Running head: MICRO-ELECTRO-MECHANICAL SYSTEMS (MEMS) 1
Micro-Electro-Mechanical Systems (MEMS)
Student name
Institution affiliation
Professor
Date of submission
, MICRO-ELECTRO-MECHANICAL SYSTEMS 2
Micro-Electro-Mechanical Systems commonly referred to as MEMS is a form of
technology that incorporates electro- mechanical components that are microfabricated.The key
physical features of the MEMS instruments vary from below one micron towards the bottom of
the spectrum extending to several millimeters (Simon, 2014).
In addition, the types of MEMS gadgets vary from very simple structures that are barely
in motion to more complex electro-mechanical gadgets that are constantly in motion. The
numerous moving elements are desegregated by microelectronics.Disegragation occurs until the
electro-chemical gadgets become completely complicated. The complexity of this
microelectronics occurs using the microfabrication tools.
Nonetheless, one major characteristic of the MEMS gadgets is that there are some
appliances that are able to function mechanically whether in motion or not. MEMS as a form of
technology have different definitions across the world. In the United States, they retain the title
MEMS.On the other hand, MEMS technology is known to us as a Technology of
Microsystems in other parts globally. Other individual refer to the MEMS as Micromashined
gadgets (Clark, 2017).
Nevertheless, MEMS have their functional structures. The functional structures ensure
that the equipment is working whether or not in motion. Some of their functional structures
include the sensors, positioners and the microelectronics that tend to be the fundamental element
in the functioning of the MEMS (Zheng, 2013).
In other words, the micro sensors and micro actuators arephotocells. In addition, the
elements have a transducing characteristic since they are responsible for converting energy from
one form to another. Likewise, the micro sensors have the responsibility of converting
mechanical symbols into electrical symbols (Kang, 2013).
Micro-Electro-Mechanical Systems (MEMS)
Student name
Institution affiliation
Professor
Date of submission
, MICRO-ELECTRO-MECHANICAL SYSTEMS 2
Micro-Electro-Mechanical Systems commonly referred to as MEMS is a form of
technology that incorporates electro- mechanical components that are microfabricated.The key
physical features of the MEMS instruments vary from below one micron towards the bottom of
the spectrum extending to several millimeters (Simon, 2014).
In addition, the types of MEMS gadgets vary from very simple structures that are barely
in motion to more complex electro-mechanical gadgets that are constantly in motion. The
numerous moving elements are desegregated by microelectronics.Disegragation occurs until the
electro-chemical gadgets become completely complicated. The complexity of this
microelectronics occurs using the microfabrication tools.
Nonetheless, one major characteristic of the MEMS gadgets is that there are some
appliances that are able to function mechanically whether in motion or not. MEMS as a form of
technology have different definitions across the world. In the United States, they retain the title
MEMS.On the other hand, MEMS technology is known to us as a Technology of
Microsystems in other parts globally. Other individual refer to the MEMS as Micromashined
gadgets (Clark, 2017).
Nevertheless, MEMS have their functional structures. The functional structures ensure
that the equipment is working whether or not in motion. Some of their functional structures
include the sensors, positioners and the microelectronics that tend to be the fundamental element
in the functioning of the MEMS (Zheng, 2013).
In other words, the micro sensors and micro actuators arephotocells. In addition, the
elements have a transducing characteristic since they are responsible for converting energy from
one form to another. Likewise, the micro sensors have the responsibility of converting
mechanical symbols into electrical symbols (Kang, 2013).
