AISC-1008-R39J-T

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Fixed inductors are electrical components that effectively store energy in its magnetic field, which is created by passing current through the winding of the inductor. AISC-1008-R39J-T is a type of fixed inductor that is designed for high-frequency applications. It is a surface mount device with an operating temperature range of -55°C to +120°C.

Design and Construction

The AISC-1008-R39J-T is a surface mount inductor that has a maximum height of 2.2mm and a width of 2.2mm. It is constructed with two cores: one that is made of ferrite material and the other is composed of an amorphous material. The inductor has four terminals, two that are connected to the ferrite core and two that are connected to the amorphous core. The ferrite core helps dissipate operating temperatures while the amorphous material helps reduce overall susceptibility to EMI/RFI interference.

Application Field

The AISC-1008-R39J-T is designed to be used in high-frequency applications, such as mobile phones, Bluetooth and wireless networks. The inductor provides both input and output power filtering and delivers a high current capacity to the device being power by it. It also helps reduce electrical interference from other external components. The inductor is designed for noise suppression and ensures a stable current flow.

Working Principle

Fixed inductors work by creating a magnetic field from a current passing through its winding. This magnetic field stores energy and prevents the current from changing abruptly. The stored energy is then released gradually over a period of time, reducing the current while maintaining a relatively stable voltage level. The AISC-1008-R39J-T is designed to provide high-frequency power filtering and noise suppression, allowing devices to operate efficiently and stably.

Conclusion

The AISC-1008-R39J-T is a high-frequency fixed inductor that is designed specifically for mobile phones, Bluetooth and wireless networks. It is designed to provide effective power filtering and noise suppression while operating stably over a wide temperature range. By understanding the design and working principle of this inductor, we can better understand how it is applied in high-frequency applications.

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