Lecture
2.5 Digitizing Power and Sensing with the Industry’s Most Advanced Analog and Mixed-Signal Platform
- at -
- Future Control Stage (C5.259)Next Mobility
- Language: English
- Type: Lecture
Further lectures
- -2.1 AI-Based Aging-Aware Control of All-Wheel Drive Motors in Electric Vehicles
- Embedded systems
- Semiconductors
- -2.2 Leveraging Data Flow Architecture (DFA) for Enhanced Performance in Automotive MCU
- Embedded systems
- Semiconductors
- -2.3 ADAS and Autonomous Driving: Comparative Analysis of Super Exposure and Split Pixel Automotive 8 MP HDR LFM Image Sensors for Object Detection
- Embedded systems
- Semiconductors
- -2.4 The use of secure GNSS in UAV/Robotic applications
- Embedded systems
- Semiconductors
- -2.5 Digitizing Power and Sensing with the Industry’s Most Advanced Analog and Mixed-Signal Platform
- Embedded systems
- Semiconductors
- -2.6 Simplifying the EV Electron Journey: Power Lines and Chargers and Battery Packs
- Embedded systems
- Semiconductors
- -2.7 How to build your own high-performance EV charger with EVerest
- Embedded systems
- Semiconductors
- -2.8 AC Filter Calculation, Simulate and Design
- Embedded systems
- Semiconductors
- -2.9 Leveraging Multiphysics with AI/ML for Power Converter Thermal Design and Reliability
- Embedded systems
- Semiconductors
- -2.10 Wireless battery management system solution based on Ultra-wideband connectivity
- Embedded systems
- Semiconductors