NET-801RM3-S is the first to add Vge and to be stable (cut-off bias -15V, conduction bias +15V), and then you can add Vce. Do not when the G-pole overhangs or is not stable on the addition of Vce (a few hundred or a thousand volts), because the coupling capacitance of the Cgc poles can be mis-conductivity of the IGBT, so that too high dv/dt caused by electrical breakdown and damage. In order to avoid the occurrence of the above phenomenon generally use the delay circuit method, so that Vce delay Vge about 0.2 seconds, which greatly improves the use of security, reliability, especially in high-power devices should be noted.

NET-801RM3-S Simulation of modern electronic systems using power appliances has always been a challenge due to the nonlinear properties of power switches, the connection with continuous subsystems and the design of discrete-time controls [1]. Nowadays, simulation studies are also used in more and more complex systems in order to design effective control countermeasures. Examples include renewable energy conversion systems [2], complete traction systems [3], etc. In these cases, the actual control of an effective simulation is required.

The part of NET-801RM3-S has been dedicated to power electronics based on specific circuit libraries such as PSCAD (professional tool for power system simulation), CASPOC (power electronics and electrical drive modelling and simulation software), PSPICE (design and simulation of analogue and digital circuits), and PSIM (simulation software design for simulation of power electronics, motor control, and dynamic system simulation). performance simulation.