Magnetic Levitation

Ilyana , Mohamad Tajuddin (2010) Magnetic Levitation. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

This project is about the design of the control switch of magnetic controlled components. It will deal with the knowledge of electromagnetism together with the control switching application. It is a method of supporting objects which is based on the physical property which refers to the force between two magnetized bodies is inversely proportional to their distance. In magnetic levitation, this basic principle is used to suspend metal by generating a controlled magnetic force. To design this project, it must have a circuit and a program that can work together. Both of the circuits and the program have their own importance in this project to make sure this project work successfully. When the sensor at the Circuit detects the metal, it will send information to the Programmable IC program and feedback will be sent back to the circuit. If the metal is sensed at sensor 1, the magnet will pull the metal while when then metal is sensed at sensor 2, the magnet will float the metal. For the programming of Magnetic Levitation, the coding is simulated by using C++ and burnt in the Programmable IC 16F877A. The input of the IC is two sensors and the output of the IC is two relays that will make the coils work.

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