Inductive Reactance Calculator
Enter frequency in Hz and inductance in mH. The ideal magnitude is reported in ohms; at 0 Hz the ideal value is 0.
Ideal inductor model only; winding resistance, core losses, saturation and current rating are not estimated. Every comparison uses the entered inductance.
The report freezes submitted raw inputs and units.
Formula: XL = 2π × f × L × 10⁻³
Result
| Frequency (Hz) | Ideal reactance (Ω) |
|---|
A QUICK WALKTHROUGH
How to use this tool
- Enter frequency in Hz and inductance in mH. The ideal magnitude is reported in ohms; at 0 Hz the ideal value is 0.
- Calculate and review the model limits.
Formula and units
XL = 2π × f × L × 10⁻³; Hz; mH; Ω
Model scope
Ideal inductor model only; winding resistance, core losses, saturation and current rating are not estimated. Every comparison uses the entered inductance.
GOOD TO KNOW
Common questions
What does the comparison table use?
Each entered frequency uses the same supplied component value. No frequencies are prefilled.