Open llllrrrrrr opened 2 years ago
The Tscan
parameter is to define the scan time with respect in unit of round trip time.
The numerical result are expected to be different for different Tscan for several reason:
I hope this helps
Thanks for your answer, we understand that Tscan with the tuning range can control the laser tuning rate together . However, we still have some doubts:
You said that considering adiabatic, the speed should not be too fast. If the simulation time is not taken into account, will the slower speed be more friendly to the simulation results? We increased the Tscan in the case that we originally have a soliton state, but there is no single-soliton any more, should we use the smaller Tscan or continue to increase?
If other parameters such as power and dispersion remain unchanged, and we use different tuning speeds (changing Tscan and tuning range) to reach the single soliton stage, should the corresponding optical frequency comb be the same?
Thanks again for your kind answer, it helped us a lot!
We have some questions about one of the parameters, Tscan. How is this value determined? When we changed it (up or down), we found that it made a big difference to the results, and there was no such amount in the actual experiment, so we didn't know what the basis for the adjustment was. We would appreciate it if you could answer us at any time! :)