MEMS-Bio (Systems Mechanical-Electro-Micro)

Note: MEMSs include small mechanical structures  , micro-sensors, microactuators, and  microelectronics all integrated into the same silicon chip shape  .

In designing MEMS systems, when ICs  are designed to utilize the electrical properties of silicon  , MEMS either derives from the mechanical properties of silicon  or from both the electrical and mechanical properties of silicon  . Microsensors make changes to the system by  obtaining information on mechanical, thermal, magnetic, chemical, or electromagnetic  phenomena  . MEMS devices are very small, their components  usually 

microscopic. The levers, clutches and  pistons are well made by engines and even steam turbines  by MEMS.

Internal Order of MEMS Technology and Nano- Microelectronics Techniques

MEMS is a structural technology, an example of the  design and development of sophisticated, well integrated electronics systems and mechanical  devices  utilizing single-stage manufacturing techniques . Techniques for making the MEMS enables the components and equipment with performance and increased production  are combined with the advantages of the ordinary, such as reducing the size of  the physical volume, weight and cost and providing a basis  for the production of non-manufacturing methods,  the other is the  reality of internal order Technology MEMS and its micro-machining techniques  are well versed in its application  to an unprecedented range of MEMS devices  over previous dependent fields (for example Biology and Microelectronics) These agents make MEMS  far more comprehensive than IC microchips technology .

New MEMS-Bio applications:

MEMS Bio has a wide range of applications in environmental and drug screening and DNA fragmentation. Its new technology is based on microfluidic systems that are capable of analyzing small volumes of liquids and are therefore used in the medical device manufacturing industry. MEMS integrates and integrates mobile micro-devices (such as actuators and  sensors), energy-efficient micro-devices (such as  antennas, microstructures and coils), micron-scale actuator sensors, and integrated  control processing panels  . Be.

Note:  MEMS is in the field  of silicon integration products based on the proliferation of  MEMS technology and microelectronics and micromachines  to enable the full realization of "systems on  a chip".

Micro-electromechanical systems (MEMS) (  silicon-based mechanical elements, sensors, actuators and electronic devices)  are manufactured using micron-size technology  , as long as the equipment is micron-sized.

Electronics for use in the circuits  complex (IC) are made (such as process components), "BICMOS, Bipolar, CMOS create  micro" for use in the process of micro-  machines compatible and suitable for those who  pick episode to episode Used with silicone tablets to  add new construction layers to form  mechanical and electromechanical devices.