Optimization Process Of T-Shaped Microstrip Antenna Performance For Broadband

Johari, Mohammad Nazrin (2016) Optimization Process Of T-Shaped Microstrip Antenna Performance For Broadband. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Optimization Process Of T-Shaped Microstrip Antenna Performance For Broadband.pdf - Submitted Version Download (268kB)

Abstract

Generally, antenna is a device that had been used for transmitting and receiving frequency signal. Micro strip patch antenna is a standout amongst the most favoured antenna structures for minimal effort and minimized configuration for wireless system and RF application. Present day, the implementations of micro strip antennas are produced for variety usage for telecommunication area. Unfortunately, producing micro strip antenna in a particular frequency band which for broadband is seldom developed. Hence, this project is proposing to develop a T-shaped micro strip antenna specifically for broadband usage. This project is focus on produce two (2) types of micro strip antennas which is T-shaped patch. The patch of micro strip antennas were designed using Advance System Design (ADS) Software. In this project, the micro strip antennas were be analyzed by four (4) parameters. These parameters are Dimension, Polarization Angle, Frequency and Distance to obtain the best output power as the response. From that four parameters, the analysis part was conducted on studying the effect of the parameters by using 24 factorial design method. The analysis through Design of Expert (DOE) Software will be used to identified that the optimal solution for the T-shaped microstrip antenna are 2.5 cm dimension, 180˚ polarization angle, 2.7 GHz frequency and 15 cm distance. These optimal setting are selected for affecting the T-shaped microstrip antenna to operate with the best output power.

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