05: Determine the peak output voltage Vp(out) for the bridge rectifier in Fig.belowAssuming the practical Si diode model, what PIV rating is required for thediode?The transformer is specified to have a 110 Vrms secondary voltage for thestandard220 V across the primary. VP(out) = volt, PIV.Volt220VD, 10LnYour answer

The diodes are made of semiconductor materials. Silicon and germanium are common semiconductors for…

Answered: 05: Determine the peak output voltage…

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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Determine the peak output voltage for the bridge rectifier in this figure. Assuming the practical model, what PIV rating is required for the diode? The transformer is specified to have a 12 Vrms secondary voltage for the standard 110 V across the primary.
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In a 1-phase full wave bridge rectifier with Vs = Vm sin ωt, with R load & ideal diodes. The expression for the average value of the output voltage is 2Vm/π Select one: True False
In this given full-wave rectifier, determine the DC voltage available and sketch the Vo of the network.
Silicon diodes are used in a two-diode full-wave rectifier circuit to supply a load of 12 volts DC. Assuming ideal diodes and the load resistance is 12 ohms, compute the efficiency of the rectifier in percentage. A. 5.8 B. 75 C. 95.7 D. 81.2
Consider the full wave rectifier circuit shown below, with a large smoothing capacitance C = 300µF placed in parallel with the load resistor RL = 1KN and Vm = 15V. Assume that the diodes are piece-wise linear with r,= 100 and V, 0.7V then derive the plot for the output voltage across the load resistor RL. Plot A V Plot C V wm Plot B V Plot D V please pick a plot
In a 3-phase half-wave uncontrolled diode rectifier, it per phase input voltage is 180 V, then the average output voltage is: Select one O O O O a. 1982 b. 115,4 c. None d. 108.7 e. 180 1.210,5 O g. 221
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For the subsequent questions, please refer to the circuit below. Assume that the diode is ideal (e.g. the voltage across it is zero volts when it is ON) IK VINZI IN=IV (+) I Sv(t Jo Vo Suppose we assume the diode is ON, what is V. in volts? Suppose we assume the diode is ON, what is the resistor current I in mA? Suppose we assume the diode is ON, our assumption is correct because the condition ID>=0 will hold as lp will be (in mA)... Suppose we assume the diode is OFF, this is a wrong assumption because when we solve for Vp with the diode as an open-circuit, the condition VD<=0 will NOT hold as Vp will be (in volts)...
Assume AT the output of a filtered half wave rectifier circuit a series resistor RS of 4.2kohm together with a shunt connected 54v zener diode is now connected as a simple regulated circuit. The zener is connected in parallel with load RL of 11.9 kohm. When the input mains voltage flutes at various parts of day the max DC voltage appearing across the capacitor is 120 V and thefor the above zener maximum voltage is 80 V. Determine the load current in mA flowing through the load,
A half-wave rectifier with a 270 2 load resistor operates from a 120 Vrms 60 Hz household supply current through a 3-to-1 step-down transformer. It uses a silicon diode that can be modelled as having a constant Vf = 0.84 V drop for any current. vs(t) VL (t) RL (a) What is the peak voltage, vs,peak, of the secondary? What is the peak voltage, UL,peak of the rectified output? (b) For what fraction of the cycle (in percentage) does the diode conduct? (c) What is the average output voltage, V₁? (state which formula you used: the more accurate formula obtained via integration or the approximate formula) 1 (d) What is the average output current, IL? (e) You want to create a DC source with a peak-to-peak ripple voltage, Vr, of 11% of the peak output. (1) What size of capacitor should you add across the output? (2) What is the average voltage now? (State whether you used the more accurate or the approximate formula.)

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