S1210R-271H

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Fixed inductors, or sometimes inductor coils, refer to the essential components on printed circuit boards, which are closely related to the basic operation of the related electrical circuits and even the entire system performance. S1210R-271H is a cylindrical transformer inductor produced by FCC Company, a famous low-frequency transformer manufacturer, which can be widely used in various switching power supplies and other electrical applications.

S1210R-271H is composed of two coils that are wound over a ferrite core, with copper winding wires and a copper-clad glass-fiber board. This product can fall within a temperature range of 0 degrees Celsius to 80 degrees Celsius and is resistant to voltage surges and other common environmental conditions. It features excellent environmental adaptability with high reliability and stability of inductance. With its overall dimensions of 12.2 mm x 10.0 mm x 7.7 mm and the maximum rated current of 1.6A, this small yet durable inductor is ideal for a variety of applications.

The application field of S1210R-271H includes, but not limited to, switching power supplies, LED driver, LED lightings, adapter, battery charger, charger, inverters, switching circuit, switch filter circuit, and lighting circuit, etc. This inductor is a good alternative when there is a need for increasing the inductance of a system while performing low-frequency operations, such as monitoring the power consumption of the device. With its low voltage drop and low heat dissipation, it can help reduce energy consumption and extend the life of the device.

The working principle of S1210R-271H transformer inductor is based on Faraday\'s inductance Law. Faraday’s Law states that the magnitude of electrical flux linked with an inductor is equal to the time rate of change of the total electric charge that passes through it. Consequently, when an electric current passes through the winding of the inductor core, a magnetic force will be generated, which in turn causes the inductance value of this component to increase. This inductance value is represented through current and voltage differential, according to Faraday\'s Law.

The inductor also allows a level of isolation, due to its dual circuit configuration, allowing a degree of signal isolation. This means the device is able to both protect and isolate the incoming signal from other circuits. It is also capable of amplifying signals, filtering noise, and responding differently to different frequencies.

Thus, S1210R-271H is a versatile inductor which can deliver excellent performance in various applications. Whether it is used to provide circuit protection or signal amplification, this inductor can serve as an effective and reliable tool. With its low-cost and reliable performance, S1210R-271H can be easily incorporated into a variety of printed circuit boards.

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