Abstract
Abstract High temperature brushed and brushless direct current (DC) motors convert electrical energy to mechanical in order to actuate physical systems. This paper is an exploration of these systems from simple designs, which can actuate systems without the use of an electronic controller, to speed or power feedback controlled motors, and finally, to more complex microprocessor controlled systems. The design will review the advantages, disadvantages, specifications, and choice of these motors and their controllers. The simulation will use both Matlab and Spice models to predict the performance characteristics and system stability. And the performance characterization will evaluate measurements of the motors and their electronic control circuits in operation over wide temperature ranges.
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