Inductor Coils are basically solenoids composed of a conductor wound on a suitable magnetic core. The Q factor of Inductors manufactured by us is uniquely high. This is why these inductors are also known as Hi-Q (High-Q) Inductors. Depending upon the core geometry and winding topologies, an Integrated Inductor Coil may or may not be susceptible to electromagnetic interference in their immediate ambience. Inductance is the phenomenon by which an inductor influences electrical current flowing in any circuit. They are frequency dependant, generally blocking higher frequencies, while allowing lower ones to pass through. They form an integral part along with a suitable capacitor to form band-pass or band-reject filters. Fixed Inductor Coils also find extensive application in filtering out ripples in power bus-bars. Solenoids find application in causing electrical energy to move plungers made of magnetic materials which can then actuate levers. Solenoids which the plunger pull inside are called Pull-Solenoids. Similarly Push-Solenoids push the plunger outwards when energised.
