Design, Development And Of Microstrip Antenna For Short Range Communication

Basaruddin, Nur Asheera (2017) Design, Development And Of Microstrip Antenna For Short Range Communication. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

Text Design, Development And Of Microstrip Antenna For Short Range Communication - Nur Asheera Basaruddin - 24 Pages.pdf - Submitted Version Download (407kB)

Abstract

In microstrip patch of short range communication system, an antenna is very important part that used to enhance and strength the signals. However, in many cases of short range communication system, the gain of the designed antenna that used is quite low so that it results in low power and affect the target frequency to transmit and receive signal in well condition. This project aims to design an antenna that provides a gain so that the transmitted signal and the efficiency of radiating signal would be increased. A small microstrip patch antenna is designed in CST Studio Suite Software. Optimization in CST software for the microstrip antenna is done prior to fabrication process that is carried in the laboratory. Once the simulation and fabrication process are done, comparison of the antenna performance is carried, in terms of antenna parameters such as gain, return loss, bandwidth, efficiency and radiation pattern. The microstrip antenna is designed for short range communication device operating at frequency of 915MHz with return loss less than -10dB and producing gain of 5dB. The produced antenna can be up with short range device communication system that can be used during natural disaster. This project tends to cater the problem for the people to communicate during the natural disaster especially flooding dedicated for short range communication. This project will also focus on ways to communicate like texting or messaging during natural disaster directly without having to pass through the base station. This project will also develop antenna and provide coverage within short range radius.

Actions (login required)

View Item