DLFL-0147-16D3

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Common Mode Chokes, used in electrical systems, are essential for noise suppression and filters electromagnetic interference (EMI).The DLFL-0147-16D3 is a common mode choke specifically designed to be used in low frequency applications.

The DLFL-0147-16D3 is incorporated with what is known as the three-line structure, a design which consists of three independent windings around a magnetic core; two windings for high-frequency isolation and one winding for low-frequency common-mode filtering. The entire assembly is shielded with an inner plastic case and an outer metal case, keeping the filter circuit insulated from environmental disturbances.

The choke is equally effective in the narrow-band suppression of common mode current from low frequency to 1 GHz. The design is suitable for the protection of extremely sensitive applications such as test and measurement equipment, motors, drives, and amplifiers. The components provide noise suppression by rejecting common mode operation interference.

The DLFL-0147-16D3, like other common mode chokes, works on the principle of electromagnetic induction. The interaction between the electrical currents, the magnetic field, and the physical components of the choke create a filter which suppresses electromagnetic noise. The current passing through the windings generates a magnetic field, which in turn generates a forced current when triggered by high frequency interference, which limits and suppresses the interference.

The three winding structure of the DLFL-0147-16D3 common mode choke operates mainly in the low frequency range and is easily the better choice when looking for a highly efficient, low cost filter solution in this frequency range. The design allows for the integration of the choke into a variety of applications while ensuring its long-term reliability.

The DLFL-0147-16D3 common mode choke is designed for the suppression of electromagnetic interference in a wide range of applications. It offers cost-effective noise reduction in low-frequency applications, making it an ideal choice for many electrical systems.

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