Галерея 3116969

Галерея 3116969

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Abstract: In this work, a multi-parameter point sensor based on the combination of Fabry-Perot (FP) and the anti-resonant (AR) reflecting guidance in cascade configuration is propo... View more
In this work, a multi-parameter point sensor based on the combination of Fabry-Perot (FP) and the anti-resonant (AR) reflecting guidance in cascade configuration is proposed and experimentally demonstrated. This structure, based on FP interference and AR reflecting guidance, was fabricated with two different air micro-cavities. The attained experimental results showed different strain and temperature sensitivities for the antiresonance contribution. However, when analyzing the FP interference, only strain sensitivity was observed, demonstrating that this air micro-cavity was also insensitive to temperature variations.
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The Arrival of the fourth industrial revolution has led to the emergence of new monitoring and self-diagnosis challenges for both devices’ maintenance and industrial installations [1], [2]. According to this revolution, the need to evaluate many parameters in real time become of great importance for industrial processes. It becomes necessary to develop new sensor than can be integrated as a part of work environments, tool or installations. For that reasons, sensors must present characteristics such as a reduced size, have immunity against electromagnetic disturbances commonly presented in work environments, or have the possibility of carrying out real time measurements [3]. Once single-parameter measurements for attaining reliable data from an optical system have been widely reported, it has become a great challenge the development of sensors, which present the ability to discriminate and evaluate more than one parameter independently. Environmental perturbations in real-world applications and their resulting crosstalk have made this concept to become of significant importance in the past decades [4]. Multiparameter sensors based on multiple Fabry-Perot interferometers (FPI) with different cavity lengths have been previously presented [5]–[9] in which the information of the desired parameter was codified on each one of the individual cavity lengths. However, here is presented a multi-interferometric structure based on Fabry-Perot (FP) interference and anti-resonant (AR) reflecting guidance and, just by tracking the phase of the FFT of some specific spatial frequencies, the changes of the sensors can be easily monitored in real time (1 Hz) [10], [11]. These phase variations reflect the wavelength shifts induced by the strain or temperature in each spectral contribution separately. This real-time FFT analysis allows isolating each characteristic frequency of the multiplexed interferometers [12], achieving a higher resolution [13] which means a remarkable robustness against unwanted parameters such as noise or dependence on polarization changes that occurs in most optical fibers.
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