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Tesla Adopts 48V Architecture for Vehicle Power
Tesla's Cybertruck will replace 12V systems with a 48V architecture, reducing wiring current and harness weight and using DC-DC power converters for EV electronics.
EV Charging System Components and Principles
Technical overview of EV charging system functions, components and operating principles for AC and DC charging, including safety, monitoring, and station management.
What Is an ECU and How It Works
Technical overview of Engine Control Unit (ECU) functions, sensors, fuel injection control, injector pulse width, diagnostics, adaptive learning and vehicle network (CAN)
Automotive Chassis Control Technologies
Review of chassis control technologies: concepts, suspension, braking, steering and stability systems, development trends in electrification, intelligence and lightweighting.
Automotive Ethernet: Tech Evolution & Testing
Explore the evolution of Automotive Ethernet and its testing for autonomous driving and vehicle networking.
Automotive High-Speed Audio and Video Transmission: In-Vehicle Ethernet Solutions
Explore in-vehicle Ethernet solutions for high-speed audio and video transmission, including FPD-Link and streaming media in modern cars.
Electronic Fuses Transform Vehicle Zone Architecture
Explore how electronic fuses revolutionize vehicle zone architecture, enhancing power efficiency and diagnostics in modern automotive design.
ESD and Surge Protection Design for Automotive Ambient Lighting
Learn about ESD and surge protection designs for automotive ambient lighting, addressing challenges and solutions for reliability.
EV Motor Resolver Common Faults
Explore common EV motor resolver faults, calibration, and diagnostics for optimal motor control and performance.
EV On-Board Charger (OBC) Internal Structure
Explore the internal structure of EV On-Board Chargers (OBC), their components, and charging principles for electric vehicles.