An inductor is a two-terminal electrical tool which stores energy in a magnetic field generated by the current passing through it. The inductor is a very important electrical gadget for every electrical machine and appliance. This article brings a complete description of an inductor, its types, formulation and mechanism of working.
Inductor is an electrical component that stores energy in magnetic field.
The inductor is made of a coil of conducting wire.
In an electrical circuit schematics, the inductor marked with the letter L.
The inductance is measured in units of Henry .
Inductor reduce current in AC circuits and short circuit in DC circuits.
Inductor |
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Iron core inductor |
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Variable inductor |
For several inductors in series the total equivalent inductance is:
LTotal = L1+L2+L3+...
For several inductors in parallel the total equivalent inductance is:
XL = ωL
Cartesian form:
ZL = jXL = jωL
Polar form:
ZL = XL∠90º
There is a huge variety of inductors available and these inductors are classified into different types on different bases but here we will put a glance at three of its basic types which are categorized on the basis of the manufacturing material of inductors. These are:
Inductors are usually utilized for batteries for energy in switched mode power systems to generate DC voltage. Inductors, which store energy, provides energy to the circuit in order to ensure that current flow is maintained through "off" period of switching and thus allows topographies to be created when output voltage is greater than input voltage.