Example 1: An inductor of 2H is connected to a circuit at a frequency of 50Hz. Compute the inductive reactance of this circuit? Answer: The given parameters are, f = 50Hz L = 2H Inductive reactance formula is given as, XL= 2πfL XL= 2×3.14×50×2 XL= 628 Ω Example 2: At what...
Inductive reactance is the resistance faced by the current flow in the inductor when AC voltage is supplied. Its units are similar to units of resistance. The symbol of inductive reactance is “XL“. As the current lags by 90 degrees with respect to voltage inductor, by having the value for...
The dimensional analysis of the above formula tells us that the dimensions of inductive reactance are the same as those of resistance. Hence, the inductive reactance is measured in ohm (ΩΩ). For measuring admittance, we use the same unit as conductance, i.e., siemens (SS). How to use...
From basic circuit theory, it is known that a negative reactance is associated with a capacitor. Therefore, above the self-resonance frequency (SRF), the inductor behaves like a capacitor. Figure 2. Example of the air core inductor impedance and reactance. The resonant frequency of the ...
𝑋𝑥Xx is the total series reactance, including the reactance from the winding and compensation capacitance in the 𝑥xth circuit. 𝑀𝑥𝑦Mxy is the mutual inductance between the 𝑥xth and 𝑦yth circuits. 𝐼𝑥Ix and 𝑉𝑥Vx are the current and the external voltage source in ...
Figure 7. Virtual negative inductive reactance control strategy. The control parameters of system are shown in Table 1. Where the value of droop coefficient depends on the maximum voltage deviation 𝛥𝑣0𝑚𝑎𝑥Δv0max and the rated output current 𝑖0i0. The maximum allowable voltage ...