An Electric Circuits' Remote Switching System Based on GSM Radio Network
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Date
2014
Journal Title
Journal ISSN
Volume Title
Publisher
International Journal of Research in Engineering and Technology
Abstract
Mobile phone industry is classified among the fastest growing engineering branches. It has to be exploited for vast applications,
reliability and affordability. Mobile cellular phone subscribers have reached saturation point; with such information, the basic
cell phone that was mainly utilized to make calls will also be utilized for remote switching and control activities. The now
developed system is based on the global system for mobile communications (GSM) radio network: it will operate as a very long
distance remote switch. Utilizing the daily cell phone, a user will either put on/off any desired electric circuit located in an owned,
controlled compound. Two cell phones are provided, one being a mobile transmitter user end and another being referred to as a
fixed receiver end. A signal will be sent from the user end to put a consumer’s electric circuit either on or off at the receiver end;
afterwards, the receiver end will notify the user-end about the on/off state of the consumer. The particularity of this publication is
the system simplicity, yet cheap and safe, so that even very low income cell phone users can enjoy radio frequency (RF)
technology’s increasing applications. The software utilized to develop and simulate circuits is the linear technology, LT spice. The
calculative theory has quantitatively enriched the methodology. Both the building blocks and the physical implementation
diagrams for the system are herein contained. The remote switching system based on GSM radio network has been successfully
designed, implemented, tested and its functionality has been examined.
Description
Keywords
Radio communication, LTspice, GSM, ON/OFF control
Citation
Rushingabigwi, G., Sun, L., Lugoloobi, G., & Mwezi, F. (2014). AN ELECTRIC CIRCUITS'REMOTE SWITCHING SYSTEM BASED ON GSM RADIO NETWORK. International Journal of Research in Engineering and Technology, 3(11), 2321-4708.