Q1. The single-phase half bridge inverter has a resistive load of 10 ohm and the center-tap dc input voltage is 96 V. Compute i. RMS value of the output voltage Fundamental component of the output voltage waveform i. ii. First five harmonics of the output voltage waveform RMS power consumed by the load Verify the RMS value determined by harmonic summation method is nearly equal to the iv. V. value determined hy integration method

Q1. The single-phase half bridge inverter has a resistive load of 10 ohm and the center-tap dc input voltage is 96 V. Compute i. RMS value of the output voltage Fundamental component of the output voltage waveform i. ii. First five harmonics of the output voltage waveform RMS power consumed by the load Verify the RMS value determined by harmonic summation method is nearly equal to the iv. V. value determined hy integration method

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

Single-phase full-bridge inverter is connected between a 200 V d.c. source and a series connected R-L load with R = 20Ω and L = 50 mH. The inverter frequency is 50 Hz. Determine the values of the rms load current, the load power and the total harmonic distortion factor, up to the 9th harmonic.
4) A single phase full bridge inverter will be used to generate 50 Hz square wave voltage. Inverter the input voltage is 400 V and the load consists of inductance and resistance connected in series. (R=10Ω, L=31.83 mH) a) Draw the circuit b) Plot the load current, showing the load voltage and semiconductor currents. c) Load voltage is effective calculate the value d) Calculate the effective value of the main harmonic of the load current. e) Calculate the average load current. f) Find the THD of the load voltage
In a full-bridge single-phase inverter with an input voltage of 200V and a switchingfrequency of 4kHz, the power of a 16Ω load is controlled by the method of a gappedsquare wave control. Ignoring the circuit losses, answer the following questions A) Find the nominal (the maximum) power and current of the load B) Find the duty ratio to get half of the nominal voltage C) Find the duty ratio to get a quarter of the nominal power D) Find the average value and effective value of BJT current for the case of item-e
A single-phase full bridge inverter is operated from a 48V battery and issupplying power to a resistive load of 10 Ω. Determine:(i) The fundamental output voltage and first five harmonics.(ii) RMS value by direct integration method and harmonic summationmethod.(iii) Output rms power and output fundamental power.
HW : A three-phase bridge inverter is connected a star load of 10 er phase pure resistance. to If the required ims value of Load Line voltage is 164 U, ction with a frequency of 40 HZ and Condu 1- The time on of angle 180 ^ 0 Calculate : each transistor Load voltage and load power 2. The rms value of 3 - The rms value of the fundmantel and third line voltage the frequency of the fifth 5. Repeat above if the Conduction angle is 128 4- harmonic
For a single phase inverter has the following parameter ;Vdc = 80v , R = 8Ω , L = 20mH and F = 60Hz , Determine totalharmonic distortion for n = 5 then write expression for voltage
A DC link inverter has an AC rms line input of 600 V, 50Hz. The inverter load is a balanced star connection of 195Ω resistors.Determine load current and power for a converter firing angle delay ofa) Determine load current, voltage and power for a converter firing angle delay of 12.5 degrees.b) Determine load current, voltage and power for a converter firing angle delay of 62 degrees.
(hat akımı=line current, faz akımı=phase current) In the 3-phase delta loaded inverter circuit, there is an R (ohmic) load as the load. 3 IGBTs are triggered at the same time in the circuit. For the values given below, calculate the product of the phase-to-phase effective voltage (Volt) measured by the V voltmeter, and the phase current effective value (Amper) measured by the A ammeter. (result: V*A)
The single-phase half-bridge inverter has a resistive load of R = 2.4Ω and the DCinput voltage is 48V. Determine:1- the rms output voltage at the fundamental frequency2- fundamental displacement factor .3- fundamental power , drown from each source .4- fundamental load power .5- total power drown from each source .6- total load power .
Q1) The square-wave inverter has a dc input of 150 V and supplies a series RL load with R-20 Ω and L = 40 mH.(a) Determine an expression for steady state load current.(b) Sketch the load current and indicate the time intervals when each switch component (Q1, D1:.. Q4, D4) is conducting.(c) Determine the peak current in each switch component.(d) What is the maximum voltage across each switch?
(hat akımı=line current, faz akımı=phase current) In the 3-phase delta loaded inverter circuit, there is an R (ohmic) load as the load. 3 IGBTs are triggered at the same time in the circuit. For the values given below, calculate the product of the phase-to-phase effective voltage (Volt) measured by the V voltmeter, and the phase current effective value (Amper) measured by the A ammeter. (result: V*A) E=350 Volt, R=14 Ohm, f=50 Hz A) 6482.5 B) 7354.8 C) 3583.1 D) 5833.3 E) 4659.2
1. In a full-bridge single-phase inverter with an input voltage of 200V and a switchingfrequency of 4kHz, the power of a 16Ω load is controlled by the method of a gappedsquare wave control. Ignoring the circuit losses, answer the following questions a. Draw the inverter circuit presented in the question b. Generate PWM signals for a duty ratio of ½. Draw the load voltage, load current. Drawthe current and the voltage of any of the semiconductors. Find the load voltage. Find theoutput voltage frequency c. Find the nominal (the maximum) power and current of the load d. Find the duty ratio to get half of the nominal voltage e. Find the duty ratio to get a quarter of the nominal power f. Find the average value and effective value of BJT current for the case of item-e