NAP-20-222-DXE

Power Line Filter Modules

NAP-20-222-DXE is a power line filter module used for a wide range of applications. It is simple and efficient in design, providing reliable overvoltage protection. The NAP-20-222-DXE is a two-channel device, consisting of an input line filter and an output voltage rectifier. The module also offers a built-in grounding option for increased safety.

The NAP-20-222-DXE is designed for low- and medium-voltage AC applications and provides overvoltage protection up to 600 volts. It is fully compatible with the IEC standard and supports a wide range of frequencies, from 45 to 65 Hz. The module can operate at temperatures of up to 50°C, making it suited for industrial and residential applications.

The NAP-20-222-DXE has a two-phase input line filter, consisting of four capacitors and one inductor. These components form a resonance network which helps to reduce noise interference. The filter is designed to reject high-frequency noise and harmonics from the input signal, allowing only the desired low frequency signal to pass. This ensures the quality of the input signal.

The NAP-20-222-DXE also has an output voltage rectifier for the filtered signal. The rectifier is designed to efficiently convert the input voltage to a higher, more stable DC voltage which can be used to power sensitive equipment. The output voltage is adjustable, allowing you to set it to the optimum level to match the requirements of the equipment being powered.

The NAP-20-222-DXE can be used in a variety of applications, including medical equipment, power supplies, lighting systems, and automotive sensors. It provides reliable EMC performance and is suitable for use in residential as well as industrial areas. In particular, it is suitable for use in challenging environments where voltage changes and fluctuations can occur.

In conclusion, the NAP-20-222-DXE power line filter module is a reliable and efficient solution for a wide range of AC applications. It is designed to reduce noise interference and efficiently convert input voltage to a more stable DC voltage. In addition, its adjustable output voltage makes it suitable for a variety of applications, making it an ideal choice for protecting sensitive electronics.