If your circuit behaves unexpectedly or displays an error message, use this checklist to diagnose the issue:
:
On older devices, large circuits may cause lag. Version 2.28 expanded the schematic area to handle up to 386 resistor-sized components (up from 96), but simulation performance depends on your device.
Performs frequency response analysis, generating Bode plots that show how circuit behavior changes with frequency. Phases and magnitudes are displayed on the schematic as circles, updating as you move the frequency trace.
: Tap the "wrench" icon on a selected component to open the virtual dial. Spin the dial to dynamically adjust resistance, capacitance, voltage, or frequency during active simulation. 3. Step-by-Step Circuit Building everycircuit manual
When running simulations, you can use the analog control knob to adjust circuit parameters dynamically. Turn the knob to vary resistance, voltage, or other parameters, and watch your circuit respond immediately. This interactivity is what makes EveryCircuit feel like working with a real breadboard rather than just running calculations.
Flipping switches or pressing push buttons to open/close paths. Adjusting potentiometers to change resistance dynamically.
Shows how circuit voltages and currents evolve over time during switching events or in response to changing inputs.
If your simulation gives wild numbers or doesn't run, 90% of the time it is because you forgot to add a Ground component. If your circuit behaves unexpectedly or displays an
: Click and drag (or swipe) to pan around the canvas. Use the scroll wheel to zoom.
Sections for exploring publicly shared designs and saving projects for later use. Component Toolbar:
An oscilloscope window will slide up from the bottom of the screen. Adjusting the Scope
introduced:
Use the cloud icon to save your creations to the public workspace. You can also search the library to open, modify, and learn from thousands of user-submitted circuits.
: Drag the scope axis vertically to zoom in on voltage or current amplitudes.
The Ultimate EveryCircuit Manual: A Comprehensive Guide to Interactive Circuit Simulation