AIRD-01-820K

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Fixed Inductors are an electrical component commonly used in electronic circuits. In particular, AIRD-01-820K Fixed Inductors has a number of unique and and versatile uses. This article will explain the application field and working principle of AIRD-01-820K in more detail.

Application Field

AIRD-01-820K Fixed Inductors are commonly used in a variety of electronic devices. This includes power supplies, switch mode power supplies, inverters, DC-DC converters, motor control systems, and telecommunications systems. Primarily, AIRD-01-820K is used in circuits that involve high-frequency AC power, such as portable electronic devices, computers, television sets and audio systems. The maximum frequency range in which AIRD-01-820K can operate is up to 10.3kHz.

In addition to being used in high-frequency circuits, AIRD-01-820K is also popular in low-frequency circuits, such as radio frequency amplifiers and audio calculators. Additionally, AIRD-01-820K has been used in devices that require vibration and shock resistance, such as automotive components, laptop computers, and military electronics.

Working Principle

AIRD-01-820K Fixed Inductors are an electrical component made up of a coil of wire wrapped around a metal core. Their primary purpose is to store energy in the form of a magnetic field. When voltage is applied to the component, the current flows around the coil in a single directional loop, inducing a magnetic field. The magnetic field will be strong enough to resist the change in current, which prevents the voltage from spiking or dropping too low.

The core of the AIRD-01-820K is made up of a ferromagnetic material, allowing it to store a higher amount of energy in its magnetic field. The size of the core also determines the amount of current that can be stored in the inductor. The larger the core size, the higher the amount of current that can be stored. This makes the AIRD-01-820K able to handle higher wattage circuits with greater efficiency.

The windings on the AIRD-01-820K also play an important role in the component\'s performance. The windings act as a conductor for the inductor, allowing the current to flow through the core and creating the magnetic field. The number of windings also dictate the quality and performance of the inductor. Higher quality inductors typically have more windings, making them more efficient at storing energy.

Conclusion

The AIRD-01-820K Fixed Inductor is a versatile and reliable electrical component. It can be used in a variety of high-frequency and low-frequency circuits, as well as those that require resistance to vibration and shock. Its unique design, with a ferromagnetic core and multiple windings, allows it to store a larger amount of energy in a smaller package. Overall, the AIRD-01-820K provides excellent performance and reliability for a range of applications.

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