). Bright green indicates high positive voltage, grey represents ground ( ), and yellow/orange indicates negative voltage.
Tap any component to reveal its local editing menu at the bottom of the workspace. From here, you can use the button to turn the component 90 degrees clockwise or use the Flip button to mirror the component's polarity. Changing Component Values Select the component you wish to modify. Tap the Wrench Icon to enter the parameter menu. Use The Knob to scale values up or down seamlessly.
The Living Blueprint: Mastering the EveryCircuit Interactive Manual
When you run an AC analysis, EveryCircuit generates a Bode plot showing magnitude (left axis) and phase (right axis) of an output voltage. The Bode plot typically displays magnitude in decibels (dB) computed as 20 log10(Vout/Vin). Magnitudes of 0 dB, -20 dB, and -40 dB correspond to output amplitudes of 1x, 0.1x, and 0.01x relative to the input. everycircuit manual
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: Located in the lower-right corner. Freezes the animation and calculations.
: The bottom bar containing the play/pause engine, simulation speed slider, and workspace settings. From here, you can use the button to
For mobile devices with limited screen space, the oscilloscope button provides quick access to waveform viewing.
Complex circuits with many nodes can overwhelm mobile processors. Simplify the circuit or use the web version.
The scope will show voltage vs. time, perfect for analyzing AC circuits or switching behaviors. 5.2 Transistors and Logic Gates Use The Knob to scale values up or down seamlessly
The built‑in oscilloscope is a powerful analysis tool accessible at the top of the screen. You can add voltage or current waveforms to the oscilloscope by selecting a component or node and tapping the eye icon. The oscilloscope offers:
Simulation in EveryCircuit is both automatic and highly visual. Once a circuit is complete and a power source—such as a battery or signal generator—is added, the simulation begins instantly. Moving green dots represent the flow of conventional current, while the brightness and color of the wires indicate voltage levels. For precise analysis, EveryCircuit includes a built-in oscilloscope. By tapping on a wire or component and selecting the eye icon, a waveform appears at the bottom of the screen. This allows users to track peak voltages, phase shifts, and timing intervals in parallel with the live animation.
Tap multiple nodes or components simultaneously and click the eye icon for each. The oscilloscope will display them in different colors on the same timeline, allowing you to analyze phase shifts, propagation delays, and input-vs-output relationships. 6. Advanced Simulation Capabilities
(as of version 2.x series):