SBC9-331-671

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Fixed inductors are commonly used electronic components that store energy in the form of a magnetic field when a current passes through them. The SBC9-331-671 is a special grade of fixed inductor that has been particularly designed for use in high speed power and current applications, such as computers, servers, networks, and any other similar devices.

This fixed inductor has an operating frequency of up to 20 MHz and enables operation in high-temperature conditions. With a maximum direct current of 20 mA, it is capable of withstanding a peak current of 100 mA. It is constructed using a ferrite core and copper wire.

The SBC9-331-671 has been designed for several types of applications. It is primarily used to eliminate high frequency noise from power lines, especially those using digital integrated circuits (ICs). In addition, it can also be used for RF signal transmission purposes.

The SBC9-331-671 adopts dual-layer winding technology to ensure low time-constant and fast saturation characteristics. It also allows for easy power attenuation and wide-banding, while the end sides of the inductor are twisted to create length equalization.

The inductor also employs rubber insulation to reduce noise transmission and protect the coil from water, dust, and other particles that may interfere with signal transmission. It also helps to enhance the tightness and stiffness of the contacts and provide greater protection against electric potential risks.

The SBC9-331-671 fixed inductors also utilize a cascade screw for connection and are protected against bad contacts. It is designed to both protect the core and reduce the cost of production, allowing the user to produce the same quality of inductors at a lower cost.

The core material used for the SBC9-331-671 fixed inductors helps to maximize the conductor/core CLCR value, while the magnetic signal absorption signal is reduced, hence improving the inductance accuracy. This helps to bring about better supply reliability.

In summary, the SBC9-331-671 fixed inductors are designed for a number of applications, including eliminating high frequency noise from power lines, RF signal transmission purposes, and providing better supply reliability. It is constructed using a ferrite core and copper wire, adopts dual-layer winding technology, and employs rubber insulation for greater protection.

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