第四章MATLAB介绍.ppt

电气工程仿真与计算;;4.1 Power Electronic Device;Diode Model in Simulink The Diode block has one input port (a: anode) and two output ports (k:cathode, m: measurement). It also contains a series Rs-Cs snubber circuit that can be connected in parallel with the diode device . ;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;Thyristor Model in Simulink The Thyristor block has two input ports (a: anode, g: gate) and two output ports (k:cathode, m: measure- ment). It also contains a series Rs-Cs snubber circuit that can be connected in parallel with the diode device . ;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;GTO Model in Simulink The GTO block has two input ports (a: anode, g: gate) and two output ports (k:cathode, m: measure- ment). It also contains a series Rs-Cs snubber circuit that can be connected in parallel with the diode device . ;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;IGBT Model in Simulink The IGBT block has two input ports (C: Collector, g: gate) and two output ports (E: Emitter, m: measure- ment). It also contains a series Rs-Cs snubber circuit , which is connected in parallel with the IGBT device (between terminals C and E).. ;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.1 Power Electronic Device;4.2 Rectifier and Simulation;4.2 Rectifier and Simulation;4.2 Rectifier and Simulation;4.2 Rectifier and Simulati