Microstructures Properties of barium-strontium titanate (BST) ceramics Doped with B-Li Glasses for LTCC Technology Applications

L. Tang, Xiaofeng Sun, Minghua Zhang, C. Wan
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Abstract

A new sintering aid system of boron lithium glass for LTCC layer is introduced. Due to the existence of liquid phase, the sintering temperature of barium strontium titanate decreases from 1350 °C to 950°C. The effects of B-Li glass in LTCC devices were studied. The samples which sintering temperature at 950°C shows optimize the dielectric performance, including low dielectric constant is 368 and low dielectric loss is 0.007. Dielectric tunability of simple LTCC multilayer ceramic capacitor devices are manufactured by tape casting process. The measured capacitance increases with the increase of layers, and the tunability is stable at 12% (300 volts).
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掺杂B-Li玻璃的钛酸钡锶(BST)陶瓷在LTCC技术中的微结构特性
介绍了一种新型LTCC层硼锂玻璃助烧结体系。由于液相的存在,钛酸锶钡的烧结温度从1350℃降低到950℃。研究了B-Li玻璃在LTCC器件中的作用。烧结温度为950℃时,样品的介电性能最佳,介电常数为368,介电损耗为0.007。采用带铸法制备了简单LTCC多层陶瓷电容器器件的介电可调性。测量电容随层数的增加而增加,可调性稳定在12%(300伏)。
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