High-performance analog IC provider austriamicrosystems has introduced its AS8510, which is a high precision data acquisition front-end IC meant for applications in automotive battery voltage, current and temperature sensing.
A research project, supported by the U.S. Department of Energy, the National Science Foundation, and the Defense Advanced Research Projects Agency, has developed nanometer-based sensing devices that are used for detection of ultraviolet light (UV) or measuring the pH value of liquids
A research team at the Faculty of Engineering of Tel Aviv University (TAU) is developing a more reliable and sensitive sensor made of carbon nanotubes for microelectromechanical systems (MEMS).
STMicroelectronics (ST), a world leader in semiconductors for industrial controls and automotive domain, has developed a current-sensing IC, the TSC102. This IC will more precisely sense current and helps to simplify design of safer and smarter systems.
Sally Ride Science, a science content and innovative technology solutions provider, has recently announced their first among a series of materials published for SPARKscience.
SPARKscience has created the foundation that would promote a global science learning experience for the 21st century.
Onset has recently announced the HOBO Conductivity Logger that is useful to monitor aquifers for the intrusion by salt water as well as agricultural and road runoffs.
Researchers from Scuola Normale Superiore and Aalto University have developed a highly sensitive magnetic field sensor.
MEMSIC, a top-ranking solution provider in the MEMS sensing industry, has finished constructing a manufacturing plant with an R&D Center in the Wuxi region of China.
Texas Advanced Optoelectronic Solutions, Inc. (TAOS) has recently launched its initial range of state-of-the-art proximity detection and digital ambient light sensors (ALS). TAOS, a leading worldwide provider of digital ALS for the HDTV and smartphone markets, has designed the product range to enable manufacturers of consumer electronics products produce novel product designs. Besides this, the device range would also feature improved battery life and improved energy efficiency for next generation green electronic gadgets. These devices obviate the requirement to utilize plastic or glass before the sensor or drill holes in the product display, frame, or bezel so that light is able to reach the sensors.
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