NAH-16-472-D

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Power Line Filter Modules are a commonly used device in industrial manufacturing, and NAH-16-472-D is one of the most popular model available. This article will explore the application field and working principle of this power line filter module.

To start, the NAH-16-472-D power line filter module\'s main purpose is to protect sensitive electrical equipment from the interference caused by electromagnetic noise generated by power lines and other sources of interference. The power line filter module is used to filter out unwanted electromagnetic noise from entering the sensitive equipment, ensuring uninterrupted operation. This module is often used in industrial environments where high levels of electrical noise is present, such as in factories and manufacturing processes. It is also used in medical and laboratory applications where precise measurements are needed or heavy-duty electronic equipment must be kept free from interference.

The NAH-16-472-D power line filter module consists of a three-stage filter. The first stage inhibits high frequency energy produced by switching circuits, harmonic generators, and AC frequency impulses. The second stage inhibits frequencies that can interfere with communication lines, such as the 1 K Hz audio frequencies used in telephone systems. Finally, the third stage blocks the high-frequency noise that is generated by transmitters and wireless devices, such as cellular phones.

The power line filter module effectively reduces the common-mode and differential-mode noise that can cause disruption in output signals, providing improved signal integrity. It also supports the transfer of power without hindering the voltage and current signals. This module is also designed to reduce power line noise that can damage sensitive circuits such as integrated circuits, relays, motors, and solenoids.

The NAH-16-472-D power line filter module is designed to protect very sensitive functional circuits from any disruption or voltage spikes. Its construction includes a variety of filtering elements, including an RF filter, a directional high-frequency RF filter, a noise cancellation circuit, and a total harmonic distortion filter. It also includes a power line protection circuit that is designed to protect against power line harmonic distortion.

The NAH-16-472-D power line filter module has a flat frequency response from 10 kHz to 30 MHz. This allows for effective suppression of all noise that falls within this range. It also has very wide power line noise rejection at the frequencies of 50 Hz and 90 Hz. This high level of performance makes it ideal for environments where power line noise is a problem.

The NAH-16-472-D power line filter module provides effective power line noise protection for a wide range of equipment. It is designed to fit within a standard DIN rail space and can be quickly installed by using the connection ports. This module is suitable for use in environments where up to 16 power supplies need to be monitored and/or filtered.

In conclusion, the NAH-16-472-D is an effective power line filter module for industrial environments. It is capable of filtering out unwanted electromagnetic noise, providing improved signal integrity, while also protecting any sensitive control circuits from disruption or voltage spikes. It is highly effective at reducing power line noise, and can be quickly and easily installed into a standard DIN rail space.

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