Power Inductors
Find your ideal power inductor from Würth Elektronik´s vast range and level up your application with high efficiency fitting your requirements.
Würth Elektronik eiSos GmbH & Co. KG is a manufacturer of electronic and electromechanical components for the electronics industry. Würth Elektronik is part of the Würth Group, the global market leader for fastener technology. The company employs currently 7,300 people and generated sales of 822 million Euro in 2019. The product range includes EMC components, inductors, transformers, RF components, varistors, capacitors, resistors, quartz crystals, oscillators, power modules, Wireless Power Transfer, LEDs, sensors, connectors, power supply elements, switches, push-buttons, connection technology, fuse holders and solutions for wireless data transmission.As one of Europe's largest manufacturer of passive components, Würth Elektronik eiSos ensures high availability on all markets.16 manufacturing facilities located in all important markets worldwide guarantee the rapid delivery of components.
Its innovative coil winding technique reduces the electrical variation and increases their reliability, while improving performance over a wide frequency range. LAN transformers and RJ45 connectors suitable for different speeds and PoE current ratings can also be found
Find your ideal power inductor from Würth Elektronik´s vast range and level up your application with high efficiency fitting your requirements.
The terminal block portfolio from Würth Elektronik is available in various connection types and offers large and modular terminal block possibilities.
SMT Spacers from Würth Elektronik significantly optimise the assembly process of electromechanical units and are a tailor-made solution for full automatio
Reduce your EMI interference by using Würth Elektronik´s large EMC product range from cable ferrites to shielding material as well as ESD and surge prote
It's an online platform which allows passionate engineers to share ideas and find resources or tools to help with their projects.
Power supply circuitry is always limited by cost, PCB area, height and by the desire to reduce complexity. The majority of systems today are mixed-signal and usually need several different supply voltages to operate.
The tips contained in this design guide include a range of considerations critical to the selection of inductors, from the right core material for your frequency to the comparison of inductance with ripple current.
The principles of transmitting electrical power without a physical connection are not new. In the 1890s, Nikola Tesla was demonstrating inductor coils that would be familiar to electronic designers today.
Now more than ever, engineers need to connect high power directly onto the PCB. High current connectors have been with us for many years, of course, but when it comes to the PCB, they bring a particular set of problems.