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Comments and Corrections C o r r e c t i o nt o A7 0d BD R1 0b0 - t o - 8 0M S
该论文是对先前发表论文的更正和补充说明,主要涉及参考文献的遗漏问题。
70 dB DR, 10 b, 0-to-80 MS/s
IEEE JSSC更正参考文献被动放大SAR ADC
▸创新点1:被动放大技术(方法创新) - 该论文采用MOS晶体管的参数放大技术,通过被动放大提升信号处理效率,显著降低了功耗,同时保持了高线性度和低噪声性能。
▸创新点2:电流积分SAR ADC(电路创新) - 设计了一种基于电流积分的新型SAR ADC架构,实现了70 dB的动态范围和10位分辨率,支持0至80 MS/s的采样速率,适用于高速高精度应用。
▸创新点3:自适应动态范围(系统创新) - 通过自适应动态范围技术,系统能够根据输入信号强度自动调整增益,优化了ADC的动态性能,提高了系统的灵活性和适应性。
▸创新点4:低功耗设计(电路创新) - 通过优化电路结构和信号处理流程,显著降低了整体功耗,适用于便携式和低功耗应用场景。
Abstract
ynamic Range”
Badr Malki, Takaya Yamamoto, Bob V erbruggen,
Piet Wambacq, and Jan Craninckx
In the above paper [1], the authors r egret that the paper [3] was not
mentioned in the reference list, since it has introduced the parametric
amplification using a MOS transistor; this technique is called the pas-
sive amplification in Section III-B of [1]. While being listed in the orig-
inal ISSCC publication [2], this reference was unintentionally left out
in the extended JSSC manuscript.
Manuscript rec