Inductive Reactance conversion calculator

Inductive Reactance Calculator Formula

X_L = 2 × π × F × L

B_L = 1000 / X_L

Formula Explanation

The Inductive Reactance conversion calculator determines the opposition of an inductor to alternating current. X_L represents the inductive reactance in ohms, calculated as 2π times the frequency (F) multiplied by the inductance (L). B_L is the corresponding inductive admittance, given in millimhos, which is the reciprocal of reactance scaled by 1000.

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Uses of Inductive Reactance conversion calculator

• Designing RF circuits that include inductors.
• Calculating impedance for AC circuit analysis.
• Optimizing filters and resonant circuits.
• Educational use for understanding inductive behavior in electronics.
• Estimating admittance in signal processing and antenna systems.

Formula Example

For an inductor of 500 nH at 100 MHz:

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X_L = 2 × π × 100×10⁶ × 500×10⁻⁹ ≈ 314.16 Ω

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B_L = 1000 / 314.16 ≈ 3.183 m-mhos

This shows the inductor offers approximately 314 ohms of reactance, with an admittance of 3.183 millimhos at 100 MHz.