Dual-wire ICLEDs offer pixel-level RGB control, 13x faster data transmission, simplified wiring, energy-efficient sleep mode, and precise brightness and color management.

Würth Elektronik presents a small, cost-optimized radio module for transmitting meter readings in accordance with the wireless M-Bus standard EN 13757-4.

The Daphnis-I module supports long-range communication, ideal for IoT solutions in smart cities, agriculture, logistics, and Industry 4.0, with ultra-low power consumption and flexible integration options.

There’s a new generation of MagI³C-VDMM power modules from Würth Elektronik: The ultra-wide input voltage range gives the new MicroModule a robust resistance to voltage transients on the 48 V bus.

EMI Suppression in the Low-Frequency Range Directly on the Busbar.

Used exclusively for power transmission, it supports the USB Power Delivery (USB-PD) communication protocol for adaptive charging up to 240 W.

The Würth Elektronik sensors filter out visible light up to 800 nm, rather than just up to 700 nm as is the case for many other sensors of this type available on the market.

The compact Ophelia-III radio module is offered as part of Würth Elektronik’s “Build Your Own Firmware” concept.

Communication between charging stations and electric vehicles via an interface compliant with EN ISO 15118 is a fundamental requirement for the public charging infrastructure.

As wire-wound ferrites, the WE-RFI inductors attain higher impedances than normal ferrites, even at high frequencies, and over a wider bandwidth.