Measurement of supply noise suppression by substrate and deep N-well in 90nm process

Y. Ogasahara, M. Hashimoto, T. Kanamoto, T. Onoye
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引用次数: 11

Abstract

This paper measures and compares power supply and ground noises in a triple-well structure and a twin-well stricture. The measurement results of power supply and ground waveforms in a 90 nm CMOS process reveal that the power noise reduction thanks to the increased junction capacitance associated with the triple-well structure overwhelms the ground noise suppression due to the resistive network of p-substrate in the twin-well structure. These noise suppression effects are well correlated with the simulation that uses on-chip RC power distribution model with package inductance, chip-level p-substrate resistive mesh and distributed well junction capacitances.
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衬底和深n阱对90nm工艺中电源噪声抑制的测量
本文对三井结构和双井结构的电源噪声和地噪声进行了测量和比较。在90 nm CMOS工艺中,对电源和地波形的测量结果表明,三孔结构中增加的结电容所带来的功率噪声降低超过了双孔结构中p衬底电阻网络所带来的地噪声抑制。采用具有封装电感、片级p-衬底电阻网格和分布阱结电容的片上RC功率分布模型进行仿真,结果表明这些噪声抑制效果与仿真结果密切相关。
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