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every circuit.
Blocks that explain themselves — and catch what doesn't add up.
No simulation · no guessing · vendor-neutral
buck-supply.elec — Electrace● all nets connected
✦ U1 — buck controller. Holds 5 V from a 9–18 V input; R1/R2 set the voltage.
✦●Plenty of headroom — 9 W of 15 W.
⎓Power Entrydisc
9–18 V DC in
⇄Buck RegulatorIC
9–18 V → 5 V · 3 A
+5 VA live Electrace design — hover a block to see what it does, while the linter keeps an eye on the math.
Other tools stay silent — or just guess.
Electrace is the one that makes you understand.
How it works
An IDE — for circuits.
▦
Self-explaining blocks
Authored intent, not guesses. Every block says what it does and why.
⌖
Drill into anything
Double-click into a block's real schematic — discrete or IC, every part labeled.
✓
Linting, not SPICE
Instant checks on the numbers you declared. It flags what doesn't add up.
Transparency
Open any block.
Read every part.
The one IC stops being a mystery — you see exactly what surrounds it, and why.
- ✓ A plain-language reason on every part.
- ✓ ANSI or IEC symbols — your choice.
+5 Vrail · connected
GNDground · connected
STATUS⚠ not wired
Typed nets
Nothing
forgotten.
Connect net-to-net — 5 V to 5 V, ground to ground. Leave one dangling and Electrace tells you, right there.
Why Electrace
Not guessing. Not SPICE.
Not locked in.
AI copilots guess
We show what's declared.
Generators do it for you
We make you understand it.
Simulators need setup
Instant arithmetic checks.
Vendor tools sell silicon
Vendor-neutral, always.
And when you're done
Design it. Understand it. Build it.
Design with blocks→Lay out the PCB→Build it or get it made
Early access
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your circuits.
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