Psim bridges the gap between natural language and complex power electronics design and simulation. Integrated as an MCP server for Claude Desktop, it allows users to verbally describe circuit requirements, receive topology recommendations, and iteratively refine designs. It automates parameter calculation, performs multi-stage circuit validation, and generates PSIM schematic files. Furthermore, it provides robust capabilities for running, sweeping, and comparing simulation results, significantly accelerating the design and analysis workflow for power electronics engineers.
Características Principales
01Extensive library of 29 circuit templates and 40+ component definitions
02Seamless control of PSIM simulations for parameter sweeps and result analysis
03Natural language circuit design with LLM-as-Designer (Claude)
04Interactive design loop with SVG/ASCII previews and multi-stage validation
05Constraint-based topology recommendation and automated parameter calculation
060 GitHub stars
Casos de Uso
01Design a flyback converter for an isolated 5V auxiliary power supply by describing specifications in natural language.
02Open an existing Buck converter project, modify its switching frequency, run a simulation, and export results.
03Perform a parameter sweep on an inductor's value from 10uH to 100uH and compare output ripple.
