FN2080-6-07

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Power Line Filter Modules are specially designed to minimize noise present in all types of power supply networks. The FN2080-6-07 is one such filter module designed for DC-DC converters and AC-DC applications. It utilizes a 5-section pi filter topology, inductor and capacitor strings, to successfully attenuate electromagnetic interference (EMI) from external sources.The FN2080-6-07 can attenuate different frequencies—from 10 kHz to 250 MHz. With its strong anti-interference capabilities and wide frequency range, the module has a proven record of eliminating EMI from systems and avoiding interference with other equipment.In addition, the FN2080-6-07 also offers high impedance and quality factor for circuit pass components. This ensures low power-supply leakage and attenuates EMI levels due to its high parallel resonance frequency and attenuation depth in a single layer.The FN2080-6-07 is ideal for applications that require high reliability due to its low insertion loss, low leakage current, and high stand-off voltage capabilities. It can be used in different processes, such as general-purpose buildings, automotive, railway, and aerospace applications.Moreover, the FN2080-6-07 has an operating temperature range of -40°C to +100°C and it is UL94V-0 rated for flammability. This makes it perfect for harsh environments as it can withstand vibration, humidity, and high temperatures.The working principle of the FN2080-6-07 is quite simple. It uses two inductors in series to attenuate signals in the voltage and current directions. These inductors are in series with three sections of capacitors which connect in parallel with the DC input. Together, these sections form either a ‘T’ or ‘pi’ type filter to block out EMI signals.The FN2080-6-07 is a reliable and high-performance power line filter module designed to protect the quality of electronic circuit signals and provide electrical performance by reducing electromagnetic interference (EMI) from external sources. It is ideal for automotive, railway, general-purpose buildings, and aerospace applications due to its high impedance, parallel resonance frequency, and attenuation depth in a single layer.

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