Switching dynamics in terms of effective time constant to determine switching points using a Debye relaxation equation
Iraqi Journal of Science
2019, Volume , Issue (Special Issue) The Fourth Conference for Low Dimensional Materials and it's Applications - 2018, Pages 129 -134
2019, Volume , Issue (Special Issue) The Fourth Conference for Low Dimensional Materials and it's Applications - 2018, Pages 129 -134
Abstract
In this work, the switching dynamics of a Fabry-Perot etalon were analyzed in term of effective time constant, which changes dramatically near the switching points. The switch-ON and switch-OFF have been analyzed numerically using a modified Debye dynamic equation. The method used to determine the solution of the Debye relaxation equations solved numerically to predict the behavior of the etalon for modulated input power.
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