Allegro MicroSystems, a leader in sensing and power solutions for motion control and energy-efficient systems, will be attending Electronica 2024, to showcase its latest innovations in sensing and power. These solutions highlight Allegro’s commitment to advancing efficiency, performance, and sustainability across automotive, industrial, and consumer sectors, with a focus on the convergence of e-mobility, AI, and automation.
At booth C5.479, visitors can interact with product experts, view live demonstrations, and explore how Allegro’s technologies are enabling breakthrough applications across automotive, industrial and consumer markets.
Featured technologies include:
- 48V Motor Driver Solutions: Boosting energy efficiency in AI data centers and electric vehicles with higher throughput and reduced consumption.
- 48V Pre-Regulator: Enhancing power management for energy-efficient automotive applications.
- High-Voltage Gate Drivers and Current Sensors: Pioneering GaN and SiC technology for lighter, more efficient electric vehicles.
- XtremeSense™ TMR Technology Sensors: Offering precision motor control for advanced driver-assistance systems (ADAS) and industrial automation.
- Micropower Switch and Latch Sensors: Designed for energy efficiency in power-constrained IoT and AI devices.
- Inductive Position Sensors: Providing high-resolution, contactless sensing for automotive and industrial applications.
In addition to the product showcase, Dr. Sebastian Schäfer, Head of Allegro’s Global Applications Engineering team, will present a keynote at the Embedded Systems Forum on November 14th at 13:20, titled “Overcoming Challenges in Embedding Magnetic Sensing Solutions for Safe, Intelligent Applications from Automotive to Automation.” The session will take place at the Power Efficiency Stage, Hall A5.
Electronica 2024 takes place from November 12–15 at Messe München, Munich, Germany, and is expected to attract over 80,000 visitors and 3,000 exhibitors worldwide, providing a prime platform for innovation and industry collaboration.