Used SCHAFFNER NSG2025-4 #9201659 for sale

SCHAFFNER NSG2025-4 is a line filter power supply that provides a robust level of protection from transient voltage disturbances. It offers a two-stage filtering that provides maximum EMI and RFI disturbances and is designed to protect customer property in a cost-effective and scalable way. This power supply also offers excellent performance, with a wide range of environmental operations and a high degree of versatility. NSG2025-4 consists of two high-end filtration elements, that is, an inductor and capacitor with the former being responsible for reducing high-frequency harmonics and the latter being responsible for blocking low-frequency conductive emissions. Through this efficient two-stage structure, it is able to effectively filter out EMI and RFI disturbances in a comprehensive manner. Moreover, it also offers an optimal EMC Filter design, which is tailored to suppress both conducted and radiated emissions. SCHAFFNER NSG2025-4 has a wide operating temperature range of between -35°C to +85°C and can handle the effects of high electrical loads. It also has a low input inrush current, which ensures that it operates reliably across the entire power grid. Moreover, it also has integrated protection features, such as inrush current limiting and over-voltage protection, to prevent damage to the system when the input voltage is pushed above the rated specification. In terms of versatility, NSG2025-4 can be used in a wide variety of application settings, such as in medical, industrial and automotive electronics. Moreover, it is RoHS (Restriction of Hazardous Substances) compliant, and is designed to meet the IEC950 safety standards. Furthermore, it comes with UL 94V-0 approved materials, which promises a long-term, reliable use. SCHAFFNER NSG2025-4 is an ideal choice for those looking to improve the control characteristics of their power system. With its excellent filtering capability and wide range of certification and safety features, it is well-suited for a broad range of applications.