Overview and innovations in LTCC manufacturing for 3D, sensors and MEMS applications

Roderik Hoppener, Ronald van Olmen, Martin De Moya, Joze Stupar
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引用次数: 3

Abstract

An overview of the state of the art LTCC process, technology and its applications will be presented. LTCC integrated electronic circuit technology is currently developing rapidly into new areas. Well known for its robustness and suitability for high frequency circuits, LTCC is now developing into new applications such as MEMS sensors and actuators. New possibilities are created by 3D fluidic integration for sensors and micro reactors. With ever increasing requirements for miniaturisation, optimized processing methods have been developed. The new LTCC processing methods enable higher accuracies of the produced parts while facilitating the incorporation of 3D channels in production environments. The higher accuracy methods however also put constraints on the properties of the materials used making it necessary to choose the correct process and material for its application.
LTCC制造在3D,传感器和MEMS应用中的概述和创新
本文将概述目前最先进的LTCC工艺、技术及其应用。LTCC集成电子电路技术正在迅速向新的领域发展。LTCC以其对高频电路的鲁棒性和适用性而闻名,现在正在开发新的应用,如MEMS传感器和执行器。传感器和微反应器的3D流体集成创造了新的可能性。随着小型化要求的不断提高,优化的加工方法得到了发展。新的LTCC加工方法可以提高生产零件的精度,同时促进在生产环境中结合3D通道。然而,更高精度的方法也对所用材料的性能施加了限制,因此有必要为其应用选择正确的工艺和材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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