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DESIGN OF TRANSDUCER AND PACKAGE AT THE SAME TIME

机译:同时设计换能器和包装

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摘要

The early effort of MEMS sensor development was focused mainly on the transducer: designing and manufacturing a mechanical device that could convert a physical input into an electrical signal using traditional semiconductor processes. With the rapid advancement in MEMS technologies, MEMS packaging is becoming increasingly critical and plays a major role in the successful commercialization of a MEMS product. Freescale has adopted the philosophy of concurrent transducer and package designs to facilitate the rapid introduction of sensor products into the market. This paper presents a sub-modeling procedure that allows the modeling and simulation of a transducer and a package seamless at the same time.
机译:MEMS传感器开发的早期努力主要集中在换能器上:设计和制造一种机械装置,可以使用传统的半导体工艺将物理输入转换为电信号。随着MEMS技术的快速进步,MEMS包装正在变得越来越关键,在MEMS产品的成功商业化方面发挥了重要作用。飞思卡尔采用了并发传感器和包装设计的哲学,以促进传感器产品的快速引入市场。本文介绍了一个子建模程序,允许同时进行换能器和包装的建模和仿真。

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