S1812R-564F

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Fixed inductors are essential components in modern electrical circuitry, and the S1812R-564F stands out as a high-grade device for heavy-duty operations in industrial, automotive, and military systems. In this article, we explore the application field and working principle of the S1812R-564F.

The S1812R-564F is a surface mount, radial leaded inductor designed to possess high current handling, low profile, low DC resistance, and excellent self-heating properties. With a remarkable rate of heat dissipation and minimal internal heat-producing elements, the component has a long life span and is frequently used in applications that require reliable, heavy-duty operation.

The device is most often used in pulse power circuits, where its high current handling capabilities make it an optimal candidate for reducing the power dissipated in the circuitry. It can also be used to accurately control currents in large systems, as well as in power conditioning, automotive, and telecommunication applications. In addition, the S1812R-564F is an ideal choice for applications such as RFID tagging and wireless energy transmission.

The S1812R-564F is designed with two separate winding layers, a primary and a secondary. The primary winding, usually consisting of a few turns of enameled copper wire, transfers energy from the power source to the secondary winding. The secondary winding consists of several turns of ferrite core-coated copper wire, which stores the energy and produces a magnetic field around the component. This magnetic field interacts with the primary winding, inducing a current that flows through the windings and into the outer load.

Since the current is induced by the magnetic field, the overall power consumption is determined by the number of turns of the primary winding, the type of core material used, and the size of the component. The S1812R-564F also features a self-induced voltage protection component, which helps to reduce the risk of overcurrent or overvoltage events. This helps to improve the reliability and safety of the product and its applications.

The S1812R-564F is able to deliver high-currents and is suitable for use in very high-power applications. Its low DC resistance also allows it to function well in high frequency industrial applications. As an added benefit, its excellent self-heating properties make it ideal for pulse-current usages.

Thanks to its high current handling capabilities, fast heat dissipation, and low DC resistance, the S1812R-564F is an excellent choice for a wide array of applications. Its reliable and safe design make it suitable for industrial, automotive, and military systems, while its low profile and excellent self-heating properties make it an ideal solution for RFID tagging and wireless energy transmission.

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