ASE Noise Characterization of an All-Fiber Sagnac Interferometer via LAN for Remote Sensing

Abraham Sierra-calderon, Jose Carlos Rodriguez-novelo, Manuel May-alarcon, Jaime Rafael Ek-ek, Jose Alfredo Alvarez-chavez (Corresponding Author), Herman Leonard Offerhaus

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Abstract

The spectral noise characteristic and relative intensity noise of an all-fibre Sagnac interferometer consisting of pump source, a WDM, a piece of Er-doped fibre, a fibre Bragg grating (FBG), an optical circulator and a 50/50 coupler, were studied over a 75C-degree range. At the probing end, a high-birefringence piece of fibre and a Peltier were employed for temperature variation. Spectral and temperature response of the noise reduction due to temperature variation was performed remotely using an Arduino micro-controller and a DS18B20 digital sensor and fed into a local area network. Optical and thermal characterization of the system has also been undertaken.
Original languageEnglish
Article number89040
Pages (from-to)554-575
Number of pages22
JournalOpen Journal of Applied Sciences
Volume08
Issue number12
DOIs
Publication statusPublished - 1 Jan 2018

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aeroservoelasticity
local area networks
remote sensing
interferometers
fibers
noise intensity
white noise
noise reduction
spectral sensitivity
couplers
Bragg gratings
temperature
birefringence
controllers
pumps
sensors

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Sierra-calderon, Abraham ; Rodriguez-novelo, Jose Carlos ; May-alarcon, Manuel ; Ek-ek, Jaime Rafael ; Alvarez-chavez, Jose Alfredo ; Offerhaus, Herman Leonard. / ASE Noise Characterization of an All-Fiber Sagnac Interferometer via LAN for Remote Sensing. In: Open Journal of Applied Sciences. 2018 ; Vol. 08, No. 12. pp. 554-575.
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abstract = "The spectral noise characteristic and relative intensity noise of an all-fibre Sagnac interferometer consisting of pump source, a WDM, a piece of Er-doped fibre, a fibre Bragg grating (FBG), an optical circulator and a 50/50 coupler, were studied over a 75C-degree range. At the probing end, a high-birefringence piece of fibre and a Peltier were employed for temperature variation. Spectral and temperature response of the noise reduction due to temperature variation was performed remotely using an Arduino micro-controller and a DS18B20 digital sensor and fed into a local area network. Optical and thermal characterization of the system has also been undertaken.",
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ASE Noise Characterization of an All-Fiber Sagnac Interferometer via LAN for Remote Sensing. / Sierra-calderon, Abraham; Rodriguez-novelo, Jose Carlos; May-alarcon, Manuel; Ek-ek, Jaime Rafael; Alvarez-chavez, Jose Alfredo (Corresponding Author); Offerhaus, Herman Leonard.

In: Open Journal of Applied Sciences, Vol. 08, No. 12, 89040, 01.01.2018, p. 554-575.

Research output: Contribution to journalArticleAcademicpeer-review

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