Würth Elektronik, manufacturer of electronic and electromechanical components, will be presenting its portfolio and related services to developers at the embedded world Exhibition & Conference from June 21 to 23 at booth 110 in hall 2.
Würth Elektronik, known for delivering from stock without minimum order quantities and providing free samples of its components. Offers developers support in selecting suitable solutions, advice on EMC issues, and even design-in support if required. The ‘Wireless Connectivity and Sensors’ division is expecting great interest from trade show visitors, as its products are particularly suitable for IoT applications.
Smart building sector
Würth Elektronik’s MEMS-based sensors for temperature, humidity, pressure and acceleration feature intelligent on-chip interrupt functions, compact designs, and optimized power consumption in various modes. Combined with the manufacturer's wireless modules, sensor networks can be implemented in the smart factory or smart building sector.
Würth Elektronik specializes in plant cultivation applications with LEDs of special light wavelengths
A topic from the optoelectronics field will be demonstrated with the ‘HortiRack,’ a small vertical farming ecosystem. Würth Elektronik specializes in plant cultivation applications with LEDs of special light wavelengths and is conducting its own research on controlling plant growth through ‘light recipes’ to promote this technology.
Optimized power consumption
Each day, Würth Elektronik will feature a different semiconductor manufacturer as a guest at its booth, including STMicroelectronics on June 21, onsemi on June 22, and on June 23, ROHM Semiconductor.
Electromagnetic compatibility, the topic that made Würth Elektronik popular, is also a subject at embedded world. Dr. Heinz Zenkner, Application Engineer with Würth Elektronik as well as a publicly appointed and certified expert for EMC, will be offering a workshop on ‘Industrial Interfaces under EMC Aspects’ on June 21, 2022, from 10 a.m. to 1 p.m. (Hall 6, Workshop 2).
