Piezoresistive pressure sensors are pivotal components within the vast field of microelectromechanical systems (MEMS), integrating semiconductor physics with advanced fabrication techniques to detect ...

An HVAC pressure sensor is particularly important in the cooling cycle—which includes compression, condensation, expansion, and evaporation—where it helps regulate refrigerant flow. Proper airflow ...

Hydraulic applications rely upon fluid power or pressurized fluids to generate, control, and transmit power. These systems are capable of producing high power and high forces in small volumes and have ...

Highly accurate pressure sensors with long-term stability are necessary for fuel efficiency and reduction of harmful emissions. Increasingly demanding requirements of piezoresistive sensors include ...

Inspired by cat vibrissae, biomimetic biomass PHFs/SA aerogels (BFAs) are developed via precursor-assisted in situ polymerization and freeze-synergistic assembly. These ultralight, porous pressure ...

Researchers at SFU have developed a 3D printed prosthetic limb socket that uses embedded pressure sensors and AI to generate custom socket designs.

This article details six essential sensors, along with four necessary questions a design engineer should ask before choosing which ones to use in their next design. In the R&D and electronics design ...

What’s the difference between a transmitter and a sensor? Nine different types of sensor transmitters. How does each type of transmitter work? What are the components of each transmitter type? Sensors ...

Sensor selection now involves choosing data sources and edge compute environments, considering future analytics, digital twin integration and sustainability criteria. Wireless sensors with multi-year ...