AISC-1210-R56J-T

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AISC-1210-R56J-T is a kind of fixed inductor, which has wide range of application in the communication equipment and power devices. The inductor can reduce the interference of the external electric fields and reduce the transients caused by the current pulse.

Description

AISC-1210-R56J-T is a high frequency inductor of low loss material. It is a kind of surface mount, which can be produced to meet special application or custom requirements. It is widely used in communication applications, power inductors, DC/DC converters, and other related applications.

Advantages

AISC-1210-R56J-T has several advantages, such as low core loss, high Q value, high performance, and high current capacity. Its high quality material can reduce the interference of ambient noise and reduce the transients caused by current pulses. Compared with other high frequency inductors, AISC-1210-R56J-T requires less power and its structure is simpler.

Application field

The induction coil with low loss and high Q factor of AISC-1210-R56J-T can be used for many application fields, such as communication equipment, DC/DC converters, power devices, switching power converters, and voltage regulators. By using AISC-1210-R56J-T, customers can benefit from reduced fluctuations and improved stability, as well as higher efficiency.

Working Principle

The basic working principle of AISC-1210-R56J-T fixed inductor is to generate a magnetically produced current as a result of a changing magnetic field. This effect is the phenomenon of self-induction. Self-induction is created when the current is applied to an inductor. This current is induced in the coil itself, which causes a magnetic field to be formed around the wire. This field will expand and collapse, creating an increasing and decreasing current. This current will oppose the original source of current, creating an inductive reactance that the circuit must overcome.

The fixed inductor works as an energy storage device, which is used to store the energy when the alternating current is applied to it. When the current is turned off, the energy is discharged from the inductor again. This is the basic working principle of the fixed inductor.

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