New Industry Products

Würth Elektronik Introduces New WE-HCF-2010 High-current Inductor

April 22, 2021 by Hailey Stewart

Würth Elektronik presents innovative WE-HCF-2010 high-current inductor

With innovative improvements in its internal design, the latest model of WE-HCF-SMT high-current inductors from Würth Elektronik sets new standards in its class. WE-HCF in the 2010 design offers significantly better characteristics than previously available inductors in this size: inductance values up to 2 μH and saturation currents up to 25% higher than comparable products in the market.

 

Image courtesy of Wurth Elektronik
Image courtesy of Wurth Elektronik

 

The magnetically shielded flat wire coil with MnZn core impresses with a low resistance of 0.84 mΩ and low core losses. The recommended 3-pin contacting ensures mechanical stability of the WE-HCF, which is designed for an operating temperature of -40 to +125 °C. Potential applications include POL regulators for FPGA, ASIC and GPU, high-efficiency DC/DC converters, high-current switching power supplies, forward converters, half-bridge and full-bridge converters, as well as battery chargers and solar inverters.

WE-HCF 2010 is available immediately from stock with no minimum order quantity. Würth Elektronik will provide free samples to developers upon request.

 

About Wurth Elektronik

Würth Elektronik eiSos is one of the leading manufacturers of electronic and electromechanical components in Europe. The product portfolio includes EMC Components, EMC Filters, Capacitors, Inductors, RF Inductors, and LTCC Components, Resistors, Quartz, Oscillators, Transformers, Components for Circuit Protection, Power Modules, LEDs, Connectors, Switches, High-Power Contacts, Assembly Technique, Wireless Connectivity, and Sensors. Our direct sales organization is active in 43 countries throughout the world. With 16 production facilities spread all over the globe, we guarantee complete design-in support, samples free of charge and the delivery of our components anywhere in the world.