10HCR-15

Fixed inductors are fixed electrical components that use the principles of electromagnetism to induce a magnetic field and, in turn, voltage in electric circuits. The 10HCR-15 is a fixed inductor designed for use primarily in high-current, medium-voltage, radio-frequency (RF) applications. This inductor has an inductance rating of 15 µH, a current rating of 218 A, and can operate at up to temperatures of up to 300 °C.

The 10HCR-15 is composed of a distributed air layer in which a rod-shaped wire is embedded in air and insulated by an oxide ceramic layer with a thickness of 200 µm. There is also a core body of ferrite which is made from a high-grade powder of MnZn ferrite. The conductor is connected to two end plates. This device has a 0.325-inch diameter and is 0.7-inches in length.

Fixed inductors make use of the principles of inductance to generate a voltage in an electric circuit. As current passes through the inductor, a magnetic field is created around it. This magnetic field then interacts with the current, creating a voltage across the inductor. As current flows through an inductor, the magnetic field around the inductor increases, resulting in a proportional increase in the voltage across the inductor.

The 10HCR-15 fixed inductor is mainly used in high-current, medium-voltage, radio-frequency (RF) applications. The inductor is used to provide inductive reactance in radio-frequency circuits, which helps in controlling the frequency and amplitude of high amplitude and single frequency signals. The inductor is also used in high-current voltage-diagnosis circuits, allowing the user to measure the voltage of a circuit without directly measuring it.The 10HCR-15 is also used in power-supply switching-regulator circuits and power-amplifiers. This inductor is designed to provide high current in a short period of time, allowing for fast switching operations. The inductor also has a very low self-resonating frequency which allows for a higher efficiency of the power-supply switching-regulator circuit or power-amplifier.

The 10HCR-15 fixed inductor is designed to be reliable and safe. Its insulation ceramic layer is designed to have excellent mechanical strength and maintain its insulation characteristics under temperature extremes. The ferrite core is made from a high-grade MnZn ferrite powder which is designed to maximize its magnetic efficiency. The inductor is also designed to have a low failure rate, meaning that it can be used in sensitive, critical applications with minimal risk.

In conclusion, the 10HCR-15 fixed inductor is a device designed for use in high-current, medium-voltage, radio-frequency (RF) applications. The inductor is composed of a distributed air layer with an oxide ceramic layer, a ferrite core, and a conductor connected to two end plates. The 10HCR-15 uses the principles of inductance to generate a voltage in an electric circuit. The inductor is also designed for reliability and safety, with excellent insulation and low failure rates making it suitable for sensitive, critical applications.