Motor Control Engineering Toolkit

Why use an engineering calculator?

Motor-control math is easy to get subtly wrong — a missed √2, a pole-pair factor, a phase vs. line-line mix-up — and those errors are easy to miss by eye. A dedicated calculator keeps the formula, the convention and the unit all in view at once.

• Explicit units

  Every input and result shows its unit — no guessing whether a value is in mH or H, RPM or rad/s.

• Explicit conventions

  RMS vs. peak, phase vs. line-line, mechanical vs. electrical, poles vs. pole pairs — you select the convention, it's never assumed silently.

• Deterministic formulas

  Every calculator is a plain, documented formula. Same inputs, same outputs, every time — no black box.

• Reproducible calculations

  The formula, variables and assumptions are shown next to every result, so you (or a reviewer) can check the work by hand.

• Engineering sanity checks

  Warnings flag common motor-control pitfalls — saturating an ADC, an unstable current-loop bandwidth, Ld ≈ Lq — before they become field bugs.

Motor Constants

FOC & Control

Inverter & Sensing

Motor Physics