0819R-96K

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Fixed inductors are self-contained inductive components that consist of a coil wire that is wound around a magnetic core. This combination of a coil and a core is arranged in such a way that they create a specific inductance value. Because this value is fixed, it is normally used in circuit design for filtering or signal conditioning. The most common types of fixed inductors are air core, ferrite core, non-magnetic core, and powdered iron core.

The 0819R-96K is a high-performance, adjustable monolithic chip inductor designed to operate in high power RF applications. It features an integrated high power self-resonant topology along with a wide range of inductance values. Its innovative design makes it suitable for applications such as high power RF applications, wireless communications, microwave antenna products, and automotive infotainment systems.

The working principle of the 0819R-96K is based on electromagnetic induction. When a current is applied to the coil, it produces a magnetic field which in turn induces an EMF (electromagnetic field) in the core material. This EMF causes energy to be transferred from one side of the core material to the other. The energy is then stored as a magnetic field and this is how the inductance is created. The inductance value can be adjusted by varying the current through the coil wire.

In high power RF applications, the 0819R-96K can be used to filter or condition signals. It can also be used as a balun (balanced and unbalanced transformer) in antenna systems. Its adjustable inductance allows it to be used in a wide range of applications where the exact inductance value needs to be adjusted. The device also features a high power handling capability and low power dissipation, making it suitable for high power applications.

Overall, the 0819R-96K is an ideal choice for RF applications where the inductance value needs to be adjustable. Its design and wide range of inductance values make it suitable for filters, signal conditioning, baluns, and other high power applications. Its ability to provide a reliable RF signal makes it a great choice for any application where precise control of an inductance value is essential.

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