DC-DC · WIRELESS POWER · CAPACITOR

Power electronics design, from spec to verification.

Describe your power stage in plain language. A deterministic engine designs the DC-DC converter, wireless power link or capacitor bank, sizes every component, and hands you a verifiable engineering report.

SOLVE < 5 ms·REGRESSION-LOCKED·SPICE-VERIFIED →
Tools
DC-DC / WPT / Capacitor bank
Topologies
Buck · Boost · SS · LCC-S
Verification
SPICE cross-check
Output
Engineering PDF report
Design tools
How it works
01
Spec capture, in conversation
State power, voltages, currents and constraints in plain language — Korean or English. The AI co-engineer turns them into a formal requirement set and flags what is missing.
02
Deterministic physics, not AI math
Every number comes from a regression-locked analytical engine — the AI proposes, the solver disposes. Component values, currents, losses and impedance are reproducible to the digit.
03
Schematics, sweeps, reports
Live schematics with editable values, frequency-response and impedance sweeps, time-domain waveforms, SPICE verification — exported as a report you can put in a design review.
Inside the workbench
WPT design session showing frequency response, input impedance and coil current waveform charts next to the AI chat
WPT design session
Frequency response, input impedance and coil-current waveforms, solved live from a conversational spec.
Circuit editor with a coupled WPT schematic, live SPICE netlist and transient simulation traces
Circuit editor + SPICE
Draw the full power stage, run transient simulation in the browser, and inspect the generated netlist.
SPICE-VERIFIED
Every topology is cross-checked against ngspice transient simulation — the benchmark suite is public.
View verification results →
Your next power stage, solved before coffee.
Free tier includes full solver access and exported reports across all three tools.
Get started free
ElecHub Lab — Power Electronics Design Platform