Microelectromechanical System Articles & Analysis
12 articles found
By integrating AIS-8100 with the vehicle HVAC system, automakers can enable intelligent ventilation and purification responses based on real-time air quality data.VOC Classification for Intelligent HVAC Intake ControlComplementing the AIS-8100, Cubic AQM-1020 Air Quality Module addresses another essential air quality dimension—volatile organic compounds (VOCs). Based on MEMS ...
To ensure a healthy, safe, and comfortable cabin environment, modern vehicles are equipped with reliable air quality sensors that continuously monitor external conditions and intelligently adjust the HVAC system, automatically switching between external circulation and recirculation modes when necessary. ...
Moreover, etchants are also commonly used in the production of microelectromechanical systems (MEMS) for energy harvesting and sensing applications. MEMS devices are tiny mechanical systems that convert different forms of energy, such as thermal, mechanical, or electromagnetic, into electrical energy. ...
As our name indicates, at Solar MEMS we are using MEMS technology in a lot of our products, and in this article, we tell you what this advanced system for producing devices actually means. The letters of the term MEMS stand for micro-electro-mechanical systems, which are complex, small-scale systems that combine electronic and mechanical elements on the same chip. There are a lot of projects, ...
Talk about the fact that solar sensors have a multitude of different uses, not only in the aerospace sector in which Solar MEMS specializes, but also in the field of defense, automotive or renewable energy. From our company we work on innovation in all these markets and in this article we break down some of the main industrial uses and ...
Attitude control are the actions carried out to control the orientation of an object in relation with a specified reference system. The term is often used in the aerospace sector because it is used with regard to the orientation of Spacecraft and satellites in relation with the firmament, certain regions or nearby objects. ...
The Zebra Analytix technology is based on innovation licensed from Virginia Tech, and employs MEMS (microelectromechanical systems) manufacturing to create miniaturized components such as preconcentrators, separation columns, and detectors, which—when combined—result in a hand-held, simple-to-use, analytical system based on the ...
If size and speed weren’t enough to cause headaches in connector design, the new generation of MEMS is adding another level of complexity. Microelectromechanical Systems (MEMS) integrate mechanical sensors and electronics within a single chip. ...
A novel fabrication method for integrating nano–wrinkles to carbon microelectromechanical systems (C–MEMS) posts on a silicon substrate is proposed in this paper. ...
Finally, the fabricated inductors were tested in our experimental system. The minimum of transmission attenuation was −32 dB at 29 MHz.Keywords: integrated inductors, parylene substrate, magnetic core, high performance, wireless transmission, flexible inductors, power transmission, MEMS inductors, FeNi alloys, microelectromechanical systems, ...
Nanoscale MEMS devices (microelectromechanical systems) are promising, though development work will be needed to transfer the MEMS used in automotive and other sectors to food and beverage applications. ...
The development of microsystems as tools for nanotechnology is strongly observed in the case of Biological MicroElectroMechanical Systems (BioMEMS). A part of them aim at the characterisation of biomolecules in solutions or in biological entities such as living cells. THz spectroscopy could provide interesting new complementary information at the ...