AIMC-0402HQ-2N0C-T

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Fixed inductors are passive electrical components that store energy in the form of a magnetic field. They have a wide range of applications in electronics and electrical engineering. The AIMC-0402HQ-2N0C-T is a type of fixed inductor that uses a toroidal core with a ferrite construction. This component is used in a range of applications, including AC line filter circuits, DC/DC converters, and high power systems.

The AIMC-0402HQ-2N0C-T fixed inductor is designed for high current applications, and has a relatively low DC resistance. The inductor is composed of a toroidal core and a winding of wire. The toroidal core is manufactured from ferrite, which is a highly magnetically permeable material. The ferrite core helps reduce the inductor��s resistance and helps to keep the magnetic field contained within the core. The windings of wire act as a conductor to complete the electrical circuit.

The main purpose of an inductor is to oppose changes in the current through a circuit. This is known as inductance, and the inductor can oppose the current in either direction. In direct current (DC) applications, the inductor acts like a resistor and offers a fixed resistance to the current flow. In an alternating current (AC) application, the inductor acts to block the current at certain frequencies, allowing other, lower frequency signals to pass.

The inductance of the AIMC-0402HQ-2N0C-T is measured in Henries (H). This means it can handle high currents while maintaining a relatively low DC resistance. The inductor also has a low saturation voltage of around 2V, which helps prevent it from burning out when a large amount of current passes through the circuit. The wire windings are also designed to be extremely heat resistant to prevent insulation breakdown.

The AIMC-0402HQ-2N0C-T is a highly efficient inductor that can be used in both AC and DC circuits. It can be used in power supplies, DC/DC converters, signal filtering circuits, and other applications where an inductor is needed to control current. Its low DC resistance and saturation voltage make it ideal for high current applications. In addition, the inductor is also highly reliable and has excellent thermal and electrical properties, making it suitable for use in a range of electronic applications.

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