Hybrid microcontroller control brushless direct current motor with permanent magnets

Abstract

A variant of energy efficiency electro-mechatronic converters based on brushless permanent-magnet motor by improving the structural , algorithmic and the infor-mation of the process to his control . Possibility effect on the output parameters of brushless permanent-magnet motor by variations of algorithms and methods control, microelectronic component formed electro-mechatronic converter also contributes to this, but it leads to complication of microelectronic components. It is important that the software implementations of algorithms minimize hardware costs. Microcontroller provides control with bipolar a three-phase switching of brushless permanent-magnet motor and specialized driver of a six-channel power switches. This simplifies the task of building energy-efficient electro-mechatronic converters.

Keywords: energy efficiency, electro-mechatronic converter, brushless permanent-magnet motor, microelectronic components, microcontroller control, bridge power amplifiers and drivers.