Optimize Power Electronics Design with SIMetrix/SIMPLIS: Fast, Accurate, and User-Friendly Simulation

About SIMetrix/SIMPLIS

As a professional in the field of power electronics, I am consistently on the lookout for tools that enhance design efficiency and accuracy. SIMetrix/SIMPLIS has proven to be an exceptional solution for engineers engaged in the simulation of switching power electronics systems.

One of the standout features of SIMetrix/SIMPLIS is its remarkable speed—offering simulation times that are 10-50 times faster than traditional SPICE tools. This efficiency is crucial for engineers who need to iterate designs quickly without sacrificing accuracy. The software's full-featured design environment, which includes a hierarchical schematic editor and a robust waveform viewer, makes it user-friendly and accessible, even for those who may be new to power circuit simulation.

The inclusion of advanced analysis capabilities, such as transient analysis and periodic operating point (POP) analysis, allows for a comprehensive understanding of system behavior. The ability to locate steady-state operating points without simulating startup transients is a game-changer, saving valuable time during the design process. Additionally, the small signal AC analysis feature operates on the full switching model, providing results that are as reliable as those obtained through transient analysis, thus eliminating the need for potentially error-prone averaged models.

Moreover, the Advanced Digital Simulation Library is a significant asset, offering a wide array of digital functions that enhance the versatility of the tool. The seamless conversion of SPICE transistor and diode models to SIMPLIS format further simplifies the transition for users familiar with SPICE, making it easier to leverage existing models.

Overall, SIMetrix/SIMPLIS stands out as a powerful and efficient tool for power circuit simulation. Its combination of speed, accuracy, and user-friendly features makes it an invaluable resource for engineers looking to optimize their design processes. I highly recommend it to anyone in the field of power electronics who is seeking to elevate their simulation capabilities.