A foam insulation connector aligns waveguides to phase shifters, protecting the glass base while keeping transmission loss low.
A beveled dielectric transition between rectangular and circular waveguides cuts insertion loss, reflections, and radar pseudo echoes.
Beam steering circuitry stays within the circuitry zone while the radiating region extends beyond it, preserving mmWave antenna function in tight bezels.
Hollow waveguides route LO and RF signals through PCB openings, cutting mm-wave MIMO cost and avoiding extra conversion components.
A conductive housing combines waveguides and other radiating elements to extend 5G millimeter-wave coverage while reducing antenna count, space, and interference.
By integrating circular polarization into the patch and ridge waveguide feed, this case cuts phased array antenna thickness without bulky converters.
A Luneburg lens and absorber suppress radar side lobes, improving level measurement precision while keeping the gauge compact.
A PCB-transparent coupling layout lets a plastic waveguide antenna cut feed losses, lower cost, and preserve vehicle radar range.
A low-permittivity dielectric fixture stabilizes waveguide antenna radiation from 50 to 90 GHz, reducing feed changes and mechanical adjustment.
Hooked flanges and a non-conductive spacer mount the antenna inside a small cell while limiting signal coupling into nearby circuitry.
A multi-core dielectric waveguide generates the HE11 mode directly, shrinking reflector antenna feeds while preserving gain and low cross-polarization.