Wurth Elektronik Releases Two THT-mountable WE-FCLP Common Mode Choke Models
This article highlights Würth Elektronik THT-mountable WE-FCLP for common-mode and differential-mode suppression, and the SMT data line and low-voltage common mode choke WE-CMDC.
Würth Elektronik is expanding its portfolio of common-mode chokes with two new models. The THT-mountable WE-FCLP for common-mode and differential-mode suppression, and the SMT data line and low-voltage common mode choke WE-CMDC. Both are available from stock without a minimum order quantity.
The WE-FCLP has a compact design with a maximum height of 14.5 mm, yet achieves an inductance up to 100 mH. It can suppress common-mode interference up to 85 dB and, thanks to its high leakage inductance, it can be used not only for common-mode suppression but also for differential-mode suppression. WE-FCLP is suitable for applications like mains-powered LED drivers, electronic ballasts, switch mode power supplies and mains filters.
Image courtesy of Würth Elektronik
WE-CMDC is an AEC-Q200 Grade 1 qualified data line common mode choke. Measuring 11 × 12 × 6 mm, it is also very compact. The choke has a current-carrying capacity up to 8 A and is available with high impedances of 700, 1000 and 1500 ohms. In addition to data and signal lines, applications include low-voltage DC power supplies and DC/DC converters.
About Würth 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.