Transient analysis of d.c. motor controlled by power pulses

Abstract
Three methods of transient analysis of a d.c. separately excited motor, controlled by a chopper with square-wave output voltage, are derived. These methods are compared with regard to accuracy and usefulness. The methods require much less computation time than necessary for a step-by-step solution of the system differential equations, and, in some cases, can be used for deriving a transfer function of the pulse controlled motor.

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