A communication device generates control signals to modulate a reference signal via double sideband backscattering.
A dual-frequency ultrasound transducer system transmits at one bandwidth and receives at another to enable high-resolution imaging.
A radar stimulator aircraft monitors its position relative to a radar antenna and controls flight to emit synthetic echoes.
Metallized printed circuit board serves as the structural housing base and electromagnetic shield, reducing component count and simplifying assembly.
A harmonic radar system stimulates drone wireless devices to extract re-radiated harmonic components for enhanced detection.
Rotating reflective polygons split a light beam into multiple lines, reducing ambient noise accumulation and improving signal-to-noise ratio.
A jammer generates a continuous phase modulation waveform with a constant envelope to overlap target receiver passbands.
A superheterodyne receiver dynamically determines optimal frequency, angle, and polarization settings to intercept periodic radar signals.
An internal reference target with a diffuser reduces speckle noise while an IIR filter compensates for temperature drifts in lidar measurements.
An ultrasonic diagnostic apparatus measures tissue hardness by generating and detecting shear waves at multiple positions.
Offsetting diffraction grating centroids breaks symmetrical waveguide emission, directing more light to one side and improving LiDAR device output intensity.
A laser scanning device uses a telecentric lens to correct beam quality after mirror deflection.
A phase comparator synchronizes dual laser sources to produce coherent high-power optical beams for radar transmission.