AISC-1210HS-220K-T2

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Fixed inductors, sometimes referred to as "chokes," have a winding of solid wire coil over a core material. These inductors resist changes in current, typically acting as a filter at power supplies in circuits. The AISC-1210HS-220K-T2 is a specific type of fixed inductor from AISC.This inductor is designed for applications that require high power handling, minimal magnetic flux leakage, and improved mechanical stability over other types of inductors.

The AISC-1210HS-220K-T2 has a 3-phase design with a 1210 type case size. This design provides a high electromagnetic flux density in the core, allowing more efficient current handling, lower interwinding capacitance, and higher initial inductance. It has a max DCR of 5.7 Ohms, an inductance range of 4.7mH-2.2OHm, and a rated current of 2.2A. The inductor is constructed of a high-conductivity copper body with an iron powder core and insulation.

The working principle of the AISC-1210HS-220K-T2 is based on Faraday\'s law. When an alternating current is passed through the inductor, the changing magnetic field within the coil causes an electromotive force to be induced within the inductor, which resists the change in current. This EMF is directly proportional to the rate of change of the magnetic field, so the greater the rate of change, the greater the induced emf, and thus, the greater the inductance.

The AISC-1210HS-220K-T2 is commonly used in various applications, including power supplies, load sharing, current sensors, and filtering. It is also used in automotive power systems, communications equipment, and industrial and medical electronics. It is designed to provide improved performance over other types of inductors, with high power handling, improved mechanical stability, and minimal magnetic flux leakage. It is optimal for applications that require reliable current control, such as power systems and digital circuits.

Overall, the AISC-1210HS-220K-T2 is a reliable fixed inductor designed for applications that require high power handling, minimal magnetic flux leakage, and improved mechanical stability. It has an optimized 3-phase design with 1210 type case size, high electromagnetic flux density, low DCR, and rated current of 2.2A. This inductor is used in power supplies, load sharing, current sensors, and filtering, as well as automotive power systems, communications equipment, and industrial and medical electronics. This inductor is based on Faraday\'s law, which states that an EMF is induced within the coil when an alternating current is passed through it, so the greater the rate of change, the greater the induced EMF, and thus, the greater the inductance.

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