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Industrialization of microsystems

机译:微系统的工业化

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摘要

Microsystems involve many different scientific disciplines and technical fields. Even though microsystem technology is based on IC technology, there are many important differences such as to the number of product manufactured per technology, cost and development time. These aspects have to be taken into account in the design of a microsystem development and manufacturing environment. The CSEM approach to that challenge is based on a wafer fab focusing on 3 technology families: i) bulk silicon micormechanics for capacitive pressure and acceleration sensors, ii) galvanic technology for coils for magnetic actuators and position sensors and iii) a quartz technology for UV-beam shaping applications. The associated packaging line is based on a flexible manufacturing concept to handle many product each produced in relatively low numbers. This industrialization concept is intended to respond to a fast growing market need for customized microsystem products.
机译:微系统涉及许多不同的科学学科和技术领域。尽管微系统技术基于IC技术,但诸如每项技术生产的产品数量,成本和开发时间存在许多重要差异。必须在微系统开发和制造环境的设计中考虑这些方面。该挑战的CSEM方法是基于晶圆FAB,专注于3科技系列:i)用于电容压力和加速度传感器的散装硅片,II)用于磁致电驱动器和位置传感器的线圈的电流技术和III)的紫外线技术-Beam塑造应用程序。相关的包装线基于灵活的制造概念来处理每个在相对较低的数字中产生的许多产品。该工业化概念旨在满足自定义微系统产品的快速增长的市场需求。

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