MEMS is inspired by and developed on the basis of microelectronics technology, and is a micro system formed by the integration of microelectronic processing technology and various micromachining technologies. The complete MEMS is composed of micro-sensors that sense external information (force, heat, light, raw, magnetic, chemical, etc.), micro-actuators that control objects, signal processing and control circuits, communication interfaces, and power supplies. Micro device system. MEMS has many advantages of integrated circuit systems, such as miniaturization, silicon-based materials, excellent mechanical and electrical properties, mass production, integration, etc., while at the same time intensifying machinery, materials, information and automation, physics, chemistry and biology. The cutting-edge achievements of various disciplines are characterized by multidisciplinary and multi-technology integration.
In the field of medical electronics applications, the goal of MEMS technology is to integrate the acquisition, processing and execution of information into a multi-functional micro-system, which not only reduces the cost of electromechanical "target=_blank> electromechanical systems, but also completes Large-scale electromechanical "target=_blank> electromechanical systems can not be completed tasks, can also be embedded in large-scale systems, thereby greatly improving the system's automation, intelligence and reliability levels. MEMS technology has opened up a new medical electronics industry.
Most industry observers predict that sales of MEMS medical devices will grow rapidly in the next five years, with an average annual growth rate of approximately 21%, thus providing an excellent opportunity for the development of the medical electronics industry.
MEMS has moved from the laboratory to the market, and its application in medical electronics is becoming more and more popular. Its products not only open up a wide range of applications, but also have a very strong market competitiveness. Medical electronics and diagnostic equipment provide a larger application for MEMS applications. stage.
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