4922-51H

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Fixed inductors are electrical components used to temporarily store energy in the form of a magnetic field. A 4922-51H fixed inductor is a particular type of component designed to provide a reliable and efficient way of storing energy, while helping to reduce any losses in the process. The energy is stored using a magnetic field generated by a coil of wire.

The 4922-51H fixed inductor is classified as a high temperature ceramic-core inductor. It has a range of applications, including power circuits, RF circuits, automotive electronics, radio communication, and medical equipment. The inductor is especially suited for extreme temperature environments, as it can operate between the temperatures of -40°C and +105°C.

The 4922-51H is a five-layer ceramic-core inductor, with a wide operating temperature range and high inductance stability. The core of the inductor is a five-layer ceramic structure of bonded ferrite material, while the wire is made of an alloy of iron and copper. In addition, the surface of the inductor is treated with a polyester coating for additional protection against environmental impurities.

The working principle of the 4922-51H fixed inductor is relatively simple. An alternating current is applied to the inductor, creating a magnetic field around the coil. This magnetic field then stores energy in the form of a magnetic field. As current passes through the coil, the magnetic field generated is weakened and dissipates. When current is removed, the stored energy is released and the magnetic field disappears. This cycle constantly repeats as the coil is switched on and off.

The 4922-51H fixed inductor is an efficient and reliable solution for storing energy. It is designed to operate in extreme temperatures, while also reducing losses in the process. The five-layer structure of the core and polyester coating of the surface ensure durability and enhanced environmental protection. In addition, the inductor is effective in a wide range of applications, from power and RF circuits to automotive electronics, radio communication, and medical equipment.

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