Progress of surface plasmon nanostructure enhanced photodetector (Invited)

Weidi He; Dan Su; Shanjiang Wang; Huanli Zhou; Wen Chen; Xiaoyang Zhang; Ning Zhao; Tong Zhang

doi:10.3788/IRLA20211014

Journals >Infrared and Laser Engineering >Volume 50 >Issue 1 >Page 20211014 > Article

Infrared and Laser Engineering
Vol. 50, Issue 1, 20211014 (2021)

Progress of surface plasmon nanostructure enhanced photodetector (Invited)

Weidi He¹, Dan Su², Shanjiang Wang¹, Huanli Zhou¹, Wen Chen¹, Xiaoyang Zhang¹, Ning Zhao¹, and Tong Zhang¹

Author Affiliations

¹Joint International Research Laboratory of Information Display and Visualization, School of Electronics Science and Engineering, Southeast University, Nanjing 210096, China

²School of Instrument Science and Engineering, Southeast University, Nanjing 210096, China

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DOI: 10.3788/IRLA20211014 Cite this Article

Weidi He, Dan Su, Shanjiang Wang, Huanli Zhou, Wen Chen, Xiaoyang Zhang, Ning Zhao, Tong Zhang. Progress of surface plasmon nanostructure enhanced photodetector (Invited)[J]. Infrared and Laser Engineering, 2021, 50(1): 20211014 Copy Citation Text

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Enhance effect	Responsivity	Response time	Wavelength	Ref.
LFE	287.5 A·W⁻¹	19 s	532 nm	[8]
LFE	7 940 A·W⁻¹	1.6 s	520 nm	[25]
LFE	~0.4 V·W⁻¹	−	4 450 nm	[26]
LFE	38.57 A·W⁻¹	27 ms	532 nm	[27]
LFE	7 A·W⁻¹	−	600-1 200 nm	[29]
LFE	64 A·W⁻¹	2.4 ms	700-1 600 nm	[30]
LFE	2.97 × 10⁴A·W⁻¹	18 s	610 nm	[38]
LFE	518 mA·W⁻¹	−	3.4 μm	[39]
LFE	1 050 A·W⁻¹	300 ms	590 nm	[40]
LFE	0.38 A·W⁻¹	−	1 550 nm	[41]
LFE	0.386 A·W⁻¹	−	860 nm	[42]
SPIHE	385.2 A·W⁻¹	−	1 070 nm	[21]
SPIHE	83 A·W⁻¹	600 ns	1 550 nm	[28]
SPIHE	94.5 A·W⁻¹	1.3 ms	1 150 nm	[35]
SPIHE	0.16 mA·W⁻¹	−	550-850 nm	[36]
SPIHE	7.4 A·W⁻¹	112 μs	450 nm	[37]
SPIHE	8.17 mA·W⁻¹	−	1 200-1 475 nm	[43]

Table 1. [in Chinese]

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