FN351H-50-33

Power Line Filter Modules are widely used for common mode interference suppression, also known as Common Mode Choke. In most applications, it can be used in conjunction with high-speed switching power supplies that have a pulsed, high-current transients. The high frequency noise from the power supplies can create electrical interference with communication, audio or video equipment. The FN351H-50-33 Common Mode Choke Module is specifically designed to reduce electrical interference on power lines.

The FN351H-50-33 is a two-hole, open style, common mode choke module that can be used for applications with currents up to 50A and at frequencies from 200KHz to 1MHz. It is constructed with advanced materials and manufacturing processes, offering superior performance. The filter-module is constructed with a power distribution network that is built with a combination of high-grade ceramic or metal materials. All components are sealed with a high temperature shrink wrap to ensure optimum stability and protection against mechanical shock and vibration.

The core of the FN351H-50-33 is a special material which is engineered to have high impedance at even the highest frequencies. This helps to reduce noise from DC to high-frequency noise such as that generated by switching power supplies. Additionally, the module is designed to minimize crosstalk effects. The component’s electrical properties are governed by the inductance, which is measured in μH (micro-henries). The higher the inductance, the better the performance of the filter-module.

The filter-module is designed to provide a low common-mode impedance to power line-borne noise and reduce the amount of induced current that is able to flow in the DC power line. The FN351H-50-33 provides the most effective filtering performance at a frequency range of between 200KHz to 1MHz. Additionally, the filtering capabilities of the module can also reduce the amount of RF emissions generated by the power supplies.

The FN351H-50-33 is suitable for a wide variety of applications in the fields of broadcast and broadcast media, telecommunications, cable television and satellite communication systems, industrial power distribution, medical imaging equipment, and industrial automation. It is designed to reduce electrical interference and provide optimal protection from high frequency noise such as that generated by switching power supplies. The module’s high performance and superior efficiency make it an ideal choice for these applications.