Accurate Measurement Of Microwave Sensor For Mixtures Material Characteristics

Sawar, Khairul Anwar (2019) Accurate Measurement Of Microwave Sensor For Mixtures Material Characteristics. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

This project presents implementation of accurate measurement of microwave senor for mixtures material characteristics using the method of Microstrip Split Ring Resonator with the frequency resonance of 2.75 GHz. The idea of the project is to study about the accuracy, Q-factor and losses of microwave sensor for mixtures material characteristic, to design and fabricate a microwave sensor for mixtures material using the method microstrip split ring resonator with frequency resonance of 2.75 GHz. The problem statement of the project is that some previous studies sensor have a low accuracy and high losses with the sensor thus this project is to improve a bit the parameter to optimize the sensing capabilities. The project focuses on the sensor to sense the permittivity of mixtures substance (more to liquid) using the Microstrip Split Ring Resonator method. The report shows the studies for the theories of microwave system, performing the simulation of the sensor through CST Studio Suite, fabrication of the sensor and the results of the simulations from previous studies to final product of project simulation. Microwave sensors are well known in every field of jobs whether its industrial, medical, communication and so on, therefore it is best to further study the microwave system and sensors knowledge to develop even more advance system toward achieving the technologies in the future.

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