Latest Automotive Industry White Papers

Selecting the Right Programmable DC Power Supply

Accelerating Hybrid & Electric Mobility in Commercial Transportation

Under the Digital Hood: Adaptive Computing and AI for Autonomous Vehicles

Infographic: Engineer Safer, More Productive Machinery

Telematics Control Unit: Design and Testing Considerations

Detailed Technical Comparison of Automotive Serial Buses

Enhancing Conversion Efficiency in Power Management ICs

Analyzing Automotive Radar Signals with an Oscilloscope: Automotive Radars on the Test Bench

Understanding LiDAR Design: Foundational Principles and Reference Designs

From Cable Replacement to the IoT: Bluetooth 5.1

Innovative Machinery Designs Driving Productivity, Safety and Reliability

Understanding the Basics: A Technology Guide for Component Buyers

The Changing Face of Industrial Drives

Programmable Logic: Accelerating Automotive Applications

NCP51820 GaN Driver, PCB Design and Layout

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.

ADAS and Autonomous Driving Hits the Fast Lane for Smarter, Safer Vehicles

Driver-assisted and automated driving applications pose unique challenges to engineers. Learn more about how power designers must address logistical and safety concerns in the automotive field.

Power Semiconductor Technology: Striking a Balance between Power, Robustness, and Cost

The choice of power semiconductor components in automotive design always comes down to a trade-off between power, robustness, and cost. Learn about the technology behind these characteristics and how the best decision can be made.