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Fower-constrained CMOS scaling limits

机译:花朵受限的CMOS缩放限制

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摘要

The scaling of CMOS technology has progressed rapidly for three decades, but may soon come to an end because of power- dissipation constraints. The primary problem is static power dissipation, which is caused by leakage currents arising from quantum tunneling and thermal excitations. The details of these effects, along with other scaling issues, are discussed in the context of their dependence on application. On the basis of these considerations, the limits of CMOS scaling are estimated for various application scenarios.
机译:CMOS技术的缩放已快速发展了三十年,但由于功耗限制,它可能很快就会结束。主要问题是静态功耗,这是由量子隧穿和热激发引起的泄漏电流引起的。这些影响的详细信息以及其他缩放问题将在它们对应用程序的依赖性的背景下进行讨论。基于这些考虑,针对各种应用场景估计了CMOS缩放比例的限制。

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