The noise-shaping successive-approximation register (NS-SAR) ADC is increasingly deemed as a promising digitizer architecture for high-resolution sensing ...

An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping. SAR with Amplifier-Reused In-Loop Buffering and NTF. Leakage Reshaping. Tian Xie, Ken Li, Tzu-Han Wang, ...

An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping SAR with Amplifier-Reused In-Loop Buffering and NTF Leakage Reshaping. T Xie, K Li, TH Wang, WE Lee, E Esen ...

Aug 5, 2024 · An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping SAR with Amplifier-Reused In-Loop Buffering and NTF Leakage Reshaping. CICC 2024: 1-2; 2023.

Jun 4, 2024 · An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping SAR with Amplifier-Reused In-Loop Buffering and NTF Leakage Reshaping. CICC 2024: 1-2; 2023.

Tian Xie, Ken Li, Tzu-Han Wang, Wei-En Lee, Engin Esen, Dong-Suk Kang, Shaolan Li, “An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping SAR with Amplifier-Reused ...

Prototyped in 65-nm CMOS technology, this work achieves 84.1-dB signal-to-noise-distortion ratio (SNDR) with 500-kHz bandwidth (BW) under a small OSR of 5.

Apr 24, 2024 · ... Yifei Fan, Jie Yuan. An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping SAR with Amplifier-Reused In-Loop. Buffering and NTF Leakage Reshaping ...

24-2: An 82dB-SNDR Input-Driving-Relaxed Noise-Shaping SAR with. Amplifier-Reused In-Loop Buffering and NTF Leakage Reshaping. » Mr. Tian Xie (United States)1 ...

The goal of this ASCENT research is to develop, integrate, and test foundational technologies required for a scalable monitoring and triage system for patients ...