Torsional actuation of multiple fibers redirects light, reducing mechanical complexity and stress in LIDAR systems.
Stopping the transmission clock during reception reduces power consumption and minimizes noise from voltage fluctuations in ultrasound probes.
Wireless ultrasound probes display real-time signal quality metrics to detect transmission errors and prevent image degradation.
A single IR-detector mounted on the last optical stage of a DIRCM head detects laser return signals from missile reticles.
Vertical light emission minimizes stray light absorption by the acceleration sensor, maintaining measurement precision while reducing overall device size.
Polymer particles coated with high thermal conductivity layers embedded in a polymer base material.
AI generator creates synthetic radar signals matching measured distributions.
A laminated vehicle glazing incorporates a camouflaging coating to conceal infrared detection systems while maintaining near-infrared transparency.
Differential signal analysis locates scatterers with λ/200 precision, overcoming the conventional λ/2 resolution limit in soft tissue imaging.
Segmenting operating channels into independent subchannels allows selective shutdown of radar-affected bands while maintaining throughput in clear subchannels.
Offset-ridge waveguide transforms electromagnetic energy to achieve orthogonal E-field polarization in traveling wave arrays.
Maximum value memory circuitry stores region-specific safety limits, enabling the controller to suppress biological effects during scanning.
An ultrasonic probe detects phase shifts in reflected waves to estimate contact surface temperature without external sensors.
A split optical path directs laser returns to a dedicated detector for precise characterization.