VTC07E130TVPC

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Adjustable inductors are essential components for high-frequency applications, and their use has grown exponentially over the past decades. One such adjustable inductor is the VTC07E130TVPC, which has a wide range of applications and a correspondingly wide working principle.

From a construction point of view, this adjustable inductor is built from a rectangular coil core which has two parts, connected in series. The coil core is usually held in place by a metallic multi-turn jacket or tray. The assembly is then sealed with epoxy, which helps to improve its safety and reliability.

The VTC07E130TVPC adjustable inductor is primarily used to couple voltage in a circuit, but is also well-suited for a number of other applications. As this inductor is able to adjust its inductance value due to its dual windings, it can be used to help maintain resonance frequency in an oscillator circuit. Likewise, this adjustable inductor can be used to electronically vary the levels of coupling and decoupling of power supplies in electronic circuits. This makes it particularly useful for switching high-speed power supplies with complex load profiles.

The working principle of the VTC07E130TVPC adjustable inductor is based on the Faraday law of electromagnetic induction. This law states that when a varying electrical current flows through a conductor, it induces a varying magnetic field around it. This magnetic field, in turn, interacts with the two separate coil windings of the adjustable inductor in such a way that the magnetic field produces an opposing EMF (electromotive force) in each winding. This makes it possible for the VTC07E130TVPC to vary its inductance in relation to the current flow, thus providing an adjustable inductance. The adjustable inductance in turn allows for greater flexibility in controlling the various parameters of the circuit.

In summary, the VTC07E130TVPC adjustable inductor has a wide range of application fields, where it comes in handy to provide adjustable inductance for a variety of circuit parameters. Such flexibility is enabled by its Faraday law based working principle which allows for the varying of the inductance in relation to the current flow.

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