A 16nm 69dB SNDR 300MSps ADC with capacitive reference stabilization

E. Martens, B. Hershberg, J. Craninckx
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引用次数: 4

Abstract

We present a 300 MSps 2 times interleaved pipelined SAR ADC in 16nm digital CMOS. It implements a new scheme to cancel reference voltage ripple due to DAC switching, greatly reducing requirements for decoupling capacitance and/or reference buffering, and achieves better than 76dB harmonic distortion. At 300 MSps, the peak ENOB is 11.2 bit with a power consumption of 3.6mW.
具有电容基准稳定的16nm 69dB SNDR 300MSps ADC
提出了一种基于16nm数字CMOS的300msps 2倍交错流水线SAR ADC。它实现了一种新的方案来消除由于DAC开关引起的参考电压纹波,大大降低了对去耦电容和/或参考缓冲的要求,并实现了优于76dB的谐波失真。在300 MSps时,峰值ENOB为11.2位,功耗为3.6mW。
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