NBM-06-221

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Power Line Filter Modules serve the purpose of suppressing noise generated by electronic equipment and thus limit the possibility of disturbances in other electronic or electrical equipment. The NBM-06-221 is a power line filter module that intermittently captures and filters out both common mode and differential mode noise disturbances. It does this with the help of a low pass filter, which allows the current at the entry point of the module to pass, but restricts the high frequency Hertz noise generated by the equipment. In addition, the NBM-06-221 also prevents overvoltage and can be used as a form of protection.

The NBM-06-221 also has a temperature range that allows it to operate in temperatures as low as -40℃ and as high as 105℃. It also has a wide operating range with a maximum voltage of 300V, allowing it to be used in diverse industrial environments. The module is also CE compliant and has a noise attenuation range of up to -45dB, proving its superior filtering capabilities. It also has a low spatial frequency, making it an ideal choice for applications with extreme EMI standards.

The NBM-06-221 works by filtering out differential mode and common mode electronic disturbances. This is achieved by the low pass filter which captures all of the Hertz noise generated by the electronic equipment, while allowing the current to pass through. This low pass filter is also effective at preventing overvoltage, thus providing both noise attenuation and protection. Its small size and wide operating temperature range also make this module a very attractive option for many electronic applications.

The NBM-06-221 is a power line filter module designed for use in diverse industrial and domestic environments. It has a wide operating range and temperature range, making it suitable for a variety of applications. Its low pass filter helps to filter out spatial and Hertz noise, while also preventing overvoltage. This makes it an ideal choice for applications with very strict EMI standards and also for protection against overvoltage.

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