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Power Reduction in VLSI chips by Optimizing Switching Activity at Test Process, Architecture & Gate Level

机译:通过在测试过程,架构和门级优化开关活动,降低VLSI芯片的功耗

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Due to increasing the demand of low power VLSI test process, it is necessary to consider all small factors which affect on total power dissipation. This paper gives the reduction of power by advancement in test pattern generation methods and gives the complete flow of data using switching suppression blocks at architecture and gate level.
机译:由于对低功耗VLSI测试过程的需求增加,因此必须考虑所有会影响总功耗的小因素。本文通过测试模式生成方法的改进来降低功耗,并在架构和门级使用开关抑制模块给出了完整的数据流。

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