Experimental Hardware Development Workflow: Claude Code with SPICE Simulation and Oscilloscope Verification
By
_fizz_buzz_
A snack-sized bagel for a snack-sized appetite.
Summary
The article describes an experimental approach to hardware development using Claude Code combined with SPICE simulation and oscilloscope verification. The author found that traditional natural language prompting for circuit design was challenging for complex circuits, but discovered that Claude Code excels when given immediate feedback through access to simulation tools and measurement equipment. The demo showcases a workflow integrating LeCroy oscilloscope control, SPICE simulation, and Claude Code for iterative hardware development.
Key quotes
· 3 pulledI 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 simulation.
You might also wanna read
Building a Software Factory with Claude Code: From AI-Assisted Coding to Agentic Development
This article provides a comprehensive guide on building a software factory using Claude Code and other AI coding tools. It covers the evolut

Using Claude Code to Build a Custom Smart Home Dashboard for Home Assistant
A non-coder explores using Claude Code to create a smart home dashboard for Home Assistant, discovering that AI-assisted coding dramatically
/dev: Open-Source AI Coding Tool That Turns Claude Code into a Tech Lead with Structured Engineering Process
/dev is an open-source AI coding tool that transforms Claude Code into a Tech Lead with a structured 6-phase engineering process using paral

Exploring Claude Artifacts: A Comparison with Traditional Coding Methods
The article discusses the capabilities of Claude Artifacts in generating web tools, games, and visualizations compared to traditional coding
