- Determine the phasor of Vout 5- Plot Vout in the same graph

Question

Question 1: (4 points) Figure 1: The circuit in figure 1 has the following input signal: Vin(t)

= 4 cos (1000 t + 9 0^{\circ})

1- Determine the phasor of Vin

Vin = .4 + \dots .9 2^{\circ}

2- Determine the expression of Vout as a function of

Vin, Z 1

and

Z 2

. Consider that

Z2

is a resistor

R = 2 K Ω

and

Z1

is a capacitor

C = 0.5 μ F

. 3- Determine the expression of Vout as a function of Vin,

R, C

and

jω (Z_{C} = 1/ j C ω)

4- Determine the phasor of Vout 5- Plot Vout in the same graph

Accepted Answer

Expert Answer to -  Question 1: (4 points) Figure 1: The circuit in figure 1 has the following input signal: Vin(t) =4c

Answer

Solution for -  Question 1: (4 points) Figure 1: The circuit in figure 1 has the following input signal: Vin(t) =4c

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This an additional answer to -  Question 1: (4 points) Figure 1: The circuit in figure 1 has the following input signal: Vin(t) =4c

(Solved): Question 1: (4 points) Figure 1: The circuit in figure 1 has the following input signal: Vin(t) =4c ...