LTF5022T-100M1R3-D

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Fixed inductors are a type of electronic components used in designing and constructing electrical circuits and equipment. One example of a fixed inductor is the LTF5022T-100M1R3-D. This particular inductor is used extensively in the aerospace and telecommunications industries.

A fixed inductor consists of a core material, typically of a ferrous magnetic alloy or powdered iron, in which a coil of wire is wound. Electric current is passed through the coil to the core, which induces a magnetic field. This field then interacts with the current passing through the coil, resulting in the generation of another current. This generated current is known as the inductor’s output.

The LTF5022T-100M1R3-D inductor is a high-turned fixed inductor. It features a 100-ohm nominal inductance, with a tolerance of 10%. The inductor has a molded plastic case, with a 0.63” x 0.52” x 0.38” form factor. It is rated for a maximum current of 3.5A, a maximum voltage of 100V, and a DC resistance of 0.44 ohms. It is rated for temperatures between -40°C to +85°C.

This particular inductor is used primarily in telecommunications and aerospace applications for voltage regulator design and filtering. It is used in these industries because of its high-frequency performance, as well as its high tolerance for temperature and humidity. It can withstand voltage fluctuations and is designed to prevent high-frequency interference. Additionally, its small size allows it to be placed on tight-pitch circuit boards.

The working principle of the LTF5022T-100M1R3-D is very similar to other fixed inductors. When current is passed through the coil, the magnetic field generated interacts with the current and generates an additional current. The generated current is then used in a variety of applications, such as filtering or voltage regulation.

The LTF5022T-100M1R3-D fixed inductor is a highly reliable and efficient component, and is a popular choice for use in the aerospace and telecommunications industries. Its small size, high-frequency performance, and high tolerance to temperature and humidity make it an ideal choice for a variety of applications. Its working principle of generating an additional current when a current is passed through the coil is the same for all fixed inductors.

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