Fourier Domain Mode Locked Laser using Matlab
Title: - Dynamics of Fourier domain mode-locked lasers
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Implementation Plan:
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Step 1: Initially load the dataset
Step 2: Then, calculate electric field envelope at the entrance of the SOA based on time dependent quantity and amplitude and bandwidth.
Step 3: Next, static filter and the consequent CW solutions based on Equation-1 and Equation-2
Step 4: Next, calculate the FDML values where the filter is swept.
Step 5: Next, consider now the stability of the CW solutions and calculate the FDML values
[the process based on your requirement]
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Title: - A theoretical description of Fourier domain mode locked lasers
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Implementation Plan:
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Step 1: Initially calculate the nonlinear Schrödinger equation (NSE) to detect the refractive index in the SOA
Step 2: Then, pivotal element of the FDML laser is the sweep filter, a narrowband optical bandpass filter periodically.
Step 3: Next, calculate the FDML values based on Equation-3 and Equation-4
[the process based on your requirement]
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Software Requirement:
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1. Tool: Matlab R2020a [But we implemented in MATLABR-20222b]
2. OS: Windows 10 – (64-bits)
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Note:-
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1) please send the dataset with required parameters values.
2) based on your requirement we provide the partial output by using matlab. because in the previous mail already specified like ,"We analyze your two papers , the both papers fully have theoretical and numerical derivations based on FDML laser. so it's not possible by using the matlab simulink model."
3) if the above plan satisfies your requirement , please provide the processing details , like above step by step.
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