2-2176075-6

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Introduction to Fixed Inductors

Inductors, or coils, are energy-storing components that are made of a length of wire wrapped around a core material. When an AC current is applied, the current flowing through the turns of wire produces a magnetic field which generates a counter-EMF. This counter-EMF opposes the applied EMF and serves as a source of “self-induced” back EMF. This is referred to as inductance.

Inductors are widely used in a variety of applications including power supplies, filters, motors, RF systems and more. There are two main types of inductors: fixed inductors and variable inductors. Fixed inductors are devices that have a predetermined inductance rating. This rating is constant regardless of variations in temperature or frequency. Variable inductors, on the other hand, are capable of providing different inductance values depending on the frequency, temperature or other environmental conditions.

2-2176075-6 Fixed Inductor

The 2-2176075-6 is a fixed inductor that provides a nominal inductance of 3.3 uH ±20% at 100 kHz/0.1V. This inductor is lightweight and small in size for easy handling and installation. It is manufactured using high-grade materials for superior performance and long life. The 2-2176075-6 is available in a variety of types, from box-style packages to through hole designs. It is capable of handling up to 1 amps of AC or DC current, and can operate over a temperature range of -40°C to 90°C.

2-2176075-6 Application Field

The 2-2176075-6 fixed inductor is best suited for use in compact, low-power switching applications. It is most commonly used in signal line and communications circuits, as well as in power plant controllers and other precision equipment. This inductor is also suitable for use in high-frequency circuits to supply energy from one cycle to the next. The device can also be used in high-speed data transmission or RF applications, such as TV receivers, where maintaining a constant inductance value is important.

2-2176075-6 Working Principle

The 2-2176075-6 fixed inductor works by creating a magnetic field in response to an AC current. The number of turns of wire, core material, and air gap all affect the size of the magnetic field and resulting inductance. When the inductor is exposed to an AC current, a voltage is created in the winding that is in series with the applied voltage. This creates an opposing voltage which is equal to the inductive reactance as determined by the inductor’s inductance. As the applied current increases, so does the inductor’s reactance, causing an increase in the opposition voltage. This opposing voltage is what causes the inductance to remain stable despite frequency and temperature changes.

Conclusion

The 2-2176075-6 fixed inductor is a small, lightweight, high-performance device that can be used in a variety of applications. This inductor is best suited for use in low-power switching applications, as well as TV receivers, signal line and communications circuits, and precision equipment. The working principle of this device is based on the fact that the number of turns of wire, core material, and air gap all affect the size of the magnetic field and resulting inductance. When exposed to an AC current, a voltage is created in the winding that is in series with the applied voltage, creating an opposing voltage which results in a stable inductance despite frequency and temperature changes.

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