Study on a Push-Down Electromagnetic Levitation System

Abstract

This paper presents a study on a push-down electromagnetic levitation system designed for suspending an object, counteracting gravity. The object is embedded with a magnet that allows its support using the electromagnetic levitation system. It involves a coupled electromagnetic field problem with a mechanical problem. Improving the levitation force and increasing the distance between the emitter and reflector are necessary for the correct positioning of the object. This paper proposes the use of a standing wave levitator to suspend and maintain a certain distance for an object using the electromagnetic levitation state.

Keywords

• levitation
• electromagnetic field
• emitter
• magnet
• suspension
• push-down