Modelling and Analysis of Photonic Sensor Based on Ring Resonator for Glucose Detection
Authors: Ambika. S#1, Kalpana Vanjerkhede*2
DOI: DOI: 10.87349/ahuri/180142
Page No: 1-6
Abstract
Diabetes is today’s major global problem. Continuous monitoring of blood/urine glucose level is prerequisite for diabetic patient. In the proposed work we consider the two-dimensional photonic crystal-based biosensor for detecting glucose level in human body. Two ring resonator structure such as horizontal loop double ring resonator and vertical loop double ring resonator is considered. Wavelength shift is obtained for identification of glucose level in blood andurine. Quality factor, sensitivity and transmission efficiency of designed sensor is investigated. Maximum quality factor 12343 is obtained for horizontal loop double ring resonator structure compared to vertical loop double ring resonator structure. Sensitivity of 5681nm/RIU is obtained for horizontal loop ring resonator structure. Maximum wavelength range is obtained for horizontal loop double ring resonator structure. Result obtained shows promising for future fabrication feasibility. Keywords: Ring resonator, Photonic Crystal, Glucose, Blood, Urine, Vertical Loop, Horizontal Loop.
