NAM-30-101-D

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Power Line Filter Modules are used in many applications to reduce electromagnetic interference and prevent disturbances from entering and leaving sensitive equipment. In particular, NAM-30-101-D is a kind of power line filter module which is widely used due to its high performance. This article will discuss the application field and working principle of the NAM-30-101-D power line filter module.

The NAM-30-101-D provides excellent suppression of high frequency noise on power lines. It is ideal for noise suppression in various circuits, such as computer power supplies, DC/DC converters, touch screens, semiconductor equipment, and many others. It also has good characteristics, such as wide frequency band, low insertion loss, high current, and high voltage. In addition, it also provides EMI shielding and can effectively reduce electromagnetic interference from outside sources.

The working principle of the NAM-30-101-D power line filter module is as follows. It consists of two capacitors and an inductor connected in series. The capacitors store energy from the power supply in the form of electrical charge. This electrical charge is then passed through the inductor, an electromagnetic component that is able to store and release energy in the form of an electrical current. The frequency of the current is then tuned using the capacitors so that the power line can be filtered at the desired frequency. This process eliminates the high frequency noise on the power supply and allows the sensitive equipment to operate without interference.

In conclusion, the NAM-30-101-D power line filter module provides effective noise filtering, EMI shielding, and other advantages in various applications. It is ideal for computer power supplies, DC/DC converters, touch screens, semiconductor equipment, and many others. It consists of two capacitors and an inductor connected in series, and its frequency can be tuned using these components. By using this module, high frequency noise on power lines can be eliminated effectively, allowing sensitive equipment to operate without any interference.

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