What is inductive reactance?
Inductive reactance is defined as the current limiting property of an inductor. The offering an opposition to the flow of AC current through the inductor coil. This limiting of input current is happening due to the properties of inductor can store energy in its magnetic field and the stored energy will resist the changes in current.
Inductive Reactance Calculator
Inductive Reactance Calculator
Calculated Inductive Reactance:
Please enter the values above to calculate the inductive reactance.
If you are connecting an AC voltage to the inductor circuit and the current doesn’t immediately increase or decrease due to the inductance. The inductive reactance is directly proportional to the frequency of the AC signal and the inductance of the coil. The Reactive inductance value is denoted as “XL”.
How to Use Inductive Reactance Calculator
You can easily calculates the inductive reactance value using this online tool provided here. Simply enter the frequency and inductance value of the inductor to calculate the result. You must select the appropriate units of frequency and inductance value using the drop down menu given in the calculator. After successful entry please click on the Calculate button to calculate the inductive reactance value. You can also clear the entries using the reset button also.
Inductive Reactance Formula
This Calculator using the universal formula for finding the XL value. The formula is,
Calculate inductive reactance XL = 2 * pi * f * L
where,
- XL is the inductive reactance.
- f is the frequency of the AC signal.
- L is the inductance of the coil.
Inductance Reactance unit
The inductive reactance value is measuring in ohms (Ω). Same as the unit of resistance. If you calculating the value using the equation the XL value is written as in ohms.
Inductive Reactance Symbol
The symbol of inductive reactance is representing as “XL”. where X represents the Reactance and L represents the inductance here. The value of XL is measured in ohms.
What is XC and XL?
The XC is represented as capacitive reactance and XL is represents the inductive reactance. XC is calculating the formula of XC=1/2*pi*f*c where XL is calculated using the formula of XL=2 * pi * f * L
