METHODS AND ALGORITHMS FOR MICROPROGRAM CONTROL OF HIGH-SPEED, IMPULSE VOLTAGE REGULATORS FOR POWER SUPPLY OF ONBOARD EQUIPMENT OF PERSPECTIVE SPACE VEHICLES

The article dwells upon problems in the field of numeral, program control of energy transforming equipment. Advantages of transition to program, microprocessor control of power supplies for perspective space vehicles are presented. Since we consider the tasks of automatic control of energy transforming equipment, we offer decision of minimization of finite duration of transient phenomena problem, at step change of a current of loading, using program control method. The developed algorithms of functioning of the microprocessor unit for the given implementation are presented. The structure of SPISE-model of the impulse voltage regulator control unit is considered. On the basis of research of the implemented model of processes, working ability of impulse voltage regulator with developed microprocessor control device is shown.

power supplies, impulse stabilizer, microprocessor, space vehicle