WCAP-FTY2 film capacitors from Würth Elektronik extend the mains-entry portfolio with certified X1 and Y2 components compliant with IEC 60384-14. Metallized film offers self-healing ability and superior impulse voltage endurance compared to X2 types. The VDEs ENEC10 certification validates performance and safety in consumer appliances and industrial systems. Free samples are available alongside measured impedance data on REDEXPERT. A dedicated design kit provides circuit templates and layout guidelines for development.
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Würth Elektronik unveils new WCAP-FTY2 mains input capacitor series
With the introduction of the WCAP-FTY2 series, Würth Elektronik enhances range of mains input components by integrating metallized film capacitors meeting IEC 60384-14 X1 and Y2 safety requirements. Boasting self-healing properties and superior impulse voltage endurance compared to X2 designs, these capacitors excel at suppressing disturbances and ensuring service lifetimes. The VDE-issued ENEC10 certification validates key electrical characteristics and confirms compliance, reinforcing reliability and safety in industrial and household environments.
Flexible X1, Y2 Capacitors Suppress EMI in Power Circuits
Under X1 application, WCAP-FTY2 capacitors are positioned between line (L) and neutral (N) to attenuate conducted interference. In the Y2 configuration, the element bridges line (L) to protective earth (PE) or neutral (N) to PE. This adaptable arrangement grants engineers the flexibility to match various circuit topologies, ensuring efficient suppression of electromagnetic disturbances, enhanced immunity to voltage spikes, and optimized overall EMI mitigation across a range of power supply designs.
Metallized film capacitors self-heal breakdowns, boosting lifespan and reliability
The metallized film architecture incorporates a conductive coating that enables self-repair when dielectric breakdown occurs. Upon localized failure, the metallization evaporates around the microfault, isolating damage and restoring insulation integrity without external intervention. This process preserves capacitance values and maintains performance over thousands of transient overvoltage events. By preventing permanent short circuits, it enhances device longevity, reliability, and safety in demanding environments such as industrial power supplies and medical equipment.
WCAP-FTY2 capacitors excel in household appliance network filter applications
WCAP-FTY2 capacitors are optimized for integration into electromagnetic interference filters within household equipment, including washing machines and HVAC units. Their high impulse voltage endurance and dielectric properties ensure stable suppression of noise and transients. In industrial settings, these components play an essential role in mitigating conducted disturbances in frequency converters, motor drives, and power inverters. Engineers benefit from consistent filter performance under voltage stress, leading to improved system reliability, longevity.
Get free WCAP-FTY2 samples plus REDEXPERT impedance curves now
On request, engineers can obtain complimentary WCAP-FTY2 series samples to evaluate performance in applications. Through the REDEXPERT online platform, measured impedance curves are accessible, enabling precise component selection and filter design accuracy. This package is enhanced by a design kit that includes reference circuit schematics and recommended PCB layouts. This resource accelerates development cycles, simplifies prototyping efforts, and ensures optimal integration of the WCAP-FTY2 capacitors in diverse power filtering solutions.
Würth Elektronik WCAP-FTY2 capacitors deliver self-healing reliability, certified safety
The WCAP-FTY2 film capacitors from Würth Elektronik feature exceptional impulse voltage resistance and a self-healing metallization structure, ensuring reliability under stress. Fully tested and compliant with IEC 60384-14 requirements, they carry ENEC10 certification awarded by VDE. Designed for both household appliances and demanding industrial environments, they strengthen network input portfolios. Engineers benefit from free samples, detailed REDEXPERT impedance data and a comprehensive design kit, accelerating development and optimizing circuit performance.
