A free-standing MEMS sensor in the gas path delivers sub-millisecond flow feedback, improving mass flow control timing and precision.
Real-time wind sensing, thermal imaging, and noise alerts help correct shooting trajectory in low light and improve hunting safety.
Equipotential contact surfaces and plug connections cut signal loss, cable bulk, and pressure-drop tradeoffs in hot-wire flow sensing.
Infrared radiation heats hair directly while airflow cools the source and sensors help prevent overheating during drying.
Replacing convective heating with direct infrared radiation reduces thermal damage while airflow cools the energy source to prevent overheating.
A hot wire anemometer measures vaporized fountain solution flow rate to determine layer thickness in real time.
Replacing mechanical vanes with thermoelectric conversion elements eliminates bearing friction, enabling accurate weak wind direction detection.
A compact sensor component integrates a resistive heater and gas sensitive element to measure gas flow speed within mobile devices.
Dielectric washers isolate the sensor from the metal housing, blocking lightning strike inputs and achieving a 1500 VAC rating.
Multi-directional flow sensors detect wind speed and direction via electrical resistance changes in microheaters.