Small antenna test range production system for automotive imaging radar | Heisener Electronics
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Small antenna test range production system for automotive imaging radar

Technology Cover
Nach Datum: 2021-12-31, Rohm Semiconductor

   Working with Schwartz and NOFFZ Technologies, Rhodes has produced a fast, accurate and efficient test system for production optimization, enabling the transition from radar sensor development to mass production. Integrates R&S CATR reflector technology and advanced radar echo generator R&S AREG800A into UTP 5069 CATR, its multifunctional EoL radar sensor test system.

   NOFFZ line end tester UTP 5069 CATR for mass production testing and calibration. Extremely low reflection darkroom is a major differentiator and results from over 30 years of experience as a system integrator. It covers an area of less than 3.5 square meters (40 square feet). The relative movement of the measured parts in the process of calibration and loading and unloading can be realized by integrated robot or goniometer. Both motion options can be selected based on motion flexibility, positional accuracy, and cycle time requirements.

   Tier 1 radar sensor and module supplier now has production-optimized, fast, accurate test systems that save costs, use space efficiently, and prepare for next-generation radar technology

   The R&S ATS1500C CATR darkroom and R&S AREG radar moving Object simulator series are used in radar development worldwide. The NOFFZ line-end radar sensor tester UTP 5069 has extensive testing requirements and is well recognized in radar production facilities worldwide. In addition, the performance of the new test system was demonstrated through the development of Uhnde, a leading radar module developer

   There are many challenges on the road to autonomous driving. However, the capability, performance and measurement accuracy of the test system produced by two automotive radar specialists solves one of these problems: optimizing the transition of imaging radars from development to mass production.

   

   

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