Please do A and B only 2. Fig. 2 shows a full-wave rectifier. In this circuit, R3=300K, Vin=2.5V.Sin(wt) withfrequency of 100KHz. Please use exponential model and Is=1*10-16A for all diodes inLTspice simulation, while use constant voltage model (VD,on=0.8V) for diodes in handcalculation.(a) With C3=50pF, please hand-draw the input and output waveforms of Fig. 2, andmark 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 withC3=50pF and C3=300pF respectively by LTspice transient analysis.(d) Please fill the Table. II below and compare the ripple voltage Vripple in handcalculation (based on textbook (3.94)) and LTspice simulation results withC3=50pF and C3=300pF respectively.C3ModelMethodVrippleVinD32,D34ConstantVoltageHandCalculation50 pFD 33D31Fig. 2Table. IIExponentialLTspiceSimulationR3+C3 Vout300 pFConstantVoltageHandCalculationExponentialLTspiceSimulation

Answered: Image /qna-images/answer/1eeb0683-2f3b-40b0-93d3-0539dbaa37d5.jpg

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)

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...

See similar textbooks

Similar questions

The non-zero detector is similar to a zero detector but with the zero level adjusted above a specific voltage True False
QUESTION 14 With the following DFA, which state is a final state? ti, i Start OA 2 O B. 1 OC. It doesn't have final state O D.O
A (0-6) A range ammeter has inaccuracy of + 2.0% of its full scale. Calculate the % error in instrument if the expected is (i) 2A and (ii) 3A
When the diac has turned on, the voltage drop across its terminals is breakover voltage required to fire it. the same as O greater than O less than the
Determine the base of the numbers for the following operation to be correct 54/4=13
i need the answer quickly
Please provide Handwritten answer
I need the answer as soon as possible
* The register is a type of latches O combinational circuit CPU O sequential circuit O none of the mentioned O
The fig below shows the voltage divider bias method. Draw the d.c. load li determine the operating point. Assume the transistor to be of silicon. E 1000763406-84306 306-2023/07/1 + Vcc= 15 V 5kQ 15-2217b3406-84