2150-10J

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Fixed inductors are widely used in applications around the world in order to achieve desired results in terms of power consumption, efficiency, and signal integrity. In electronics, these components serve as a method of storing and releasing energy in a controlled manner, creating a potential which is used to power related electrical circuits. One common type of fixed inductor is the 2150-10J, designed for high operating temperatures and intended for aircraft, military, and space applications.

The 2150-10J is designed to meet the ultra-high temperature requirements of aerospace, military, and space applications, and is optimized for applications such as regenerative circuits, tuned circuits, and DC/DC converter output filtering. It is constructed using an air-core material, which provides a high resistance to heat from a thermal standpoint. In terms of physical size, the structure is fairly small, measuring 0.39 inches in diameter and 0.50 inches in height.

The main working principle behind the 2150-10J fixed inductor is based on the magnetic properties of wire. This particular model utilizes insulated magnetic wire material encapsulated in a slick molded case to create a self-contained package. As the current passes through the wire, a magnetic field is created which induces an electrical current in the opposite direction. This effect is known as mutual inductance, and it provides the primary means of operation for the inductor.

In terms of electrical characteristics, the 2150-10J features a self-resonant frequency of 10 kHz and maximum tolerance of ± 10%, making it an ideal choice for high-frequency applications. Unlike traditional inductors, the 2150-10J inductor also features a low DC resistance, resulting in increased efficiency and power saving. Its high Q factor ensures superior performance in terms of voltage and current flow, which aids in both reliability and signal integrity.

When it comes to operating temperature, the 2150-10J fixed inductor is able to withstand temperatures up to 180°C, making it suitable for operation in high temperature environments. Its stellar performance characteristics and reliable operation makes it popular for both commercial and industrial applications alike.

Overall, the 2150-10J fixed inductor is an ideal choice for applications designed for high operating temperatures and requiring exceptional signal integrity. Its efficient and reliable operation, coupled with its relatively small size and high power tolerances, make it an attractive choice in electrical engineering.

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