Chamfered overlapping radiating elements generate circular polarization without an external polarizer, cutting antenna weight, bulk, and cost.
Multiple dielectric layers with tuned constants expand antenna impedance bandwidth while protecting reliability near heat-generating chips.
Frames and a director plate replace the dielectric substrate in a stacked patch antenna, cutting loss, improving sensitivity, and lowering cost.
A polymer-ceramic circular patch antenna with aligned apertures and arc slots cuts weight by over 30% while preserving GNSS phase and polarization.
Motorized metasurface tilt steers a single MMW microstrip antenna across wide angles while preserving directivity, gain, and impedance matching.
A micro-patch antenna uses perimeter capacitive elements to achieve wide bandwidth and light weight without high-permittivity dielectric substrates.