IHB5BV822K

Fixed Inductors

Fixed inductors are components that are primarily used to generate or store a magnetic field in a circuit. A fixed inductor, such as the IHB5BV822K, is a passive electronic component that is capable of storing and producing electrical energy as a result of the temporarily induced magnetic field. This component is a type of non-moving part used in electronics, and is found in different types of circuits and electrical devices.

Fixed inductors are usually constructed from coils of wire, the wire being wound around a non-conductive core material, such as air, ceramic, or ferrite. The function of the two-terminal component is predicated on the principle that when the current passes through the coil of wire, a time-varying magnetic field is created. This magnetic flux then induces a voltage which is opposite in polarity to the applied voltage. As the applied voltage changes, this flux-induced voltage adjusts, at times opposing and at other times adding to the applied voltage. The inductor\'s total impedance therefore varies with frequency.

The IHB5BV822K is an ultra-low profile, surface-mount inductor, ideal for use with switch-mode power supplies and other power management related applications that require a low-profile solution. This rectangular Inductor is manufactured using thin-film technology and is constructed with copper windings and nibbed magnetically shielded cores. It is typically used in RF circuits and AC/DC applications, due to its high inductance-to-size ratio and low insertion loss profile. The IHB5BV822K provides no polarity markings for easy installation and installation and will provide superior electrical performance, even in the most demanding environments.

In terms of its working principle, the IHB5BV822K operates by utilizing the principle of Eddy Currents. When a current is applied to inductor, it produces an induced voltage which is opposing to the applied voltage, creating a dynamic magnetic field. The magnitude of this induced voltage is proportional to the rate of change of the applied voltage, resulting in a larger voltage drop when the rate of change is higher. The IHB5BV822K is also able to provide an enhanced level of power efficiency, thanks to its ability to store and convert electrical energy to magnetic energy.

In conclusion, the IHB5BV822K is a fixed inductor, and is a two-terminal passive electronic component that carries out the principle of a magnetic flux loop by storing and creating a magnetic field. It is used for circuit applications, mostly in RF circuits and AC/DC applications due to its high inductance-to-size ratio and low insertion loss. It works on the principle of Eddy Currents, where an induced voltage is produced that is opposing to the applied voltage.