Microelectronics technology is the realization of circuits and electronic equipment miniaturization technology, it to integrated circuits as the core.
I. Microelectronics is a technology that realizes the miniaturization of circuits and electronic devices, with integrated circuits (Integrated Circuit) at its core.
Two, integrated circuits are microelectronic devices (such as transistors, diodes, etc.) and the integrated circuit components (such as resistors, capacitors, etc.) directly integrated in a single silicon substrate, forming a whole circuit system. By integrating individual electronic devices and circuit elements on a single chip, integrated circuits achieve a high degree of circuit integration and compact design, thereby realizing miniaturization, high speed and high performance of circuits and electronic devices.
Three, integrated circuits manufactured through microelectronics technology can contain millions or even billions of tiny electronic devices and the corresponding circuits, such as microprocessors, memories, sensors and so on. These devices and circuits can accomplish complex electronic functions on a very small chip area, making electronic devices such as cell phones, computers, medical equipment and communications equipment smaller, lighter and more efficient.
Four, microelectronics technology to integrated circuits as the core, through the integration of a variety of tiny electronic devices and circuit components in a chip, to achieve the miniaturization of circuits and electronic equipment, to promote the rapid development of modern electronic products.
The role of microelectronics technology
I. Microelectronics technology is a role in the semiconductor on the micro-small integrated circuit system discipline. The key to microelectronics technology is the study of how integrated circuits work and how to actually manufacture applications. The development of integrated circuits depends on.
Two, microelectronics technology is mainly through the microscopic electronic movement within the solid to realize information processing or information processing.
Three, microelectronic signaling is capable of taking place at very small scales.
Four, microelectronics technology can be a subsystem or electronic functional components integrated in the chip, has a high degree of integration, but also has a more comprehensive functionality.
V. Microelectronics can work in lattice-level microregions.