More items to explore
Located next to the play button. Sliding to the right speeds up time (good for watching a capacitor charge slowly). Sliding left slows down time (good for watching high-frequency oscillators).
While building a circuit, long-press (or right-click on web) any component to see:
This acts as a dynamic manual entry for each part. everycircuit manual
Let's follow this EveryCircuit manual to build a classic 555-style oscillator (using discrete transistors or just an RC circuit).
This EveryCircuit manual has covered the interface, components, simulation controls, troubleshooting, and advanced techniques. You now know how to harness real-time voltage color maps, moving charge dots, and interactive oscilloscopes to demystify electronics. Located next to the play button
EveryCircuit is not a replacement for real soldering, but it is the best night-vision goggles for the invisible world of electricity. It allows you to "see" voltage and current, making complex topics like inductance, capacitance, and transistor biasing finally make sense.
Your next step: Open the app, place a 100k resistor and a 10uF capacitor in series with a 9V battery, press Play, and watch the voltage across the capacitor climb in a slow, beautiful exponential curve. You are no longer just reading a manual—you are simulating reality. While building a circuit, long-press (or right-click on
Have a specific circuit you cannot figure out? Visit the EveryCircuit community forum and share your schematic.
Summarize and evaluate the EveryCircuit manual (user documentation for the EveryCircuit circuit simulator app) covering:
Did you know you can build a user interface inside your schematic?
Hidden behavior: The op-amp in EveryCircuit is actually a voltage-controlled voltage source with a low-pass filter (dominant pole) – that’s why it oscillates if feedback is positive.
