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DESIGN AND PERFORMANCE ANALYSIS OF WAVESHAPING CIRCUITS
Subject area: Science,Engineering and Technology · Area of research: Electronic Engineering
Abstract
A wave shaping circuit is the one that used to convert from an input waveform to a desired output waveform. Many wave shaping circuits (clipper, clamper, differentiation and integrator) are useful in variety of applications such as radios, television, radar circuits and communications system. In this paper, diode circuits and RC circuits are designed and simulated for various wave shapes including clipping, rectifying, differentiating, and integrating. Circuit simulation is accomplished by using Multisim software. Circuit performance analyses are covered with simulation results.
Keywords
waveshaping circuits, clipping, rectifying, differentiating, and integrating, multisim
References
[1] Thomas L. Floyd, Electronic devices: conventional currentversion, Ninth Edition
[2] WaveshapingCircuits: www.kau.edu.sa
[3] RC Integrator Theory of a Series RC Circuit: www.electronics tutorials.ws
[4] Capacitors Charging, Discharging, Simple Waveshaping Circuits: www.nhu.edu.tw
[5] Introduction to RC Differentiator Circuits and Uses: www. bristolwatch.com
[6] Wave shap ing circuits: https://nikhilsatpute.files.wordpress.co
[7] Types of Clippers and Clampers with Applications: www. elprocus.com
[8] Waveshaping-circuits: wave-shaping- circuits:machineryequipmentonline.com/el ectric-equipment
[9] Waveshaping circuits: nikhilsatpute.files.wordpress.com
How to cite this paper
@article{1701494,
author = {Moh Moh Khaing, Yi Lay Nge, Khin Thandar Oo},
title = {DESIGN AND PERFORMANCE ANALYSIS OF WAVESHAPING CIRCUITS},
journal = {Iconic Research And Engineering Journals},
year = {2019},
volume = {3},
number = {2},
pages = {151-155},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1701494.pdf},
abstract = {A wave shaping circuit is the one that used to convert from an input waveform to a desired output waveform. Many wave shaping circuits (clipper, clamper, differentiation and integrator) are useful in variety of applications such as radios, television, radar circuits and communications system. In this paper, diode circuits and RC circuits are designed and simulated for various wave shapes including clipping, rectifying, differentiating, and integrating. Circuit simulation is accomplished by using Multisim software. Circuit performance analyses are covered with simulation results. },
keywords = {waveshaping circuits, clipping, rectifying, differentiating, and integrating, multisim},
month = {August},
}