Impact of duty cycle and nano-grating height on the light absorption of plasmonics-based MSM photodetectors

Impact of duty cycle and nano-grating height on the light absorption of plasmonics-based MSM photodetectors

We use finite difference time-domain (FDTD) method to calculate the light absorption enhancement of nano-grating assisted metal-semiconductor-metal photo-detectors (MSM-PDs). The simulated results show that the light absorption enhancement of nano-grating assisted MSM-PD is ~9-times better than conv...

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Hauptverfasser: Masouleh, F. F., Das, N., Mashayekhi, H. R.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Absorption
Apertures
duty cycle
FDTD simulation
Finite difference methods
Gratings
Metals
MSM-PDs
nano-grating
Optical surface waves
Subwavelength aperture
surface plasmon polariton
Time domain analysis
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creator Masouleh, F. F.
Das, N.
Mashayekhi, H. R.
description We use finite difference time-domain (FDTD) method to calculate the light absorption enhancement of nano-grating assisted metal-semiconductor-metal photo-detectors (MSM-PDs). The simulated results show that the light absorption enhancement of nano-grating assisted MSM-PD is ~9-times better than conventional MSM-PD.
doi_str_mv 10.1109/NUSOD.2012.6316521
format Conference Proceeding
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subjects Absorption
Apertures
duty cycle
FDTD simulation
Finite difference methods
Gratings
Metals
MSM-PDs
nano-grating
Optical surface waves
Subwavelength aperture
surface plasmon polariton
Time domain analysis
title Impact of duty cycle and nano-grating height on the light absorption of plasmonics-based MSM photodetectors
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