BX8333NL

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Common Mode Chokes

Common Mode Chokes (CMCs) are a type of electromagnetic device used to reduce or suppress common-mode currents in electrical circuits. CMCs reduce noise and interference, while allowing signals to pass through the coaxial cables. They are used in a variety of applications, such as industrial process control, medical electronics, and consumer electronics. The BX8333NL application field and working principle is a common type of CMC.

The BX8333NL CMC is a low-cost, flexible module designed for applications up to 500 MHz. It is designed to provide reliable circuit performance in environments with extreme electrical interference. The module is constructed of a high-quality dielectric material and features a magnetic core structure to reduce common-mode currents by more than 40 dB at 500 MHz. The module is also designed with an embedded heat sink, which helps to increase the efficiency of the CMC at higher frequencies.

The BX8333NL CMC is designed to reduce common-mode currents in signals over a wide frequency range, from DC to 500 MHz. It is capable of providing up to 40 dB of common-mode current suppression, even in environmentally extreme electrical conditions. This helps to reduce or eliminate interference which can negatively impact system performance. Additionally, the embedded heat sink helps to reduce the power demands of the CMC, which can be important in limited-energy applications such as battery-powered systems or other mobile devices.

The BX8333NL has a simple working principle. When a signal is applied to the CMC, the high-frequency current in the center conductor will be induced in the magnetic core and will flow in a loop, creating a Lorentz force that opposes the motion of the current. This force causes a voltage drop across the magnetic core, which attenuates the current in the center conductor. This reduces common-mode current and interference, while allowing the desired signal to pass through unaffected.

The BX8333NL is a reliable and low-cost CMC, designed for applications up to 500 MHz. It is designed to provide reliable circuit performance in environments with extreme electrical interference, thanks to its robust construction and embedded heat sink design. The magnetic core design helps to reduce common-mode currents by more than 40 dB at 500 MHz and the simple working principle ensures consistent circuit performance for a variety of applications.

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