Abstract
A novel design of series-coupled racetrack microring resonator arrays with DNA-CTMA is proposed and analyzed. By employing the coupled mode theory and transfer matrix method, the analytical expressions for their output transmission spectrum are deduced. Based on the analysis an optimum series-coupled racetrack microring resonator array with DNA-CTMA is designed. The effects of coupling coefficients on the transmission spectrum are investigated in details and box-like output transmission spectrum is obtained through the optimization of the coupling coefficients and the number of racetrack rings.
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