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Semiconductor device including wire bonding pads and pad layout method

机译:包括引线键合焊盘的半导体器件和焊盘布局方法

摘要

In a layout structure of pads and a structure of pad used for a test or wire bonding of a semiconductor device, a size of at least one or more non-wire bonding pads is relatively small as compared with a size of at least one or more pads to be used for wire bonding of the semiconductor device. In the pad structure, a pad includes a wire bonding region that has an embossed surface for a portion of top metal layer within a determined pad size to improve the bonding process, and a probe tip contact region that does not have the embossed surface for a surface portion of the top metal layer within the determined pad size, so as to reduce wear of probe tip during testing of the device. Pad pitch can thereby be increased within a limited region, and peripheral circuits can be further formed in regions that would have been occupied in a conventional pad formation region. Higher integration of semiconductor devices and reduced wear of probe tip in probing is thereby realized.
机译:在焊盘的布局结构和用于半导体器件的测试或引线键合的焊盘的结构中,与至少一个或多个非引线键合焊盘的尺寸相比,至少一个或多个非引线键合焊盘的尺寸相对较小。用于半导体器件的引线键合的焊盘。在垫结构中,垫包括引线接合区域和探针尖端接触区域,该引线接合区域具有用于确定的焊盘尺寸内的顶部金属层的一部分的压纹表面,以改善接合过程,该探针尖端接触区域不具有用于压焊的凸纹表面。顶部金属层的表面部分在确定的焊盘尺寸范围内,以减少设备测试期间探针尖端的磨损。从而可以在有限的区域内增加焊盘间距,并且可以在本应被传统焊盘形成区域占据的区域中进一步形成外围电路。从而实现了半导体器件的更高集成度以及探针探测中探针的减少的磨损。

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