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Experimental Analysis On A Locally Constructed Inverter
Subject area: Science,Engineering and Technology · Area of research: Engineering Physics
Abstract
An inverter is designed by using two transformers (a power transformer and a 12V-0V-12V transformer), an LM324N IC, one 4011BCN IC, eight field-effect transistors (IRF Z44N), a DC 12V relay switch, two fuses (a 10A DC fuse and a 3A ac fuse), some active and passive components. The battery voltage and current are measured. The charging level and charging time are also examined.
Keywords
oscillator, discharging time
References
[1] B. Blick ―Technical Information and Projects, 2002
[2] T. L. Floyd ―Electronic Devices, 2005 (New York: Prentice –Hall)
[3] R. S. Khandpur “Troubleshooting Electronic Equipment” 2006 (New Delhi: Mc Graw – Hill)
[4] C. L. Samuel ― Digital Circuit and Logic Design, 1980 (New Delhi: Prentice – Hall)
How to cite this paper
@article{1701604,
author = {Khin Mar Win, Thet Zin Htwe, Daw Aye Thandar Tun},
title = {Experimental Analysis On A Locally Constructed Inverter},
journal = {Iconic Research And Engineering Journals},
year = {2019},
volume = {3},
number = {2},
pages = {650-654},
issn = {2456-8880},
url = {https://www.irejournals.com/formatedpaper/1701604.pdf},
abstract = {An inverter is designed by using two transformers (a power transformer and a 12V-0V-12V transformer), an LM324N IC, one 4011BCN IC, eight field-effect transistors (IRF Z44N), a DC 12V relay switch, two fuses (a 10A DC fuse and a 3A ac fuse), some active and passive components. The battery voltage and current are measured. The charging level and charging time are also examined.},
keywords = {oscillator, discharging time},
month = {August},
}