5500.2050

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Power Line Filter Modules are used to protect electronic circuits from high frequency interference. The filter module consists of a ceramic dielectric and two conductive plates with a series impedance or a bypass capacitor for dampening resonances. They can be designed for either single or multiple line filtering and provide a high level of performance and reliability.

The 5550.2050 power line filter module is designed for high frequency applications that require low pass filtering or a high pass filter. This module provides a high degree of noise suppression with excellent pass-band insertion loss. The 5550.2050 is designed for single or multiple line filtering in applications with up to four power line inputs. It features an easy to install, compact aluminum housing and two shielded filter elements.

The working principle of the 5550.2050 is based on electromagnetic interference (EMI) was transmission line theory. It uses a series impedance to reduce the high frequency currents and diminish their effects on sensitive components. The series impedance is formed by two conductive plates, each with a different impedance. The higher impedance plate is connected to the filter’s input terminal, and the lower impedance plate is connected to the filter’s output terminal.

The module is designed to provide effective filtering solutions in a variety of applications. It is suitable for a wide range of frequencies, including switching power supplies, AC motor drives, power line communications, RF shielding, and automotive electronics. It can also be used to reduce harmonic distortion, reduce conducted and radiated emissions, and improve system efficiency. It is also suitable for medical, military, and aerospace applications where stringent EMC requirements must be met.

The 5550.2050 module is a reliable and efficient solution for providing EMI protection. It is designed to provide a high degree of filtering in a variety of applications, and it is highly reliable and cost-effective. The module is also easy to install and maintain, and its low profile allows it to be used in confined spaces.

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