EverrCircuit — Design it. Simulate it. Make it real.
Go from schematic to simulated circuit, breadboard connections and PCB. Explore Monte Carlo analysis, parameter sweeps, filter design and live audio with time and FFT views.
Open EverrCircuit
Get to know EverrCircuit
EverrCircuit is an electronics design and simulation environment that connects what you draw, what you measure and what you build. Develop a schematic, investigate its behavior and carry its netlist into PCB design. Explore breadboard connections, compare component choices and hear supported audio circuits while inspecting the signal. The next stage of the design is already part of the workspace.
Who it’s for
Electronics designers, audio experimenters, educators, students and makers moving from circuit ideas to physical prototypes.
Schematic to simulated netlist
Connect components, set their values and simulate the circuit. Use the schematic-derived netlist as the connection map for PCB design, keeping the board grounded in the circuit you have been exploring.
AC, DC and transient analysis
Inspect operating points, frequency response and behavior over time. Choose an analysis, select a probe and compare the resulting measurements and curves for supported component models.
Parametric sweeps
Sweep a component value through a linear or logarithmic range. Compare individual runs to see how a design choice changes gain, timing or other available measurements, without manually rebuilding the circuit for each value.
Monte Carlo analysis
Explore how component tolerances change circuit behavior with repeatable statistical runs. Inspect individual results and distributions, and compare measurements with your design targets.
Filter design workbench
Design analog filters and digital IIR or FIR filters. Inspect magnitude, phase and group delay, explore component tolerances, and place supported analog filter circuits directly into the schematic.
Live audio and oscilloscope
Listen to supported circuits as they simulate. Use time-domain waveforms to inspect signal shape and FFT views to explore frequency content, connecting what you hear to what the circuit is doing.
See the breadboard connections
Explore a breadboard view of the circuit’s connections. Relate schematic nodes to physical wiring as you plan a prototype or explain how the circuit comes together.
Continue into PCB design
Carry the netlist into footprint assignment, board layout and copper routing. Use auto-place and autorouting, refine the result manually, review connectivity and design-rule checks, then export Gerbers for fabrication.
A practical path through the work
Design and connect
Build a schematic or start with a template. Set component values and explore the breadboard connections.
Simulate and improve
Inspect signals, hear live audio, sweep parameters or explore tolerances before choosing the next revision.
Make the board
Bring the netlist into PCB layout, assign footprints, place and route, then review and export.
Analysis availability depends on the component models in your circuit. Review model coverage and PCB checks as you move from simulation to a physical build.