HK16083N9K-T

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Fixed inductors, also known as a "choke coil," are a group of electronic components that play a critical role in the production and operation of a wide variety of electrical and electronic circuits. The inductors of this type are composed of one or more wire windings and often contain a core made from ferrous material, ceramic material, or air. Fixed inductors are most commonly used in circuits to store energy in the form of inductance. Applications of fixed inductors include power supplies, high frequency filters, communication systems, and switching regulators among many others.

The variety available makes fixed inductors suitable for a broad range of applications. The resistance value is significantly stable and the inductance range is wide. However, the benefit most advantageous for fixed inductors are their small size which allows for easier assembly as well as maximum concentration of magnetic flux.

The HK16083N9K-T is a particularly suitable fixed inductor for several different electronics applications. It offers a combination of stable inductance and moderate saturation current, making it an ideal component when dealing with high frequency switching regulators and low frequency power supplies. It is also suitable for voltage regulators when high surge current and/or current spikes are expected. With its thermally sealed construction, it is an ideal choice for damp and humid environments. The HK16083N9K-T offers high inductance in a smaller size than other comparable components. The maximum inductance that can be obtained is 9.8μH.

The working principle for any fixed inductor is based on the concept of electromagnetic induction. When a current is passed through a wire, the loop of the wire creates a magnetic field which then induces an electromotive force according to Faraday’s Law. When a current flows through the inductor, the magnetic field created by the current generates a force that opposes the current and induces a voltage. This voltage will be determined by the magnitude of the current, the rate of change of current, and the element\'s inductance. The higher the inductance and the faster the rate of current change, the greater the voltage induced.

The HK16083N9K-T fixed inductor is designed to be highly efficient, reliable, and practical in a variety of applications. Its thermally sealed construction, high saturation current rating, and wide inductance range make it an excellent choice for high power and high frequency applications.

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