WA-SSTIE: Spacer studs from Wurth - Steel spacer stub, int./ext. threads M2.5, 3, 4, and metric length starting at 5 mm.

WA-SNSN: Snap locks from Wurth - Plastic snap spacer, easy-release, Ø4 & 5 mm panel holes, board space starting at 3.5 mm, and PCB thickness up to 2.0 mm.

WA-SSTII: Steel spacer stud from Wurth - Steel spacer, Int./Int. threads M2.5, 3, 4, and metric length starting at 5 mm.

Wurth Electronics SMD spacers are designed for automatic assembly. The SMD spacers have constant quality during the pick and place and soldering process.

Wurth Electronics offers many different versions and mounting variations of spacers such as snap-in, self-adhesive, screw, and snap rivet mount.

Wurth Electronics offers a variety of spacer studs which feature different material, wrench sizes, lengths, and internal/external thread.

Wurth Electronics' WA-EXRV series features a screw-less connection, allowing time savings and fast mounting during mass production.

Wurth Electronics’ Trilogy of Wireless Power Transfer is the sixth addition to their family of Design Guides.

Wurth Electronics pan head plastic screw and the distance cap spacer are both intermediate in size and used for thermal and electrical insulation.

Wurth's WE-LT series are high quality conductive shielding gaskets used in applications such as shielding metal housings and switching cabinets.

Wurth's wireless power receiver coils feature an adhesive foil on the backside of the coil which allows for easier mounting.

Wurth and TI bring designers a plug and play solution with the benefits of a wireless power transfer but can also be used as a development platform.

Wurth's WE-FSFS series of eiSos flexible sintered ferrite sheets which are made of three layers and designed for high performance magnetic flux redirection.

Wurth Electronics' WE-SECF series is made of copper-beryllium, in contrast to competitor products, which are gold-plated. The copper-beryllium material prevents the parts from corroding and pr

The WE-CF is Wurth Electronics' classic copper or aluminum tape for a multitude of applications, such as shielding broadband noise, building prototype board traces or improving return (good) p

Wurth Electronics' nylon-based, nickel-copper textiles are an excellent choice for shielding or grounding where it is necessary to have some flexibility to avoid tears or cracks.

Wurth Electronics' WE-ST conductive nylon weaves are used for optimal EMI protection for wires, cables, cabletrees and lines. The WE-ST products are made out of a copper wire with nickel-plati

Wurth's Gleanergy demo kit demonstrates the ability to utilize one, or multiple, ambient energy sources to power a wireless sensor node.

Wurth Electronics' WE-LS conductive foam can be stamped or cut to very precise tolerances to fit custom enclosures, seams, or surfaces.

Wurth Electronics’ WE-FAS TC series thermal conductive and EMI absorber sheets are 1 mm thick, have a high surface resistance, and are extremely flexible.