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A 2-way 7.3-bit 10 GS/s Time-based Folding ADC with Passive Pulse-Shrinking Cells

机译:具有无源脉冲收缩单元的2路7.3位10 GS / s基于时间的折叠ADC

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This paper presents a two-way time-based folding ADC that uses a passive pulse shrinking (PPS) technique to quantize fine time resolution with a purely passive R-C network. A time folding, and subtraction circuit is introduced to further increase the dynamic range of the ADC without adding more PPS cells. The prototype is implemented in 65nm CMOS and achieves 32.5dB SNDR at 5.001GHz input frequency with the sampling rate of 10GS/s while consuming 29.7mW and occupying an area of 0.015mm2, yielding an FOM of 86fJ/c-step.
机译:本文提出了一种基于双向基于时间的折叠式ADC,它使用无源脉冲收缩(PPS)技术通过纯无源R-C网络来量化精细的时间分辨率。引入了时间折叠和减法电路,以进一步增加ADC的动态范围,而无需增加更多的PPS单元。该原型在65nm CMOS中实现,并在5.001GHz输入频率下达到32.5dB SNDR,采样率为10GS / s,而功耗为29.7mW,面积为0.015mm。 2 ,FOM为86fJ / c-step。

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