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Conclusions and Scope for Further Work
Abstract
As the name suggests, the work of this book is based on some studies of DC attraction type levitation (DCALS) and associated control systems. For the successful implementation of any DCALS, one should require the use of fundamentally interdisciplinary concepts of electromagnetism, electronics, power electronics, mechanical engineering, measurement, and control systems. Design, implementation, and testing of a DC attraction type levitation system where a ferromagnetic cylindrical rod of around 0.122 kg mass is made to remain suspended at the desired operating gap under two I-core electromagnets that have been controlled independently through two identical controllers and the stable levitation of the rod is achieved through SISO control of each air-gap corner.
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