What Is Steer-by-Wire? A Technical Overview
Summary of steer-by-wire systems: safety redundancy, actuation and driver feedback, and vehicle network design using gigabit Ethernet for low-latency steering control.
Summary of steer-by-wire systems: safety redundancy, actuation and driver feedback, and vehicle network design using gigabit Ethernet for low-latency steering control.
Technical analysis of Tesla Model 3 domain controller architecture, examining E/E centralization, software-hardware decoupling, centralized computing and zoned body domains.
Explore common EV motor resolver faults, calibration, and diagnostics for optimal motor control and performance.
Analysis of 48V vehicle power network design and functional safety assessment, covering ISO 26262, modeling with PREEvision, architectures, FMEA, RBD and FTA.
Overview of automotive HUD types - C-HUD, W-HUD, and AR-HUD - comparing projection media, imaging area, windshield adaptation challenges, and AR perception for driver assistance.
Technical overview of motor windings - single-layer, double-layer and hybrid types - compares stator slot arrangements, advantages, disadvantages and applications.
Analysis of centralized processing for 4D imaging radar in automotive ADAS, comparing front-end vs domain-controller architectures and SoC requirements for efficient sensor fusion.
Technical overview of Engine Control Unit (ECU) functions, sensors, fuel injection control, injector pulse width, diagnostics, adaptive learning and vehicle network (CAN)
Overview of e-Fuse electronic fuse technology for vehicle electrical systems: advantages, MOSFET/MCU protection principles, applications in E/E architectures.
Review of chassis control technologies: concepts, suspension, braking, steering and stability systems, development trends in electrification, intelligence and lightweighting.