Design and simulate electronic circuits on an interactive digital breadboard. Analyze designs with virtual oscilloscopes and logic analyzers, and perform precise SPICE netlist simulations. Offers a free tier with core features and a premium subscription for advanced analysis and export.
Summarized from real user reviews of Breadpad. Based on 161 reviews and a 3.9/5 average, it highlights the 7 positives and 12 negatives reviewers mention most about this Developer Tools app.
1.206
September 26, 2026
Fixed a crash that could occur when creating a new breadboard.
Unlock data export and enhanced simulations
15 issues
App crashes on startup or when creating new breadboard
App crashes when placing components
17 requests
LEDs and LED indicators
Push buttons and switches
Breadpad is an analog and digital electronics lab that allows you to design and simulate electronic circuits on an interactive digital breadboard. It features advanced SPICE simulation, a virtual oscilloscope, and a logic analyzer to help you analyze your designs with precision.
Key features include an interactive breadboard for wiring components, a vast library of integrated circuits and basic electronic parts with accurate models, the ability to create custom chips using SPICE, and instant rendering of circuit changes. It also supports importing PSPICE and LTSpice netlists and offers collaboration tools.
Breadpad offers a free tier with core features for designing and simulating circuits. A premium subscription unlocks advanced capabilities such as infinite vector plotting, temperature sensitivity analysis, additional voltage source options, and data export to CSV for further analysis.
Breadpad is exclusively available on iPad, iPhone, Mac, and Apple Vision Pro, providing a versatile platform for circuit simulation across Apple devices.
Yes, Breadpad is designed for students, hobbyists, and professional engineers. Its advanced simulation features, including SPICE netlist manipulation, Monte Carlo simulations, and component tolerance fine-tuning, make it suitable for refining and optimizing existing systems and exploring new design principles.
