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High K Low Loss Dielectrics Co-fireable with LTCC

机译:可与LTCC共烧的高K低损耗电介质

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Rapid growth in the application of LTCC technology for RF wireless is clearly driven by the trend of miniaturization and mobile communication systems. This technology provides the possibility of integration of passive components in a cost effective way. Heraeus has implemented compatible high permittivity and low loss dielectrics with NPO performance into modified Heraeus CT700 low temperature co-fired ceramic tape system. The majority of commercially available microwave dielectrics show increasing firing temperatures > 1200℃ which make them incompatible with Ag metallizations or show high dielectric loss which limit their usage in RF wireless applications. This development work demonstrates the integration of a low loss, high permittivity ε= 60 dielectric tape into a conventional Ag bearing LTCC structure. The concept of a dual sintering process is introduced and the resultant mechanical benefits with regard to tape fired shrinkage are explained in detail. Permittivity and dielectric loss data at RF for the new structure are presented. These high K and low loss dielectrics along with a comprehensive material system developed by Heraeus will support customers in meeting the challenges of reducing cost and enhancing the performance of RF devices for high frequency applications.
机译:LTCC技术在RF无线应用中的快速增长显然受到小型化和移动通信系统趋势的推动。该技术提供了以经济有效的方式集成无源组件的可能性。贺利氏已将具有NPO性能的兼容的高介电常数和低损耗电介质应用于改良的贺利氏CT700低温共烧陶瓷带系统中。大多数市售微波电介质的烧成温度均高于1200℃,这使其与Ag金属化层不兼容,或者介电损耗高,从而限制了它们在RF无线应用中的使用。这项开发工作演示了将低损耗,高介电常数ε= 60的绝缘带集成到传统的含银LTCC结构中。介绍了双重烧结工艺的概念,并详细解释了带材燃烧收缩带来的机械效益。给出了新结构在射频的介电常数和介电损耗数据。这些高K和低损耗电介质以及Heraeus开发的综合材料系统将支持客户应对降低成本和提高高频应用RF设备性能的挑战。

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