摘要
基于广义切比雪夫带通滤波器的综合理论,研究了2.3/2.6 GHz腔体双工器的设计原理及仿真方法。利用能产生传输零点的交叉耦合结构,采用公共谐振腔将两个通道滤波器进行合路,通过电磁仿真软件对双工器模型仿真分析,并进行了实物的加工和调试,得到的实测曲线满足设计要求。该双工器已成功应用于4G移动通信系统中,从而论证了该方法的正确性与可行性。
Based on the theory of the general Chebyshev band - pass filter, the design principle and simulation method of a 2. 3 GHz/2. 6 GHz Band coaxial cavity diplexer is studied. The coupling matrix with transmission zeros is calculated in the cross coupling structure filter. Two filters are combined with a common resonant cavity. The diplexer is processed and tuned according to simulation diplexer model which is simulated by electromagnetic simulation soft- ware. The obtained curves agree well with the design specifications. The diplexer is applied successfully to 4G mobile communication system, indicating that this method is correct and feasible.
作者
汪海英
江海金
WANG Haiying JIANG Haijin(Rosenberger Technology （Kunshan） Co. , Ltd. , Kunshan 215345, China Jiangsu Havells Sylvania Lighting Co. , Ltd. , Yaneheng 224799, China)
出处
《电子科技》
2017年第1期37-40,45,共5页
Electronic Science and Technology
