Closing the Loop Between SPICE Simulation and Real Hardware
The author built MCP servers to connect their oscilloscope and SPICE simulator, allowing them to verify circuit designs using Claude Code and close the loop between simulation and physical hardware.
Why it matters
This project demonstrates a practical approach to bridging the gap between circuit simulation and physical implementation, which is crucial for developing robust and reliable electronic systems.
Key Points
- 1Developed MCP servers to integrate oscilloscope and SPICE simulator
- 2Used Claude Code to verify circuit designs by closing the loop
- 3Enabled validation of simulations against real-world hardware
Details
The article describes a project where the author built MCP (Measurement and Control Protocol) servers to connect their oscilloscope and SPICE circuit simulator. This allowed them to use Claude Code to close the loop between the simulation environment and the actual physical hardware, enabling verification of circuit designs. By integrating the simulation and measurement tools, the author can now validate their SPICE models against real-world behavior, improving the accuracy and reliability of their circuit design process.
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