If you know any site that provides similar examples or maybe one with converter schematics files it would be appreciated, I tried Googling but found nothing.

What I'm trying to simulate are these models: (ignore the error, I just touched something right before taking the screenshot) And the forward to have 3 wings.Īlso, the voltage controlled switch I'm using doesn't seem a very elegant solution to me, is there any cleaner way to do it? Screenshots of the circuits I'm simulating: PSIM has been a leading power electronics and motor drive simulation and design software for over 25 years.

I'd like to take the magnetization inductance, the turns and if possible the resistance into account. It seamlessly integrates with PSIM allowing you to expand the possibilities of your power electronics design. I'm also a little lost finding a model for the transformer. With a user-friendly interface, simple workflow, and easy-to-understand display of control loop stability, SmartCtrl is an indispensable tool in your design and simulation arsenal. I simulated a Buck and Buck-Boost with no problems. I need the simulation to be quite long (1 sec or more) so all the transitory effects are stinguished. I've been trying, but there is a convergence problem in PSpice. The loss comparison has been shown between RCD snubberbased converter and dual switch forward snubber which proves that dual switch forward snubber has high efficiency compared to RCD snubber circuit.I want to simulate a Flyback and a Forward converter. The simulation results show the effective performance of proposed converter system. PSIM can perform simulation first to validate the control algorithm, and then generate the required hardware code automatically. The charging mode and discharging mode with energy storing mode has been explained in detail. to enable rapid control prototyping, and to compliment PSIMs PIL simulations and automatic hardware code generation. The wide voltage variation in output side for 45V to 320V bi-directional DC-DC converter has been simulated with PSIM. The proposed converter has distinct advantages like zero voltage switching starting (ZVS), no voltage stress on main switches, no additional conduction losses and improved efficiency as compared to RCD snubber-based converter system. The dual switch forward snubber circuit is adopted as auxiliary circuits along with dual active bridge (DAB) converter in the proposed converter. The conventional isolated boost converters have some auxiliary circuits to provide an auxiliary path for mismatch current between source inductance and leakage inductance of the transformer. Isolated boost bi-directional DC-DC converters are required to meet the wide voltage variation demand.

Simulation of DC-DC converters with the aid of Simulink is discussed in this chapter as. A novel isolated bi-directional buck-boost converter is presented for energy storage application. plan to download and install the Design Buck Converter Psim.

Forward converter psim