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Show HN: Spice simulation → oscilloscope → verification with Claude Code

read original get Oscilloscope for Electronics → more articles
Why This Matters

This innovative workflow integrating SPICE simulation, oscilloscopes, and Claude Code for hardware verification signifies a leap forward in streamlining complex circuit validation and embedded development. It highlights how AI can enhance accuracy, efficiency, and data analysis in hardware design, benefiting both industry professionals and consumers by accelerating development cycles and reducing errors.

Key Takeaways

SPICE simulation → oscilloscope → verification with Claude Code April 17, 2026

I have been experimenting with using Claude Code for hardware development over the past few weeks. I looked at some projects that use Claude similarly to how one would in software development: Write a prompt in natural language, let Claude create a circuit. I found it somewhat tricky to express what I want to build in plain English. It worked fine for trivial circuits but became difficult for more complex designs. I also realized that Claude Code really shines when it can get immediate feedback.

So I tried a different approach: give Claude access to my oscilloscope and a SPICE simulator. This has become extremely valuable for validating SPICE circuits and models, embedded programming, and data analysis. In particular the data analysis had been very tedious before: normalizing the time axis, aligning data, and so on. Usually I would just eyeball it.

Below is a deliberately simple demo showcasing my setup and workflow. The circuit and MCU are trivial. The point is to illustrate the approach, which scales well to much more complex circuits and real embedded projects.

A few lessons learned:

Oscilloscope

Claude doesn't see your physical setup. Don't let it guess what is connected where.

Make sure Claude never gets stale measurement data.

Don't dump raw data into Claude's context. Save it to a file and let Claude interact with it indirectly.

Microcontroller

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