Latest Automotive Industry White Papers

Automotive Radar - Chirp Analysis with R&S RTP Oscilloscope

This application note focuses on how to measure and analyze FMCW radar signals with up to 6 GHz bandwidth with an R&S® RTP oscilloscope. On-board analysis features for pulse and chirp analysis for single- and multi-channel measurements are addressed, as well as the combination of oscilloscopes and R&S® VSE software. This resource also demonstrates the measurement of an FMCW radar signal in the 77 - 81GHz band with 4 GHz bandwidth.

Battery Stack Monitor Maximizes Performance of Li-Ion Batteries in Hybrid and Electric Vehicles

This white paper explores the ways a battery stack monitor can maximize performance of Li-Ion batteries in hybrid and electric vehicles.

LIDAR for Autonomous System Design: Object Classification or Object Detection?

Understand the design requirements for object detection and classification to help achieve a safe and cost-effective solution for autonomous vehicles.

Emerging Automotive In-Cabin Sensing Solutions for Safety and Comfort

Explore the key aspects driving the development of in-cabin sensing technologies.

Solutions for Urban Air Mobility

Watch your eVTOL Design take flight when you learn to address the size, weight, and power (SWaP) challenges that keep you from delivering high-bandwidth and high-speed flight control and navigation systems.

Powering the Future of Flight

Discover how to optimize power and meet SWaP challenges head on with the TE Connectivity eVTOL Application Pack.

Automated ADAS Test System Trial with Radar Sensors and Electromagnetic Interference

Since radars are critical to vehicles, manufacturers need to ensure that they do not malfunction or become non-responsive in critical situations. Stringent EMS testing in line with ISO11451-2 is carried out for vehicle level testing. However, one of the key challenges is replicating real life scenarios where the ADAS car radar functions are activated during EMS testing.

Automotive Radar Technology, Market and Test Requirements

Automobiles are increasingly equipped with radar sensors that support drivers in critical situations, helping to reduce the number of accidents. Radar makes it possible to quickly and precisely measure the radial velocity, range, azimuth angle and elevation angle of multiple objects.

Efficient Power Supply Burn-in Using Regenerative Electronic Loads

Switched-mode power supplies utilized in data centers, industrial equipment, medical devices and other critical applications are subjected to burn-in operation at full load over an extended period to detect and eliminate early failures and ensure reliable operation over the supply’s rated lifetime.

Teleoperation: Remote Operation of Connected & Autonomous Vehicles

Selecting the Right Programmable DC Power Supply

Infographic: Engineer Safer, More Productive Machinery

Telematics Control Unit: Design and Testing Considerations

Detailed Technical Comparison of Automotive Serial Buses

Understanding LiDAR Design: Foundational Principles and Reference Designs

In this ON Semiconductor eBook, explore the foundational principles and reference designs of LiDAR Design. Learn more about solid-state LiDAR, as well as SiPM sensors, applications, and reference designs.

Innovative Machinery Designs Driving Productivity, Safety and Reliability

Programmable Logic: Accelerating Automotive Applications

Evolving Automotive Safety Requirements Demand Efficient RADAR Processing

NXP MCUs strike the optimal performance-per-watt balance for hardware-accelerated, high-resolution RADAR systems designed for safer, smarter vehicles.