5-1624109-8

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Fixed inductors, or non-variable inductors, are electrical components that have a fixed voltage, current and impedance values over time and are unaffected by frequency. They are used to store energy in magnetic fields and can be used as inductors in radio frequency and power supplies.
The 5-1624109-8 is a fixed inductor commonly used in communications. It has a power rating of 25W and a nominal inductance of 2.2µH at 1.0A. It also has a saturation current of 10A and an efficient Q-factor of 160 at 1.0MHz.

The 5-1624109-8’s application field includes telecommunications, test and measurement instruments, power systems, cable harnessing and even portable electronic devices. The inductor also has many benefits; it offers high power, low losses, high Q-factor and linear DC characteristics that make it extremely efficient and reliable. The size and tolerances are certified to MIL-PRF-39500, allowing for easy production and assembly.

The working principle of the 5-1624109-8 is based on electromagnetism, and its operation is achieved by the mutual induction between the windings. When a current is passed through the inductor, this produces a magnetic field, which induces a voltage in the winding. The value of this voltage depends on the magnitude of the current, the number of turns in the winding, and the overall inductance. The magnetic core of the inductor also plays a vital role by concentrating the flux, allowing for higher power with lower losses.

The inductor is also designed to be temperature-stable and protected against reverse current, short circuiting, over-heating and voltage spikes. The windings are coated in resin to provide better insulation and longer life. This ensures that the 5-1624109-8 has a high performance and a long lifetime.

In summary, the 5-1624109-8 fixed inductor is a reliable and efficient electrical component used in a variety of applications. It is designed with high power, low losses, high Q-factor, temperature-stability, and protection against reverse current, short circuiting, over-heating and voltage spikes. The size and tolerances are certified to MIL-PRF-39500, allowing for easy production and assembly. The working principle of the inductor is based on electromagnetism and its operation is achieved by the mutual induction between the windings. Thanks to its robust design, the 5-1624109-8 is an ideal choice for electronics applications.

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