The development trend of in-vehicle infotainment systems, including the realization of electronic cockpits, high-definition audio and video entertainment, 360-degree panoramic parking and other functions; common in-vehicle infotainment system design challenges, including EMC, start-stop, functional safety, high-speed audio and video transmission, heat dissipation, etc.; the latest solutions of TI analog devices.
1. A comprehensive introduction to the Jacinto 6 processor family. 2. Typical applications and the most cost-effective solutions for the Jacinto 6 processor family in the ADAS and IVI fields. 3. A brief introduction to the Jacinto 7 processor family DRA829/TDA4VM. 4. Resources provided by TI for deep learning and machine vision.
This course mainly introduces the key technical difficulties of TI interface chips (FPDLINK + PHY + TCAN/LIN) in automotive applications as well as the latest products and solutions.
Focus on battery management systems (BMS), on-board chargers (OBC), inverters and motor control, and TI's various op amp and comparator solutions. 1. High-precision op amps, high-output current op amps for rotary transformer excitation, e-Trim high-precision op amps, zero-drift op amps and instrumentation op amps for precise signal conditioning. 2. High-speed CMOS op amps with low offset voltage and low temperature drift help achieve accurate and fast current and voltage sampling; large-bandwidth and low-noise bipolar high-speed op amps and high-speed comparator fast overcurrent detection solutions. 3. Low-cost general-purpose op amps with high common-mode rejection ratio, rail-to-rail input and output, and low-noise performance, small package options, and high-performance integrated solutions. 4. General-purpose high- and low-voltage op amps and comparators with integrated input RC filters, upgraded accuracy indicators and extended operating temperature range, provide economical and reliable chip options for automotive applications.
The focus is on TI's automotive instrument solutions, including hybrid instruments and next-generation digital instrument cluster solutions that are certifiable based on ASIL-B, with SW/HW compatibility and scalability to support multiple levels of requirements.