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本文分六个小题目,分别讲述了毫米波集成电路的六种不同方法,包括性能,成本的评价和使用情况。这是美国IEEE—S—MTT关于微波和毫米波集成电路技术委员会(MTT—5)在1976年的国际微波会议上,邀请各不同毫米波集成电路方法的提议者进行的小组委员会讨论,毫米波的传输线和元、器件,一般地认为,损耗大,性能低,尺寸小要求加工精度高,成本昂贵,从这几篇报导,感到这些问题不是不可克服的,同时也看出,毫米波的一些应用情况。目前从国外的一些情况看,毫米波的一些元、器件,100GHz以下的。基本上可资利用了,目前进行向另外的两个“窗口”频率140GHz和220GHz以及更高频段进展。100GHz以下的毫米波应用,也有许多重大的成果。
This article is divided into six small topics, respectively, about the millimeter wave integrated circuit six different methods, including performance, cost evaluation and use. This was the Subcommittee’s discussion by the IEEE-S-MTT Proponents of the Microwave and Millimeter Wave Integrated Circuit Technical Committee (MTT-5) at the International Microwave Conference in 1976 that invited different millimeter-wave integrated circuit methods. The millimeter wave Of the transmission lines and elements, devices, generally believed that loss, low performance, small size requirements of high precision, high cost, from these few reports, I feel that these issues are not insurmountable, but also see that some millimeter-wave Application. At present, some foreign countries look at some of the millimeter-wave devices, devices below 100GHz. Basically available for use, there is currently progress towards the other two “window” frequencies of 140 GHz and 220 GHz and beyond. Millimeter-wave applications below 100GHz, there are many major achievements.