Microelectromechanical
Adjective
Relating to the technology of very small mechanical devices that incorporate electrical components.
Microelectromechanical systems are used in various applications, including sensors in smartphones.
Usage tips
Technical
microelectromechanical systems,MEMS devices,microelectromechanical sensors
Adjective
Relating to the technology of very small mechanical devices that incorporate electrical components.
Microelectromechanical systems are used in various applications, including sensors in smartphones.
Usage tips
Technical
microelectromechanical systems,MEMS devices,microelectromechanical sensors
Definition 1 of 1
Pro Tip 1/3Understanding Applications
Recognizing the various applications of microelectromechanical systems can help in grasping their significance in modern devices.
MEMS are integral to many modern technologies such as smartphones, cars, and medical devices.
Pro Tip 2/3Engineering Context
In engineering discussions, 'microelectromechanical' should be used when referring to devices that integrate both mechanical and electrical components at a micro scale.
When detailing the features of a microelectromechanical device, emphasize its miniaturization and precision.
Pro Tip 3/3Distinguishing from Similar Terms
Avoid conflating 'microelectromechanical' with 'nanotechnology'. While both deal with small scales, nanotechnology focuses on molecular or atomic levels and processes.
Microelectromechanical systems (MEMS) fit within the larger umbrella of nanotechnology but function on a different scale.
Pro Tip 1/3Understanding Applications
Recognizing the various applications of microelectromechanical systems can help in grasping their significance in modern devices.
MEMS are integral to many modern technologies such as smartphones, cars, and medical devices.
Pro Tip 2/3Engineering Context
In engineering discussions, 'microelectromechanical' should be used when referring to devices that integrate both mechanical and electrical components at a micro scale.
When detailing the features of a microelectromechanical device, emphasize its miniaturization and precision.
Pro Tip 3/3Distinguishing from Similar Terms
Avoid conflating 'microelectromechanical' with 'nanotechnology'. While both deal with small scales, nanotechnology focuses on molecular or atomic levels and processes.
Microelectromechanical systems (MEMS) fit within the larger umbrella of nanotechnology but function on a different scale.
Pro Tip 1/3Understanding Applications
Recognizing the various applications of microelectromechanical systems can help in grasping their significance in modern devices.
MEMS are integral to many modern technologies such as smartphones, cars, and medical devices.
Pro Tip 2/3Engineering Context
In engineering discussions, 'microelectromechanical' should be used when referring to devices that integrate both mechanical and electrical components at a micro scale.
When detailing the features of a microelectromechanical device, emphasize its miniaturization and precision.
Pro Tip 3/3Distinguishing from Similar Terms
Avoid conflating 'microelectromechanical' with 'nanotechnology'. While both deal with small scales, nanotechnology focuses on molecular or atomic levels and processes.
Microelectromechanical systems (MEMS) fit within the larger umbrella of nanotechnology but function on a different scale.
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