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    • 6. 发明公开
    • Improved flexible strip cable
    • 。。。
    • EP0736774A2
    • 1996-10-09
    • EP96301859.3
    • 1996-03-19
    • DISCOVISION ASSOCIATES
    • Lewis, David EarlMurphy, Kent Thomas
    • G01R31/02
    • H05K1/118G01R1/06
    • A flexible strip test cable having an elongated flexible strip cable, a series of strip traces disposed lengthwise on the flexible strip cable and having electrical strip contacts near one end of the flexible strip cable, an extension cable integral with the flexible strip cable and having a width at one end greater than the width of the flexible strip cable, and a series of test traces on the extension cable having electrical test contacts near the end of the extension cable remote from the flexible strip cable. Each of the test traces is electrically connected to one of the strip traces, and the minimum distance between two test contacts is greater than the minimum distance between two strip contacts. The flexible strip test cable may have a tooling guide for aligning a cutting tool with the end of the flexible strip cable which is connected to the extension cable. Alternatively, the test contacts may be electrically accessible through one surface of the extension cable in any pattern so that the minimum distance between two test contacts is greater than the minimum distance between two strip contacts. In still another embodiment, at least one test contact is electrically accessible through one surface of the extension cable and at least one test contact is electrically accessible through the opposing surface of the extension cable.
    • 一种柔性条带测试电缆,其具有细长的柔性条状电缆,一系列条带状轨迹,纵向设置在柔性条状电缆上,并且在柔性条状电缆的一端附近具有电气接触部分,与柔性带状电缆一体的延伸电缆, 在一端的宽度大于柔性条状电缆的宽度,以及延伸电缆上的一系列测试迹线,其具有远离柔性条状电缆的延伸电缆的端部附近的电测试触点。 每个测试迹线电连接到条带迹线之一,并且两个测试触点之间的最小距离大于两个条形触点之间的最小距离。 柔性条带测试电缆可以具有用于将切割工具与连接到延伸电缆的柔性条状电缆的端部对准的工具引导件。 或者,测试触点可以以任何模式通过延伸电缆的一个表面电可触及,使得两个测试触点之间的最小距离大于两个条形触点之间的最小距离。 在另一个实施例中,至少一个测试接触件可通过延伸电缆的一个表面电接触,并且至少一个测试接触件可通过延伸电缆的相对表面电接触。
    • 7. 发明公开
    • Adjustable strap implemented return line for a probe station
    • 定制的带实施了探测站返回。
    • EP0578375A2
    • 1994-01-12
    • EP93304456.2
    • 1993-06-08
    • CASCADE MICROTECH, INC.
    • Smith, Kenneth RoderickGleason, K. ReedWilliams, Jeffrey AlanSpargur, Laura Lorraine
    • G01R1/067G01R1/073
    • G01R1/06772G01R1/06H01R11/18H01R13/03
    • A return line (20) for a probe station includes a sheet-like conductive strap (25) having a first end (52) connected electrically to a first probe (22) and a self-coiling second end (54) connected automatically detachably to a second probe (24), as by insertion of the second probe centrally within the coils of the second end (54). If the spacing between the probes (22,24) exceeds a maximum distance, the strap (25) harmlessly disconnects. The flat central portion of the strap (25) automatically tracks any reductions in the spacing between the probes, which enables fast probe travel and minimizes noise pickup. Preferably a spindle (104) rotatably engages the coiled probe (22) and has a post member (102) that carries the second end (54) of the strap to a far side of the probe to improve tip visibility and electrical connection during close-in probing. A process of making the strap (25) includes depositing layers of metal on a substrate using thin film technology. Self-coiling behavior of the strap is promoted by preheating the substrate (120) and by choosing, for one of the layers, a metal, thickness, and deposition process that will result in strong compressive forces acting internally in the layer. For ease of removal from the substrate, self-releasing behavior of the strap is promoted by providing an ultrasmooth substrate, a first layer material (128) that bonds weakly to the substrate but has a controllable thickness, and a second layer of material (132) that bonds variably to the substrate depending on the thickness of the first layer (128).