5. Turn off the function generator and build the following circuit. Make sure that thezener diode cathode is on the positive voltage side as shown below before you turnon the function generator again.R1D4 D1220D54.3V+C1RL+22µzenerVs(N)D3 D29V sin(27 50 t)Measure and/or calculate the peak amplitude of v, peak-to-peak ripple voltage, DCvalue of vL, and the DC load current for the three RL values used previously.RL330 Q560 Q1.2 kQVLpeakVrpIPPVLDC measuredVLDC calculatedILDC calculated5.c) Compare the results of capacitor-only and zener diode filter circuits.Explain the advantages and disadvantages of each filtering technique.

A full-wave rectifier is connected across the function generator. It rectifies the sinusoidal wave.…

5. Turn off the function generator and build the following circuit. Make sure that the zener diode cathode is on the positive voltage side as shown below before you turn on the function generator again. R1 220 D5 4.3V D4 D1 + C1+ RL + 22µ zener VsN) D3 D2 9V sin(27 50 t) Measure and/or calculate the peak amplitude of vL, peak-to-peak ripple voltage, DC value of vL, and the DC load current for the three RL values used previously. RL 330 Q 560 Q 1.2 ko VLpeak VrpIPP VLDC measured VLDC calculated ILDC calculated 5.c) Compare the results of capacitor-only and zener diode filter circuits. Explain the advantages and disadvantages of each filtering technique.

5. Turn off the function generator and build the following circuit. Make sure that the zener diode cathode is on the positive voltage side as shown below before you turn on the function generator again. R1 220 D5 4.3V D4 D1 + C1+ RL + 22µ zener VsN) D3 D2 9V sin(27 50 t) Measure and/or calculate the peak amplitude of vL, peak-to-peak ripple voltage, DC value of vL, and the DC load current for the three RL values used previously. RL 330 Q 560 Q 1.2 ko VLpeak VrpIPP VLDC measured VLDC calculated ILDC calculated 5.c) Compare the results of capacitor-only and zener diode filter circuits. Explain the advantages and disadvantages of each filtering technique.

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

In the circuit shown below. Determine the following a. Vs (at the secondary) b. Vout (across RL) c. Vrip (ripple votage) d. VDC e. PIV (Peak Inverse Voltage) 10:1 Output 115 V mis 60 Hz RL 2.2 k) D, 50μF- All diodes are IN4001. Tund AlMannai EENG261 Page 5/11
A single-phase half wave uncontrolled rectifier circuit is operating with a purely inductive load and a source voltage of 100 sin (277t) V. An ideal PMMC ammeter is connected in series with the inductive load reads 20 A. Calculate the distortion factor of the rectifier. Answer Choices: a. 0.866 b. 0.707 c. 0.577 d. 0.816
Solution of this question is required. Urgently please.
7. What is the differences between a normal diode and a Zener diode?
ex 3
What is a zener diode? Draw the I - V characteristics of a zener diode and explain how it is different from a normal diode?
Draw the corresponding output waveform of the double diode partial limiter below using simplified diode model. Indicate all the necessary voltage levels and use Silicon diodes. 20 VP-P 1KQ M D1 9V D2 4.5V VOUT
Determine 1) the maximum load current. 2) the mean load current .3)the rms alternating load current. 4) the DC power supplied to the load. 5) the input power to the anode circuit. 6) the rectification efficiency. 7) the percentage of regulation. 8) the ripple current. R=10°0 Vi R=10°n AC Figure (2-72) the circuit of problem (2-6). (2-7) A full-wave bridge rectifier with a 120 Vrms sinusoidal input has a load resistance of Ikn. Determine:- 1) The de voltage available at the load. 2) Find the maximum current through each diode during conduction. 3) What is the required power rating of each diode. (2-8) A zener diode has a de power dissipation of Iw and a zener voltage rating of 27v. What is the value of I, max for the device? (2-9) Calculate and draw the output voltage for the circuit shown in Figure (2-74). +100v Vo 2.2kd4 2.2kQ -100v Figure (2-74) the circuit of problem (2-10).
Draw the input waveform and output waveform for the circuit given below with proper values marked in the figure. Assume D1 as silicon and D2 as germanium diodes. Input Vpp=20V, V1=4 V and V2=10 V. R www DZ D1 Vin Vout vi V2 Maximum voltage of output waveform Minimum voltage of output waveform
In a half wave rectifier, the sine wave input is 300sin300t. The average value of output voltage is? a. 67.453V b. 95.492V c. 63.694V d. 57.876V
In the following circuit, Vin is a sinusoid AC input voltage which has a 5. peak voltage of 15v. Zener diode D has a Zener voltage of 10V. Sketch the waveform of Vout. Hint: Consider when Zener diode is forward and reverse biased. R 1ka Vin Vout
In a single phase half wave controlled rectifier with inductive load without freewheeling diode, the output voltage is zero during the wt=t to 2rt. Select one: O True O False