Simulation of remote-controlled power supplies for laboratory and research work

The development of hardware and software for remote control systems can effectively resolve these problems. The article discusses the main steps of modeling analog and digital parts of power supplies and technical solutions for laboratory work in Multisim and Proteus. The important task of developing remotely controlled power supplies based on microcontrollers for research purposes is discussed in detail. Development is carried out by modeling the developed schemes based on digital and analog elements. The algorithm of work and the basic stages of designing the electronic circuit and methods of stabilization with the application of the microcontroller are described in detail. Software application for remote control of the power supply in real-time has been developed. The possibility of conducting remote real experiments in the courses of semiconductor electronics and peripherals was demonstrated.