Embedded horn arrays in a dielectric nose cone use phase shifters to suppress side lobes while fitting radar and SWIR sensing into small missiles.
A patterned single emitter with isolated feeds and dual reflectors enables compact MIMO beams with lower interference and lower antenna footprint.
Opposed phased arrays on a planar substrate relay high-frequency signals through glass or walls to improve coverage with directional beam control.
A graded-permittivity lens steers an antenna main lobe across a wide frequency band while preserving polarization purity and easing radome integration.
A peripheral directional antenna enables near-field phased array calibration without embedded elements, reducing complexity, cost, and grating lobes.
Nested cones with driven elements and directors redirect wrapped energy in geodesic antennas to cut phase ripple and side lobes.
A robot-mounted VNA and radiating antenna keep fixed alignment for contactless RF aperture testing with lower signal loss and faster validation.
Wireless horn antennas replace sliding cables in an extendable mobile terminal, improving signal stability, space use, and display flexibility.
Flexible elements joined to a biconical antenna cut counter-RCIED weight and bulk while maintaining 200 MHz-7 GHz coverage and at least 2 dB gain.
Curved ridges and groove tuning improve E- and H-plane pattern symmetry, gain flatness, and high-frequency stability in 5G mmWave testing.
A shared radiation aperture integrates high- and low-band feeds to shrink SATCOM antennas while improving dual polarization and isolation.
A recessed 3D absorber traps incident EM waves to cut antenna coupling across a wider band while preserving gain patterns and compact spacing.
A thermal break between waveguide sections protects level sensor electronics from heat while preserving radar signal transmission.
A 3D-printed corporate combiner network cuts antenna array size, weight, and part count while maintaining electromagnetic performance for small satellites.
Capacitance sensing detects hand grip or blockage in phased array antennas, enabling real-time unit adjustment to preserve mmWave sensitivity.
Conformal coaxial horn geometry cuts phase distortion while preserving omni-directional gain across a scalable 2-12 GHz band.
A shaped horn and dielectric tube improve reflector illumination by cutting spillover and off-axis cross-polarization in satellite feed arrays.
RF energy tuned to contaminant resonance decontaminates PPE faster, while an absorbing liner cuts reflections for more uniform treatment.
Co-designing the feed horn and polarizer balances cross-polarization across the frequency band, reducing degraded performance at specific frequencies.