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Create, simulate, and analyze electronic circuits through MCP using PySpice.
Copy the install command and let the AI configure it · recommended for beginners
No copy-paste install info for "circuit-sim-mcp" yet — see the docs or source repo.
Use circuit-sim-mcp to create a simple voltage divider, run a DC simulation, and return node voltages and key component currents.
A created circuit model and a summary of node voltages and current results from the DC simulation.
Build an RC filter circuit, run an AC simulation, and analyze how the response changes across frequencies.
Simulation results for the RC circuit and an analysis of its frequency response changes.
Create a simple circuit with a capacitor, run a transient simulation, and explain the voltage trend over time.
Transient simulation results and a brief analysis of the time-domain voltage behavior.
Developers or students can quickly create circuits and run DC, AC, and transient simulations while building or studying electronic designs to check whether they behave as expected.
Researchers can use the tool to analyze how electronic circuits behave under different simulation modes as a reference before further modeling or experiments.
It provides electronic circuit creation, simulation, and analysis through MCP. It explicitly supports DC, AC, and transient simulations and is based on PySpice.
The provided description states that it uses PySpice for circuit simulation capabilities. For exact dependencies and runtime requirements, see the source repository.
No usable documentation excerpt was provided, so the installation steps, configuration process, or any extra key requirements cannot be confirmed here. See the source repository for details.
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