Automotive radar technology has become increasingly prevalent in modern vehicles, playing a crucial role in advanced driver assistance systems (ADAS) and autonomous driving applications. Ensuring the reliability and accuracy of these radar sensors is essential for safe and efficient operation on the road. Consequently, advanced testing methodologies are required to evaluate the performance and functionality of these sensors.
This webinar provides an overview of one such advanced test methodology- Automotive Radar testing using the CATR (Compact Antenna Test Range) chamber. It outlines the objectives, challenges, and key considerations to achieve accurate and comprehensive results.
The primary objectives of automotive radar testing using the CATR chamber include calibrating and verifying the radar's ability to detect and track objects, estimating their range, velocity, and angle across the field-of-view (FOV), the measurement of key performance indicators such as detection probability; false alarm rate; and range, doppler & angle accuracy. It also includes evaluating the radar's robustness against environmental factors (like temperature and humidity) and interference. Furthermore, the need for precise and repeatable measurements, and the evolving regulatory standards, require the test procedures to be standardized and aligned with industry regulations (FCC) to ensure consistent and comparable results across different radar manufacturers. To achieve this, the CATR test setup can be used for accurate power level measurements like EIRP, frequency measurements and transient analysis for signal/spectral analysis of the radar chirps.
Date: Thursday, June 08, 2023
Time: 2:00 PM Eastern Daylight Time
Duration: 1 hour
Senior Application Engineer
Rohde & Schwarz USA, Inc.
Nishanth Onkarappa works as a Senior Application Engineer, Automotive for Rohde & Schwarz USA and is currently based in the San Francisco Bay Area. He has a strong technical background in Automotive Radar and Connectivity. He completed his master's degree in Electrical Engineering from the University of Illinois at Chicago and previously worked as a Radar RF Systems Engineer for Aptiv Corporation. He currently leads the Automotive effort for Rohde & Schwarz North America on the technical side. His interests include- Radar and Antenna testing; RF and Microwave design, testing and validation; mm-Wave and Material testing; Connectivity topics like LTE, 5G, CV2X and UWB.