(Solved): Problem 3: Assume you are to construct a circuit as follows: The circuit is comprised of nodes A ...

Problem 3: Assume you are to construct a circuit as follows: • The circuit is comprised of nodes A, B, C, D, E, and F. • An AC source with 20V rms, 60 Hz, is a\ached between nodes A and D. • A resistor, Rs1 = 500 Ohms, is a\ached between nodes A and B. • A resistor, Rs2 = 500 Ohms, is a\ached between nodes D and C. • A Load Resistor, RL, is a\ached between nodes B and C. • A zener diode, Z1, is a\ached between nodes E and B, with its anode a\ached to E. • A zener diode, Z2, is a\ached to nodes F and C, with its anode a\ached to F. • A Silicon diode, S1 (not ideal), is a\ached to nodes E and C, with its anode a\ached to E. • A Silicon diode, S2 (not ideal), is a\ached to nodes F and B, with its anode a\ached to F. A. Assume all zener diodes are 10V Zeners and all Silicon diodes are 0.7V forward voltage. Further, assume that the avalanche breakdown voltage for all Silicon diodes is - 50V. Show the Cme domain source voltage on a graph. B. Show the Cme domain voltage across the load resistor. C. Show the Cme domain of the current through Z1. D. Show the Cme domain of the current through Z2. E. Show the Cme domain of the current through RL. (Show all of your work) Problem 3: Assume you are to construct a circuit as follows: - The circuit is comprised of nodes \( A, B, C, D, E \), and \( F \). - An AC source with 20 V rms, 60 Hz , is attached between nodes \( A \) and \( D \). - A resistor, \( \mathrm{Rs} 1=500 \) Ohms, is attached between nodes \( A \) and \( B \). - A resistor, \( \mathrm{Rs} 2=500 \) Ohms, is attached between nodes \( D \) and \( C \). - A Load Resistor, RL, is attached between nodes B and C. - A zener diode, Z1, is attached between nodes E and B, with its anode attached to E. - A zener diode, Z2, is attached to nodes F and C, with its anode attached to F. - A Silicon diode, S1 (not ideal), is attached to nodes E and C, with its anode attached to E . - A Silicon diode, S2 (not ideal), is attached to nodes F and B, with its anode attached to F . A. Assume all zener diodes are 10 V Zeners and all Silicon diodes are 0.7 V forward voltage. Further, assume that the avalanche breakdown voltage for all Silicon diodes is 50 V . Show the time domain source voltage on a graph. B. Show the time domain voltage across the load resistor. C. Show the time domain of the current through Z 1 . D. Show the time domain of the current through Z2. E. Show the time domain of the current through RL. (Show all of your work)