NAH-06-471-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:	6A
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, or PLFMs, are used to reduce the level of electromagnetic interference present in high-power electronic systems. The ’NAH-06-471-D’ is a specific type of PLFM designed by SEMIX. This application field and working principle has a rather specific use and configuration which allows it to work in both single-phase and three-phase systems.The ’NAH-06-471-D’ offers a medium frequency filtering range of up to 500 kHz. This is achieved through the use of an inductance that allows the EMF levels to be reduced. The primary ability of the module is to keep incoming harmonics away from the system, specifically mitigated through the use of a high-frequency filter that limits the current range according to the system’s frequency. In addition to this, the device also works to reduce the EMI levels by providing inductor coils that are engineered to help trap the electromagnetic interference. Finally, the modules are also equipped with a thermally compatible heat-sink to help to disperse the heat generated due to the high-frequency current.The ‘NAH-06-471-D’ power line filter module is designed to have two working levels – the input and output. The input levels are where the EMF signal is received and then filtered through the inductors. This defines the input levels and reduces the signals aberrations, in that, any unwanted spikes in frequency are smoothed out. The output level is where the filtered signal is sent, making sure that no unwanted frequencies are present in the signal.The ’NAH-06-471-D’ design also incorporates the use of an isolation transformer which is used to provide an electrical connection between the input and output levels without physical contact. This helps to deliver the filtered EMF signals to its intended destination without incurring any interference from the environment. This transformer also provides a better power distribution which increases the efficiency of the filtering process.A big advantage of the ’NAH-06-471-D’ power line filter module is that it is designed to fit onto a wide variety of power cables or systems. This allows for a more efficient and more cost-effective installation when compared to other solutions. In addition to this, the module is available in a range of sizes which allows for easier installation and handling.The ’NAH-06-471-D’ is ideal for applications such as industrial machines, electric motors, heating systems and semiconductor equipment. Therefore, this power line filter module has become very popular because of its high-performance and support for a wide range of power cables and systems. Furthermore, it also features a robust construction which helps to ensure the device’s long-term performance.Overall, the ’NAH-06-471-D’ power line filter module is designed to reduce the level of electromagnetic interference present in high-power electronic systems. This is achieved through the use of an inductance to reduce the EMF levels, while also incorporating isolation transformers to create an electrical connection between the input and output levels. Furthermore, the module features a robust construction and is designed to fit onto a wide range of power cables or systems, making it a highly efficient and cost-effective solution for any number of applications.

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