FN3270H-200-99

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FN3270H-200-99 is a power line filter module which provides EMC protection to electronic equipment. It is designed to reduce conducted EMI (electromagnetic interference) on AC power lines, while maintaining their long-term reliability. It is important to note that the filter is not intended to provide complete EMI immunity, but only to reduce elevated emissions to acceptable levels.

The FN3270H-200-99 power line filter module is primarily used to reduce the conducted EMI affecting switching power supplies, solid state lighting, LED lighting and other similar electronic devices and systems. It has the ability to filter common mode and differential mode disturbances, and to reduce line-to-ground noise. It has been designed for use in both single phase and three phase power lines, and has an excellent disturbance handling performance.

The FN3270H-200-99 power line filter module is relatively small, measuring in at 3.915" x 2.3" x 1.52". It has an IEC-320-C14 inlet connector, and is capable of handling up to 2KW (kilowatt) per phase for single phase applications, and 6KW for three phase applications. It has a maximum working voltage of 277VAC, and a maximum leakage current of 0.35mA.

In terms of operation, the FN3270H-200-99 power line filter module works by allowing the harmful EMI to pass through its three-stage filter, where it is filtered and then attenuated. The filter consists of two EMI line filters, which are connected in series. The filter is able to provide high attenuation for both differential and common mode disturbances, and has a peak power rating of 20/40µV. The module comes with a standard input/output cord set, which must be properly connected to the input and output terminals of the device.

Overall, the FN3270H-200-99 power line filter module is an ideal solution to reduce conducted EMI, while maintaining long-term reliability. It is capable of providing high attenuation for both differential and common mode disturbances, has a compact design, and a maximum power rating of 6 kw. Additionally, it is designed for use in both single phase and three phase power lines, and has a maximum leakage current of 0.35 mA.

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