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28.2 A 400-to-1000nm 24μ W Monolithic PPG Sensor with 0.3A/W Spectral Responsivity for Miniature Wearables

Sung-jin Jung,Jeil Ryu,Wanghyun Kim,Seunghoon Lee,Jongboo Kim,Hyelim Park,Taeyoul Jang,Haedo Jeong,Juhwa Kim,Jeongho Park,Raeyoung Kim,Jeonghoon Park,HeeJae Jo,Whee Jin Kim,Jangbeom Yang,Bongjin Sohn,Yuncheol Han,Inchun Lim,Seoungjae Yoo,Changsoon Park,Dae-geun Jang,Byung-Hoon Ko,Jeongwook Lim,Jihon Kim,Kyungho Lee,Jesuk Lee,Yongin Park,Long Yan

2021 IEEE International Solid- State Circuits Conference (ISSCC)（2021）

Cited 17|Views9
Key words
photoplethysmography sensors,wearable devices,oxygen saturation,blood pressure,PPG sensing technology,motion turbulence,green LED,wide-dynamic-range current-sensing front,near-infra-red PPG sensor,TWS,heart rhythm,blood flow,monolithic integration,spectral responsivity,CMOS monolithic PPG sensor,W monolithic PPG sensor,size 400.0 nm to 1000.0 nm,power 24.0 muW
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