Development of millimerwave Duprecsa that uses WG mode conductor resonator

在这项研究中，一个高Q共振器过滤器被提出来确定一个毫米波频率波段的双工器。在第一年，一种共振器设计方法使用了共振电磁场的线性分析，得到了开发。耦合共振器的耦合系数已被分析为一个FDTD模拟器开发的分析。在第二年，过滤器电路安排已经进行了一个多带通过滤器字符性已经被调查。作为一个结果，一个用于60 GHz频率波段的双频滤波器结构已经找到，这个结果可以是毫米波双工电路设计的基础。研究结果被总结为：·一个优化的解析器设计程序考虑高Q字符性和高顺序模式的抑制在几个设计图表中显示出来。耦合共振器的耦合共振特征已经被分析和计算，以获得过滤器设计的基本数据。The Milliimeter-wave Multi-band pass filter：设计的高Q差分盘谐振器的考虑因素已经设计。

In this research, a high Q resonator filters were presented to realize a duplexer for the millimeter wave frequency band. In the first year, a resonator design method using a rigorous analysis of the resonance electro-magnetic fields has been developed. The coupling coefficients of the coupled resonators have been analyzed with a FDTD simulator developed by the investigator. In the second year, the filter circuit arrangement having a multi-band pass filter characteristic has been investigated. As a result, a dual-band pass filter structure for 60 GHz frequency bands has been found. This result can be a basis for the millimeter-wave duplexer circuit design. Research results are summarized as follows ;・An optimized resonator design procedure considering the high Q characteristic and the higher order mode suppression is shown with the several design charts.・The coupling resonance characteristics of the coupled resonators are analyzed and calculated to obtain the basic data for filter designs.・The millimeter-wave multi-band pass filter which consists of the designed high Q dielectric disk resonators has been designed.