Addressing EMI challenges for high side switches and motor drivers in body electronics

Automotive in-cabin sensing with 60-GHz single-chip radar

Driving vehicle electrification forward

Learn how the TI Connection Monitor is used to monitor Bluetooth Low Energy communications

How to replace relays with MOSFETS in your H-bridge circuit and use integrated circuit motor drivers to reduce automotive body motor design time and complexity.

Learn about DRA821 processors are tailor-made for automotive and IoT gateway systems with cloud connectivity.

Experience the benefits TI body motor controller designs can bring to automobiles.

Discover how Jacinto™ 7 DRA821 processors enable next-generation gateway architectures in automotive systems.

Customize your auto design with enhanced V2X communication using DLP® headlights and dynamic ground projection chipsets

TCAN114x-Q1 CAN FD transceiver portfolio offers flexibility for partial networking and advanced diagnostic features

How to replace relays with MOSFETS in your H-bridge circuit and use integrated circuit motor drivers to reduce automotive body motor design time and complexity.

Demonstration of animated rear lighting with the TPS929120-Q1 LED driver

Texas Instruments demonstrates fleet management software, powered by AWS, running on their DRA821x processor platform.

Learn how sliders, toggles, buttons and two-state dials with monitor position with Hall-effect sensors.

Bluetooth® Low Energy connectivity solutions for automotive applications

Jacinto™ 7 automotive processors

Project alerts to drivers, pedestrians and other vehicles, and create custom lighting designs with dynamic ground projection from TI DLP® Auto.

60-GHz in-cabin radar demo for child presence detection, intruder alert and seat belt reminder functions.

This session of the "Debugging" series discusses the power supply sequencing of current sense amplifiers.