TLF14CB3921R0

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Common Mode Chokes are a type of electronic component used to prevent the transmission of common mode electrical noise on a signal or data line. The TLF14CB3921R0 is a common mode choke designed to suppress common mode noise in the frequency range of 10MHz to 200MHz. It is commonly used in automotive, industrial, and medical applications.

The TLF14CB3921R0 is constructed of two ferrite cores, each with a flat surface. The ferrite cores are separated by a thin dielectric material. On one side of each core is a pair of symmetrically-arranged conductive windings. The windings are wound in a five-point symmetrical pattern for a balanced build. The windings are insulated from each other and are placed in exactly the same position to ensure consistent attenuation.

This device is designed to reduce common mode noise while allowing any signals or data to pass without interruption. This is possible due to the ability of the windings to create a magnetic field that opposes the respective noise. The susceptibility of a common mode choke will depend on the type of core material used and the number of windings in the device. TLF14CB3921R0 uses ferrite material, which is an excellent choice for suppressing common mode noise and providing a wide frequency range.

To ensure optimal performance and reliability, the TLF14CB3921R0 is designed with an efficient heat dissipation system. This is achieved through a combination of the ferrite core material and the design of the windings. The device is also rated for high current operation, making it suitable for a range of applications.

The TLF14CB3921R0 is a popular choice for automotive, industrial, and medical applications due to its ability to attenuate common mode noise in the frequency range of 10MHz to 200MHz. Its ferrite core material and five-point symmetrical winding pattern result in superior performance and reliability. The heat dissipation system ensures reliable operation at high currents, making the TLF14CB3921R0 a versatile component for a wide range of applications.

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