AISC-1008-R68G-T

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AISC-1008-R68G-T Fixed Inductors Application Field and Working Principle

AISC-1008-R68G-T is a series of fixed inductors manufactured by AISC Corporation. It is a ceramic based magnetically shielded inductors series with four interchangeable versions. The four versions offer low DCR in a wide range of inductance values, making them suitable for many different applications. This series of inductors also has extremely low EMI emissions and noise.

The AISC-1008-R68G-T series of fixed inductors can be used for both analog and digital circuits. They are typically used in digital systems including SMPS, LED lighting, telecom, industrial applications, consumer electronics and other applications that require converters or low-noise currents. Specifically, they provide high inductance tolerance, low current noise, and fast time response.

AISC-1008-R68G-T fixed inductors are designed to produce a magnetic field which interacts with an electric field to generate an inductive reactance. This inductance is proportional to the number of turns in the winding, the size of the winding, and the magnetic permeability of the core material. The higher the number of turns, the cavity within the coil, and the higher magnetic flux density of the core, the higher the inductance. Furthermore, the dc resistance (DCR) of the inductor determines the amount of heat generated by the coil during operation.

Additional benefits of this series include superior temperature stability, high ripple current capability, low aging, and high reliability. Depending on the demands of the application, the AISC-1008-R68G-T series of fixed inductors comes with different core materials such as ferrite, nanocrystalline, and double annealed wire. They also feature a metalized polyamide shell, increasing their mechanical strength and shock resistance.

In summary, the AISC-1008-R68G-T fixed inductors series are suitable for a variety of applications and have features that make them reliable, low noise, and low EMI emission. The four versions within this series offer low DCR and a wide range of inductance values for a number of winding designs. They have high temperature stability, high ripple current capability, low aging, and high reliability, making them suitable for a variety of applications. The metalized polyamide shell also increases mechanical strength and shock resistance.

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