Investigation Of Compensation Network Design For Class E Inverter In Ultrasonic Transducer Application

Ahmad Fauzi, Muhammad Hanif (2019) Investigation Of Compensation Network Design For Class E Inverter In Ultrasonic Transducer Application. Project Report. UTeM, Melaka, Malaysia. (Submitted)

Text (24 Pages) Investigation Of Compensation Network Design For Class E Inverter In Ultrasonic Transducer Application.pdf - Submitted Version Download (3MB)

Abstract

This paper discussed on the emerging engineering technologies which involved in wireless power transfer system (WPT). Unlike from the existing WPT system which are inductive power transfer (IPT) and capacitive power transfer (CPT), the new alternative technique is proposed named as acoustic power transfer (APT). The APT system utilizes the vibration or sound waves propagation to transfer the power from transmitter unit to receiver unit. The compensation network design will be incorporate with ultrasonic transducer to generate the acoustic wave which electromagnetic free for the low power application. The project focus on analysis on power conversion performance in Class E ZVS inverter at transmitter unit and the suitable circuit designed in impedance matching to overcome the impedance variation. Furthermore, this paper also includes on previous study proven that the APT system had several advantages compare to IPT and CPT. Moreover, there are further explanation on WPT techniques and theory related to circuit design. Next, the methodology that being used in process and explanation the overall result regarding to the simulation and experimental conduct are also included. Lastly, the conclusion and recommendation for further development is suggested.

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