NAH-10-222-D

Series:	NAH
Part Status:	Active
Filter Type:	Single Phase
Configuration:	Single Stage
Voltage - Rated DC:	250V
Voltage - Rated AC:	250V
Voltage - Rated AC (Phase to Ground/Neutral):	250V
Current:	10A
Frequency - Operating:	--
Applications:	General Purpose
Approvals:	cURus, VDE
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	DIN Rail
Termination Style:	Terminal Block
Inductance:	--

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Power Line Filter Modules
Power line filter modules are important devices in our daily life that help protect our electrical and electronics systems. The NAH-10-222-D is one of the most popular power line filter modules on the market today. This module is used in many applications such as power amplifiers, industrial control systems, medical electronics, telecommunications, and many more.The NAH-10-222-D filter module is designed to reduce Electro-Magnetic Interference (EMI) and Electromotive Force (EMF). This filter module features a low-impedance input circuit and faraday shield to reduce EMI. It also contains a high-voltage capacitor and a inductor to reduce EMF. The module is built with a robust construction which allows for a high-voltage and high-current operation, while maintaining an industry-standard environmental rating.The NAH-10-222-D module provides a wide range of use cases. In power amplifiers, it can improve the quality of sound by blocking EMI noise from outside sources, such as other electronics and cell phone towers. In industrial control systems, it can provide protection against overvoltage or short-circuit events. In medical electronics, the module can help protect sensitive medical equipment from EMI generated by other electronic devices. In telecommunications, it can reduce EMI from cell phone towers and other communications equipment.The NAH-10-222-D filter module works by utilizing two distinct methods: inductive differentiation and capacitive compensation. Inductive differentiation works by using an inductor to create an impedance between the input circuit and the filter circuit. By doing this, most of the noise is blocked while allowing an acceptable level of signal to pass through. Capacitive compensation works by using a capacitor to buffer the noise and allow an acceptable level of signal to pass. The capacitor helps to minimize excessive EMI by absorbing the excess energy from the signal and compensating by adding energy to the signal at the same time.The NAH-10-222-D filter module is an excellent device for reducing EMI and EMF. It is a cost-effective solution for applications requiring power line filtering. It provides a high-voltage and high-current operation, while maintaining a low-impedance and faraday shield to protect against EMI. Additionally, the inductive differentiation and capacitive compensation methods used in the module provide excellent levels of protection against overvoltage, short-circuit events, and other sources of EMI.

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