ple 5.1 Finding the Performances of a Dc-Dc ConverterThe de converter in Figure 5.2a has a resistive load of R = 100 and the input voltage isV, = 220 V. When the converter switch remains on, its voltage drop is vah = 2V and the chop-ping frequency is f = 1kHz. If the duty cycle is 50%, determine (a) the average output voltageVa, (b) the rms output voltage V,, (c) the converter efficiency, (d) the effective input resistanceRị of the converter, (e) the ripple factor of the output voltage RF, and (f) the rms value of thefundamental component of output harmonic voltage.VHVConverterI-0+SWV.V,RR(a) CircuitkT(b) Waveforms5045403530R,(k) 252015105102030405060708090100kDuty cycle, %(c) Effective input resistance against duty cycleFIGURE 5.2Step-down converter with resistive load.Normalized effective input resistance

“Since you have posted a question with multiple sub-parts, we will solve first three subparts for…

The de converter in Figure 5.2a has a resistive load of R = 100 and the input voltage is V, = 220 V. When the converter switch remains on, its voltage drop is vh = 2V and the chop- ping frequency is ƒ = 1kHz. If the duty cycle is 50%, determine (a) the average output voltage Va (b) the rms output voltage Vo, (c) the converter efficiency, (d) the effective input resistance R¡ of the converter, (e) the ripple factor of the output voltage RF, and (f) the rms value of the fundamental component of output harmonic voltage. %3D

The de converter in Figure 5.2a has a resistive load of R = 100 and the input voltage is V, = 220 V. When the converter switch remains on, its voltage drop is vh = 2V and the chop- ping frequency is ƒ = 1kHz. If the duty cycle is 50%, determine (a) the average output voltage Va (b) the rms output voltage Vo, (c) the converter efficiency, (d) the effective input resistance R¡ of the converter, (e) the ripple factor of the output voltage RF, and (f) the rms value of the fundamental component of output harmonic voltage. %3D

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

Consider the boost converter shown. Switch Q is operating at 25 kHz with a duty cycle of 0.6. Assume the diode and switch to be ideal. Under steady-state condition, the average resistance R as seen by the source is (Round off to 2 decimal places.) £2. 15 V 1 mH voor Rin k ♫ ▷ 100 uF www 102
A) A step-up chopper has an input voltage of 220 V and an output voltage of 660 V. if the non-conducting time of the thyristor is 100us. What is the on-time of the thyristor?
Calculate the rms value of the output voltage of an AC-AC converter with the following specifications. Vs—110*sqrt(2)*sin(wt), Alpha Pi/6
An inductor of 150hms and resistance of 10 Ohms are connected in series to a 230V, 50 Hz ac supply. Determine the active and reactive power and power factor in the circuit.
In the given circuit, a step down transformer with an RMS voltage as 110V /11-0-11 V is used with RL = 1 KO. Assume diode as Germanium and the input frequency is F= 50HZ. D, CT Vin RL D2 1- Name the given circuit. 2- Find The PIV. 3- Find Current trough load resistance. 4- Draw the Input and Output wave forms. all
Exercise 2: Calculate the following i. Current flowing through the circuit. (Irms) ii. Current flowing through the resistors R9, R10, R11. (Irms) iii. Calculate the peak to peak- peak voltage (Vpk-pk) and peak-peak current (I pk-pk) iv. Calculate the time period of the waveform
The sinusoidal waveform displayed by the CRO is shown in Figure below. The 'time/cm' switch is on 50 ms/cm and the 'volts/cm' switch is on 1 V/cm. Calculate (a) the frequency, (b) the peak to peak voltage (c) the average voltage (d) the r.m.s voltage.
For the CRO square voltage waveform is shown in Figure. The 'time/cm' switch is on 5 ms/cm and the 'volts/cm' switch is on 2 V/cm. Calculate (a) the periodic time, (b) the peak to peak voltage, (c) the maximum voltage, (d) the time taken to complete half cycle The periodic time The peak to peak voltage The maximum voltage The time taken to complete half cycle
Find the Current in the Circuit in Miliampares
The sinusoidal voltage trace displayed by the CRO, the time/cm switch is on 50 µs/cm and the volt/cm switch is on 20 V/cm. The width of one complete cycle is 3.6 cm and the peak to peak height is 5.8 cm. Determine the following: The frequency is = The peak to peak voltage is = The amplitude is = The R.M.S voltage is =