Automotive Subsystems Testing
Combining automotive subsystem testing with numerical modeling tools can save valuable time in performance optimization and antenna placement stages.
Offering a cost-effective, compact alternative to large energy and resource-hungry anechoic chambers, MVG has created a convenient and flexible range of all-in-one antenna measurement tools.
Particularly useful for testing the performance of subsystems, these compact solutions come with Insight - the only software in the world to be able to compute authentic electromagnetic current distributions and extreme near fields on an antenna under test, from measured near or far-field data, that can be then integrated in a simulation software to analyse how it will perform once mounted in the vehicle.
관련 제품
관련 리소스
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Advancing Spherical Near-Field Probe Technology Design and Validation of High Precision Wideband 3dB_180° Couplers
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Validation of the Fully Probe-Connected Translated-SWE Algorithm for Spherical Near Field Offset Measurements with Min Sampling
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Application of the Translated-SWE Algorithm for the Characterization of Antennas Installed on Cars Using a Minimum Number of Samples
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High Performance Dual Polarized Near-Field Probe at V-Band Provides Increased Performances for Millimeter Wave Spherical Near-Field Measurements
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The Missing Link between Numerical Simulation and Antenna Measurements with Application to Flush Mounted Antennas
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Accurate Calibration of Truncated Spherical Near Field Systems with Different Ground Floors using the Substitution Technique
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Comparative Investigation of Spatial Filtering Techniques for Ground Plane Removal in PEC-Based Automotive Measurements
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Virtual Drive Testing based on Automotive Antenna Measurements for Evaluation of Vehicle-to-X Communication Performances
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Diagnostics on electrically large structures by a nested skeletonization scheme enhancement of the equivalent current technique
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Experimental Validation of the Translated-SWE Technique Applied to Automotive Measurements over PEC-Floor at Arbitrary Height
