Würth Elektronik expands its cable interference suppression program. Conventional manganese zinc (MnZn) and nickel zinc (NiZn) ferrite cores for cable assembly are now complemented by nanocrystalline cable cores. The WE-NCC series provides broadband suppression of conducted electromagnetic interference. It features a compact design, high temperature stability and exceptionally high permeability. 
Source: Würth Elektronik
Compared with conventional MnZn and NiZn ferrite cores, the nanocrystalline cores have significantly higher low-frequency impedance and broadband impedance behavior. WE-NCC is available for cable diameters from 3.7 mm to 21.1 mm. The initial permeability ranges from 30,000 to 90,000. Magnetic flux density reaches up to 1.2 T, while the Curie temperature is above 540° C. These properties ensure stable magnetic behavior across a wide temperature range and effective filtering over a broad frequency spectrum. The cable cores are suitable for interference suppression in cables used in industrial electronics, inverter technology, wind turbines, frequency converters, motor drive systems, among other applications. The nanocrystalline material enables smaller core dimensions with the same or better insertion loss than conventional cores. It also offers a significant weight advantage over MnZn cores.
Wide selection of electromagnetic compatibility (EMC) products
EMC has been a key focus for Würth Elektronik from the very beginning. Würth Elektronik’s broad portfolio of interference suppression components includes ferrites for cable assembly, which are now being expanded to include nanocrystalline WE-NCC. It also offers literature, webinars, individual consultation and practical design-in support for EMC challenges. The REDEXPERT online tool helps users select suitable ferrites based on parameters such as the required impedance. All interference suppression solutions are available from stock without a minimum order quantity, and free samples are provided on request.
