TI AWR2544 Radar Sensor for Satellite Vehicle Architectures
Satellite radar architecture and TI AWR2544 enable centralized ADAS processing, improved sensor fusion, scalability, and automotive safety.
Satellite radar architecture and TI AWR2544 enable centralized ADAS processing, improved sensor fusion, scalability, and automotive safety.
10 key sensors and their uses: temperature, humidity, pressure, proximity, level, accelerometer, gyroscope, gas, infrared, optical for IoT.
Optimize camera-lens pairing for machine vision: avoid Nyquist pitfalls, aim for half-Nyquist, check MTF and contrast (>=20%) with lens testing.
Explore CCD clocking and nonstandard voltages: datasheet examples, four-phase and multi-phase readout schemes for image sensors.
Learn CMOS image sensors: key terms, functions, applications, and CMOS vs CCD differences for cameras, smartphones, medical and industrial imaging.
Discover M-detector: an open-source LiDAR method from HKU achieving microsecond per-point motion detection for real-time robotic perception.
Explore the latest in hydrogen sensor technology, including electrochemical, electrical, and optical types for safety and industrial use.
Drive motor speed sensor: excitation with sine/cosine coils detects rotor position, speed and direction, sending signals to control module and VCU.
Mach-Zehnder fiber optic sensors: principles of temperature and pressure measurement using interference fringe shifts and photodetector readout.
Dual-wavelength TDLAS enables concentration-immune high-temperature pressure sensing (1343/1392 nm), 3% accuracy and 20 kHz rate up to 1273 K.