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| Full Name | Jojo Mathew |
| Organization | Shri Mata Vasishno Devi University |
| Job Title | Student |
| Country |
Forum Replies Created
Hello Varinder Singh, Bessel’s function is just a technique that is mostly used for solving the functions that contain a trignometric function within same or different trignometric function…as an example: f=cos(2*3.14sin(2*3.14x))…In your case, you are using Bessel’s function as a Low pass Filter. Mathematically, the various frequency components that are present in the function in the lower range will be allowed to pass. If you derive the mathematical equation or formula for the Bessel’s filter that you are using will be in the form as: Y= f(cos(sin(x)).
regards
Hello everyone…i have one query regarding the plotting of graphs in optiwave. Is there any way to plot the graph between two independent variables and a single dependent variable…
Regard
Hello Varinder singh..This is a reply to your comment “I welcome you to the optiwave forum…i think the variation in the result is due to some unwanted software,please download the latest version and then simulate it again i hope u will be able to find the solution”… I have already upgraded my software to the latest version.. but still i am facing the same problem. I am still facing the variations in results whenever i try to simulate…Please look onto the problem and give the effective solution that can workout.
Regards.
Hello Varinder singh….thanks for your guidance…But as per my view,the strength of the radiation is not dependent ion the way it is polarized. The term polarization only reflects the way the radiations are radiated. As an example: Circular polarization radiates in all the directions that is Ubiquitous radiation…
Regards
Hello Siva rama krishna, Tech Support is right in saying that the Q-values obtained fro the optisystem are linear. If you are interested in taking the Q-values in dB then kindly apply the log units and convert them into dB.
Regards.
Hello Jamal, since you raised a question related to matlab and optiwave i want to clarify my doubt that i am facing. I want to ask you that are matlab and optiwave compatible with each other? Is there any flexibility to import any code from matlab to optiwave that itself generate the the complete circuit??
Regards.
Moreover, if you are trying to implement an ideal scenario, then you can ignore the dispersion and attenuation parameters in the optic fiber cable…
Regards.
Hello Jyoti rana…. This is a reply to your question related to dispersion and attenuation parameters in the optic fiber cable…. If you wish to implement your project and to compare the results with the practical scenarios, then is is very essntial to take into account the dispersion and attenuation parameters in the optic fiber cable.
Regards.
Hello Pelin Sule,
i have a very basic question… As we all know that Optical band has been divided in the form of windows. In other words first window , second window and third window… What is the reason for creating this bands in the form of windows rather than using the complete band as a single band.
Please reply the answer as early as possible so that i can continue with my project.
Regards.
Hello shanmuga srinivasan….. I am also facing the same problem… Are you able to solve the issue by the solution provided by Alistu…..If yes then please guide…. I am not able to solve the problem even after using the “parallel to serial converter” and “serial to parallel converter” as mentioned by Alistu in one of his comments.
Regards..
Thakyou Ranjeet Kumar….
Hello Mukund,
you please mention the version of the optiwave that you are using .. Perhaps the latest version of optiwave work for you.
And the file that you have attached is unable to open…
Regards
Hello Tanveer. The information you have provided is very helpful…Thank You.
Regards
Thankyou FAYIQA NAQSHBANDI
Regards
Hello Aabid Baba…
Thank you for sharing the solution… Your link was very helpful..
Regards