Journal
ACS NANO
Volume 11, Issue 9, Pages 8790-8795Publisher
AMER CHEMICAL SOC
DOI: 10.1021/acsnano.7b02826
Keywords
graphene; pressure sensor; paper-based sensor; thermal reduction; human motions
Categories
Funding
- National Key RD Program [2016YFA0200400]
- National Natural Science Foundation [61574083, 61434001]
- National Basic Research Program [2015CB352101]
- Special Fund for Agroscientific Research in the Public Interest of China [201303107]
- Beijing Innovation Center for Future Chip
- Tsinghua University [2014Z01006]
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Pressure sensors should have an excellent sensitivity in the range of 0-20 kPa when applied in wearable applications. Traditional pressure sensors cannot achieve both a high sensitivity and a large working range simultaneously, which results in their limited applications in wearable fields. There is an urgent need to develop a pressure sensor to make a breakthrough in both sensitivity and working range. In this paper, a graphene-paper pressure sensor that shows excellent performance in the range of 0-20 kPa is proposed. Compared to most reported graphene pressure sensors, this work realizes the optimization of sensitivity and working range, which is especially suitable for wearable applications. We also demonstrate that the pressure sensor can be applied in pulse detection, respiratory detection, voice recognition, as well as various intense motion detections. This graphene-paper pressure sensor will have great potentials for smart wearable devices to achieve health monitoring and motion detection.
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