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2. Fig. 2 shows a full-wave rectifier. In this circuit, R3=300KN, Vin=2.5V-Sin(wt) with frequency of 100KHz. Please use exponential model and Is=1*10-16A for all diodes in LTspice simulation, while use constant voltage model (VD.,on=0.8V) for diodes in hand calculation. (a) With C3=50pF, please hand-draw the input and output waveforms of Fig. 2, and mark the peak value and ripple voltage of output signal in the figure. (b) With C3=300pF, please hand-draw the waveforms like (a) for the circuit in Fig. 2.

2. Fig. 2 shows a full-wave rectifier. In this circuit, R3=300KN, Vin=2.5V-Sin(wt) with frequency of 100KHz. Please use exponential model and Is=1*10-16A for all diodes in LTspice simulation, while use constant voltage model (VD.,on=0.8V) for diodes in hand calculation. (a) With C3=50pF, please hand-draw the input and output waveforms of Fig. 2, and mark the peak value and ripple voltage of output signal in the figure. (b) With C3=300pF, please hand-draw the waveforms like (a) for the circuit in Fig. 2.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Please do A and B only

2. Fig. 2 shows a full-wave rectifier. In this circuit, R3=300K, Vin=2.5V.Sin(wt) with frequency of 100KHz. Please use exponential model and Is=1*10-16A for all diodes in LTspice simulation, while use constant voltage model (VD,on=0.8V) for diodes in hand calculation. (a) With C3=50pF, please hand-draw the input and output waveforms of Fig. 2, and mark the peak value and ripple voltage of output signal in the figure. (b) With C3=300pF, please hand-draw the waveforms like (a) for the circuit in Fig. 2. (c) Please plot input and output waveforms of Fig. 2 and find the ripple voltage with C3=50pF and C3=300pF respectively by LTspice transient analysis. (d) Please fill the Table. II below and compare the ripple voltage Vripple in hand calculation (based on textbook (3.94)) and LTspice simulation results with C3=50pF and C3=300pF respectively. C3 Model Method Vripple Vin D32, D34 Constant Voltage Hand Calculation 50 pF D 33 D31 Fig. 2 Table. II Exponential LTspice Simulation R3 + C3 Vout 300 pF Constant Voltage Hand Calculation Exponential LTspice Simulation
Transcribed Image Text:2. Fig. 2 shows a full-wave rectifier. In this circuit, R3=300K, Vin=2.5V.Sin(wt) with frequency of 100KHz. Please use exponential model and Is=1*10-16A for all diodes in LTspice simulation, while use constant voltage model (VD,on=0.8V) for diodes in hand calculation. (a) With C3=50pF, please hand-draw the input and output waveforms of Fig. 2, and mark the peak value and ripple voltage of output signal in the figure. (b) With C3=300pF, please hand-draw the waveforms like (a) for the circuit in Fig. 2. (c) Please plot input and output waveforms of Fig. 2 and find the ripple voltage with C3=50pF and C3=300pF respectively by LTspice transient analysis. (d) Please fill the Table. II below and compare the ripple voltage Vripple in hand calculation (based on textbook (3.94)) and LTspice simulation results with C3=50pF and C3=300pF respectively. C3 Model Method Vripple Vin D32, D34 Constant Voltage Hand Calculation 50 pF D 33 D31 Fig. 2 Table. II Exponential LTspice Simulation R3 + C3 Vout 300 pF Constant Voltage Hand Calculation Exponential LTspice Simulation
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