A metal tip calibration antenna emits signals through a dielectric-free volume to the main radar array.
Variable element spacing prevents grating lobes in phased array antennas, reducing power consumption and electromagnetic interference.
A vehicle radar apparatus detects target vertical angles using signal phase values from a multi-row antenna array for automatic alignment.
A method determines antenna tilt angles using spatial user equipment distribution data from dedicated measurements.
Pseudorandom code modulation enables coherent signal processing to distinguish moving targets from stationary clutter while maintaining high spatial resolution.
A radar antenna array expands the effective aperture diameter by spacing transmission antennas beyond the reception element interval.
Automated position controller corrects dish misalignment caused by weather, eliminating manual tower climbs.
Thermal activation of shape memory alloy petal elements deploys the antenna, eliminating mechanical actuators and reducing satellite weight.
A self-test circuit verifies phase shifter operation by combining in-phase and quadrature components from multiple settings.
A radar device uses a controller to switch between wide and narrow antenna directivities.
Coaxial signal integration eliminates GPIO controllers and fan-out boxes, reducing layout complexity in RFID readers.
A receiver architecture uses an analog Fast Fourier Transform module to convert signals before low-speed digital conversion.
Alternating phase differences shape vertical radiation patterns to resolve signal volatility and uneven coverage issues.
Elastic pantograph mechanisms store strain energy to autonomously expand spiral gores, resolving launch volume constraints.
Sensing unit measures antenna angle while prompting unit signals correct position, eliminating visual estimation errors from ground workers.
A process determines heading, pitch, and roll angles by analyzing peak signal strengths from multiple targets to align the antenna bore sight.
A direction detection apparatus stabilizes array antenna orientation by calculating incident wave directions based on actual target counts rather than estimates.
A ring-type FET uses a metal gate as an antenna to detect terahertz waves through electromagnetic induction.
Thermal phase transitions in a VO2 layer enable dynamic beam steering while maintaining low reflection losses and wide phase ranges.
An automated controller uses real-time power meter readings to precisely align a reflector along an orbital arc, resolving multi-band signal loss.
Incorporating ferrite materials enables dynamic tuning of magnetic permeability, extending the negative refractive index frequency range beyond static limits.
External RFID antenna integrates display and control functions using a single communication interface.
A radar apparatus uses a filter portion with multiple band transmission portions to direct radio waves within specific frequency bands.
Replacing dielectric boards with varying constants adjusts phase shift, eliminating multiple antenna designs and reducing development cycles.
A laminated antenna reflector combines metallized fiber matte with open weave fabric to create an acoustically permeable structure.
A rotating antenna shaft uses a torsionally rigid mechanical filter to dampen stresses on the motor.
A Butler network adjusts phase and amplitude across vertical radiating elements to generate distinct beams.