M.Sc. Tezi Görüntüleme
Today, linear motion in numerous systems is realized by means of a mechanism setup by a conventional (rotary) electric motor providing circular motion and a belt system or
gear system activated by the motor. All these subsystems are necessary to convert rotarymotion to linear motion. Because of these additions, some problems occur such as frictions
losses, increment in moment of inertia and mass of total system. But fewer moving parts,reducing losses and longer system life with less maintenance are features expected in such
systems.To meet these requirements, a tubular constructed linear induction motor design has been
proposed to use instead of rotary motor with other additional systems and then realized.In the first chapter, some information is given about structures, types and applications
of linear motors and actuators, performance criterions and desing tips. The circutry of themotor control and six-step inverter are mentioned as well
In second chapter, the realization of the Tubular Structured Linear AsynchronousMotor design as a mechanic oscillator and the control circuitry are explained.
In the third chapter, some experimental results are obtained to make suggestionsabout how to increase efficiecy of the motor and control system.
Key Words: Linear Mechanic Oscillators, Tubular Structured Linear Induction Motor,Six-Step İnverter