DLO1-24-0007

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Common Mode Chokes (CMCs) are used to prevent noise from high frequency power sources from entering sensitive of peripherals. Common mode chokes, also known as EMC (electromagnetic compatibility) filters, are passive devices used for suppressing common mode interference. They are mainly used in the telecommunications, automotive, industrial, medical, and consumer electronics markets, as well as for signals requiring high frequency synchronization. They are used to provide an anti-noise environment, isolate sensitive circuit elements, and reduce radiation emission to eliminate interference in applications where electromagnetic compatibility is critical.

DLO1-24-0007 can be classified as a common mode choke. It is a small size common mode choke with a wide frequency range, covering from 5MHz to 150MHz, and extended Impedance range from 3Ω to 60Ω. Because of its small size and wide frequency, the DLO1-24-0007 is ideal for applications requiring high interfernece suppression within limited space.

This particular CMC has the ability to both provide impedance match and reduce common mode noise, making it perfect for reliable signal transmissions that are vulnerable to noise interference. It employs a variety of technologies to achieve this, including a low impedance winding path and magnetic shielding. This winding path, which is designed to suppress the common mode interference, is produced by the use of a toroidal core.

The toroidal core of DLO1-24-0007 is composed of ferrite material, which reduces the magnetic flux leakage so that all the power is limited to the winding. Additionally, this core is encased in a metal canister that not only aids in channeling the power to the winding, but also serves as a shield to reduce the magnetic noise. Combining these two properties allows this CMC to effectively attenuate common mode noise and provide an impedance match.

Another feature of the DLO1-24-0007 is its ability to provide temperature stability. This is accomplished by using a choke core material and winding geometry that have optimized temperature properties. By utilizing a winding geometry optimized for temperature, the CMC is able to consistently achieve a balance between heat dissipation and noise suppression, even in high temperature and fluctuating power environments. This makes it perfect for applications that need to remain reliable and consistent in a wide range of temperature and power conditions.

DLO1-24-0007 common mode choke is a highly effective device that can be used in a broad range of applications. Its ability to withstand temperature fluctuations, reduce common mode interference, and provide an impedance match makes it ideally suited for digital and analog signal transmission, RF communications, aerospace applications, and other noise-sensitive applications.

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