Designing 5GHz microstrip coupled line bandpass filter using LTCC technology

M. R. Saad, Z. Ambak, R. Alias, A. Ibrahim, S. Shapee, M. Yusoff, M. Yahya, A. Mat
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引用次数: 5

Abstract

A top-down detail design of a 5 GHz micro strip coupled line band pass filter in LTCC is presented in this paper. LTCC, which stands for low temperature co-fired ceramic is especially used for wireless and high-frequency applications. Now, the importance of LTCC is becoming more prominent in views of the fact a lot organizations has been funding R&D-projects regarding this new technology that focuses on larger implementation of functionality in LTCC substrates. Although Malaysia is new to this technology, its industry has certainly high hopes on the LTCC innovation to make a breakthrough and contribute significant benefits to the technology, industry, market and also, the country itself. The filter circuit was designed and simulated by using ADS2005A. Then, the physical dimensions of components and the filter itself is subsequently determined and the physical design is later performed in the layout window of Empire XcCEL. All measured simulations are analyzed and compared to design specifications and characteristics (curve fitting). Any inaccuracy is taken into account where corrected design is further recovered.
采用LTCC技术设计5GHz微带耦合线带通滤波器
本文提出了一种自顶向下的LTCC中5ghz微带耦合线带通滤波器的详细设计。LTCC代表低温共烧陶瓷,特别用于无线和高频应用。现在,LTCC的重要性正变得越来越突出,因为许多组织一直在为这项新技术的研发项目提供资金,这些项目的重点是在LTCC基板上实现更大的功能。虽然马来西亚是这项技术的新手,但其行业当然对LTCC创新寄予厚望,希望它能取得突破,并为技术、行业、市场乃至国家本身做出重大贡献。利用ADS2005A对滤波电路进行了设计和仿真。然后,确定组件和过滤器本身的物理尺寸,并在Empire XcCEL的布局窗口中执行物理设计。对所有测量的模拟进行分析,并与设计规格和特性进行比较(曲线拟合)。任何不准确的地方都要考虑到进一步恢复的修正设计。
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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