For the best experience on a desktop or laptop, you can run EveryCircuit using an Android emulator like BlueStacks. Many users prefer the larger screen and keyboard shortcuts available on a PC or Mac.
Using the connection tool, join the nodes (connection points) of each component sequentially: voltage source positive terminal → resistor → LED anode (positive side) → LED cathode (negative side) → ground. Ensure all connections are properly established.
[ \mathbfG \cdot \mathbfv(t+\Delta t) = \mathbfi(t) + \mathbfC \cdot \frac\mathbfv(t)\Delta t ] everycircuit manual
The simulation engine models NPN/PNP Bipolar Junction Transistors and N-Channel/P-Channel MOSFETs.
. Unlike traditional SPICE simulators that focus on numerical data, EveryCircuit uses a dynamic "living" schematic where you can watch current flow and adjust parameters on the fly with an analog knob to see immediate responses. Core Workspace and Navigation For the best experience on a desktop or
555 timer IC, counters, 7-segment displays and decoders.
To analyze complex electronic networks, you must learn to measure changing variables over time. Using the Virtual Oscilloscope Ensure all connections are properly established
A unique mobile feature: shaking your phone automatically starts oscillators, adding a physical interaction dimension to circuit experimentation.
EveryCircuit makes wiring intuitive. Each component has small connection points (circles) where you tap and drag to connect to another component. The editor automatically routes wires neatly between points, and if you move a component later, the connections automatically adjust to the new positions.
) in series with your power supplies or switches to prevent infinite current loops. The Simulation Runs Too Slowly
Use the component as a toggle switch to manually input binary high ( ) or low (