NAH-20-681-D

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Power line filter modules are an essential part of any electronic system, and the NAH-20-681-D is one such module. It is a single phase filter module designed to suppress radiated electromagnetic pulses and is used to mitigate the disruptive interference they can cause. The NAH-20-681-D is used in a variety of applications, but is primarily used in medical, industrial, and automotive equipment.

The NAH-20-681-D filter module is designed to provide users with the ability to protect their components from electromagnetic pulses by filtering out energy that can cause disruption and damage. This is achieved by creating an electrostatic shield between the area with the system components and the outside world. The filter module blocks unwanted electromagnetic energy while allowing desired signals to pass through with minimal loss.

The working principle of the NAH-20-681-D is simple. The filter module has two types of components: a piezoelectric capacitor and an on-board toroid inductor. The piezoelectric capacitor provides a single phase filter, with the capacitor absorbing any stray and undesired signal. The on-board toroid inductor then acts to redirect electromagnetic energy away from the system components, forming an effective electrostatic shield that helps minimize the effects of any unwanted electromagnetic energy.

The NAH-20-681-D filter module is best suited for applications that require maximum filtering of high frequency electromagnetic pulses. It is also useful in applications where noise must be effectively prevented from entering a system, such as in medical or automotive equipment. In addition, it can also be used in industrial equipment where added protection is needed in order to prevent disruption and loss of data.

The NAH-20-681-D filter module is able to provide effective protection against the harmful effects of high frequency electromagnetic pulses. Its simple design makes it easy to install and its low cost makes it an attractive solution for many applications. Additionally, its robust design makes it well-suited for use in harsh and hazardous environments, ensuring reliable protection in any application.

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