Optimization Of Coil And Permanent Magnet Of Linear Oscillatory Actuator For High Thrust Performance

Azhar , Ahmad (2010) Optimization Of Coil And Permanent Magnet Of Linear Oscillatory Actuator For High Thrust Performance. Project Report. UTeM, Melaka, Malaysia. (Submitted)

	PDF (24 Pages) Optimization_Of_Coil_And_Permanent_Magnet_Of_Linear_Os_cillatory_Actuator_For_High_Thrust_Performance_Azhar_Ahmad_TK2537_A93_2010001_24.pdf - Submitted Version Download (6MB)
	PDF (Full Text) Optimization_Of_Coil_And_Permanent_Magnet_Of_Linear_Os_cillatory_Actuator_For_High_Thrust_Performance_Azhar_Ahmad_TK2537_A93_2010001_FULL_TEXT.pdf - Submitted Version Restricted to Registered users only Download (15MB)

Abstract

This final year project is about doing analysis of the performance of the Linear Oscillatory Actuator (LOA). Today's linear motion applications are more demanding than ever before. Faster throughput, more exact positioning, longer life, less maintenance, fewer moving parts, and the list are never ending. LOA is popular due to advantages offered by such as flexibility in size and design, and deliver high perfonnance for applications requiring linear motion. Therefore, this project takes the opportunity to make an analysis based on the performance of the LOA. Definitely, LOA has several variable in varying its performance that are, coil size, permanent magnet size, current supplied, value of impedance, coil material, length of the coil and etc. By varying these entire variables, we can have a different performance of LOA. However, in this project, the focus will be given on finding the optimal coil and permanent magnet size. It is because, the two component playing a major role for the high performance of the LOA. Thus, this project will try to design and analyze the coil and permanent magnet size to find out the optimal value for both components.

Actions (login required)

View Item