Phase-shifted signals from multiple receive antennas are combined to cancel mutual coupling and phase noise, extending detection range.
Parasitic slots around a patch antenna ground plane improve high- to mid-elevation gain without sacrificing coverage area.
Fast antenna switching creates virtual receive patterns, enabling concurrent mmWave reception with fewer physical antennas and lower cost.
A multi-beam antenna device suppresses signal loss through optimized Rotman lens geometry and spatial beam-forming angles.
Voltage-biased liquid crystal members in an antenna assembly dynamically tune phase angles to reduce signal coupling errors.
Asymmetric antenna elements maintain beam symmetry despite elevation misalignment, preserving detection range.
A tunable dielectric antenna system steers beams via voltage-controlled permittivity changes in a substrate layer.