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Impact of Technology in Power-Grid-Induced Noise

机译:技术对电网诱导噪声的影响

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摘要

Due to technology scaling, the trend for integrated circuits is towards higher power dissipation, higher frequency and lower supply voltages. As a result, the power supply current delivered through the on-chip power grid is increasing dramatically, which is recognized in the International Technology Roadmap for Semiconductors as a difficult challenge. Early power grid design and the addition of decoupling capacitance have become crucially important to control power-grid-induced noise. We show analytical relationships and simulation results that highlight key relationships between noise and technology parameters. The results underline trends in noise based on current roadmap predictions and reinforce the importance of early planning of global power grids.
机译:由于技术缩放,集成电路的趋势是朝向更高的功耗,更高的频率和较低的电源电压。结果,通过片上电网传递的电源电流急剧增加,这在国际技术路线图中被识别为半导体作为困难挑战。早期电网设计和解耦电容的增加对于控制电网诱导的噪声非常重要。我们展示了分析关系和仿真结果,突出了噪声和技术参数之间的关键关系。结果强调了基于当前路线图预测的噪声趋势,加强了全球电网早期规划的重要性。

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