CM6296-154

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Common Mode Chokes (CMC) are non-resonant, electrical inductors used primarily for suppressing common-mode current in differential transmission lines, such as twisted-pair cables. The CM6296-154 is a low-cost, low profile Common Mode Choke (CMC) for use in high speed applications. This CMC is specifically designed to help reduce EMI and RFI interference. It is also capable of high isolation at high frequencies and high currents.

The CM6296-154 consists of two windings with ferrite core material. One winding is for the differential mode current and the other for the common mode current. The core material is designed to reduce flux leakage and minimize reflection losses. The surface mount package allows for easy integration into printed circuit board (PCB) designs.

The application of the CM6296-154 CMC is mainly focused on suppressing common mode interference in differential transmission lines. This CMC is often used to minimize EMI/RFI noise in a variety of high speed applications such as data-communications, industrial controls, medical, military and aerospace systems.

The working principle of the CM6296-154 CMC is based on Faraday’s law of induction. When a current is induced in one winding, a magnetic field is produced. This magnetic field induces a voltage in the opposing winding. The primary function of the CM6296-154 CMC is to limit the flow of common mode current in the transmission line. The device is designed to provide high isolation at high frequencies and high currents. Additionally, the CMC is designed to minimize insertion loss while maintaining low profile package.

In summary, the CM6296-154 is a low-cost, low profile Common Mode Choke (CMC) designed for suppressing common-mode current in differential transmission lines. This CMC is ideal for high speed applications that require high isolation, low insertion loss and minimal reflections. The CMC’s working principle is based on Faraday’s law of induction and the device is designed to limit the flow of common mode current in the transmission line while providing high isolation at high frequencies and high currents.

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