In the December 2008 issue of EC&M, we talked about calculating the inductive reactance of conductors that are in close proximity to (or touching) one another. We also noted that the inductance and, ...

Inductive reactance increases with frequency (inductive reactance = 2*p*ƒL, where ƒ is the frequency and L is the inductance). Inductive reactance impedes the flow of AC current and, as you can see ...

The amount of inductance is measured in Henrys, the amount of magnetic flux produced by each ampere of current. Inductive reactance is the inductance multiplied by the radian frequency of the system.

Of special value to us is the effective AC circuit resistance at some specific frequency, called inductive reactance, expressed in ohms. Inductive reactance is found by the formula XL=2ΠfL.

(150 deg. height) 782R –j13 (Capacitive Reactance (90 deg. Height) 44R +j18 (Inductive Reactance) (60 deg. Height) 11R –j113 (Capacitive Reactance) If you are using an isocoupler on your (single) ...

Combined with a non-inductive Ayrton-Perry winding, inductive reactance and signal loss are virtually eliminated.