NAC-04-472

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NAC-04-472 is a power line filter module which can be used to filter out high frequency EMI (electromagnetic interference) from the power supply line. This type of filter module can handle a wide range of frequencies from 1kHz to 10MHz.

The NAC-04-472 power line filter module works by passing the power supply line through a series of capacitors and inductors in order to reduce EMI. The capacitors and inductors work together to provide a low-pass filter effect, which can effectively suppress EMI signals that are within a certain frequency range.

The application field for NAC-04-472 modules is quite extensive as it can be used in all types of electronic equipment including computers, consumer electronics, industrial machinery, and test equipment. Furthermore, the module can also be used in medical equipment, military communication systems and aerospace systems. The module has a wide temperature range and can also operate at very high frequencies.

The NAC-04-472 module has a voltage rating of up to 220VDC and a current rating of up to 20A. It can also be used to eliminatge leakage currents, and is suitable for use in all types of environments. Furthermore, the module can also be used in both solo and multi-phase applications.

The working principle of the NAC-04-472 power line filter module is fairly simple. First, the power supply line is passed through the filter module so that the high frequency EMI signals can be reduced. Then, the capacitors and inductors in the module create a low-pass filter that allows only the desired frequencies to pass through, while blocking out any unwanted frequencies. Finally, the filtered power is then passed through to the equipment, ensuring that it receives clean power.

Overall, the NAC-04-472 power line filter module is a highly effective way of filtering out high frequency EMI signals from the power supply line. The module can be used in a variety of applications, and its wide temperature range makes it suitable for use in all types of environments. Furthermore, the module has a current rating of up to 20A, and its working principle is fairly straightforward, making it a cost-effective solution for EMI reduction.

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