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公开(公告)号:US5369380A
公开(公告)日:1994-11-29
申请号:US50361
申请日:1993-05-14
申请人: Gregory J. Ball , Michael Dean , Andrew L. Hume
发明人: Gregory J. Ball , Michael Dean , Andrew L. Hume
CPC分类号: H01P5/1007
摘要: A microwave connector comprises two substrates arranged in orthogonal planes. A first substrate (2) is formed as a microstrip system (8) with a microstrip component (3) connected via a quarter wavelength taper (4) to a parallel transmission line (5). This transmission line terminates in a short circuit (15) to a ground electrode (7) on the back of the microstrip. A second substrate (10) is formed as a slotline system (9) having a slotline (13) between two sheet electrodes (14). In this slotline is a slot (16) of dimensions slightly less than the slotline width and sufficient length to accommodate the microstrip. The microstrip and slotline are electrically unconnected. Energy transfer between microstrip and slotline, or vice versa, takes place by electromagnetic coupling between the transmission line and the edges of the slotline. The slotline may be formed with an additional substrate and slotline electrode in a triplate configuration. Several microstrip components (8.sub.1 to 8.sub.n) may be connected in a single slotline substrate (10, 13).
摘要翻译: PCT No.PCT / GB91 / 02271 Sec。 371日期:1993年5月14日 102(e)日期1993年5月14日PCT 1991年12月19日PCT PCT。 第WO92 / 12547号公报 日期:1992年7月23日。微波连接器包括布置在正交平面中的两个基板。 第一基板(2)形成为具有通过四分之一波长锥度(4)连接到并行传输线(5)的微带部件(3)的微带系统(8)。 该传输线终止于微带背面的接地电极(7)的短路(15)。 第二基板(10)形成为在两个片状电极(14)之间具有槽线(13)的槽线系统(9)。 在这个缝线中是一个狭缝(16),其尺寸略小于槽线宽度和足够的长度以容纳微带。 微带线和槽线电气不连接。 微带和槽线之间的能量传递,反之亦然,是通过传输线与槽线边缘之间的电磁耦合进行的。 槽线可以形成为具有三板结构的附加衬底和槽线电极。 几个微带部件(81至8n)可以连接在单个槽线衬底(10,13)中。