[maha slitiParticipant]

Many thanks Sir.

[maha slitiParticipant]

Thank you Sir for your response. I have send you an email with my simulation file done with optisystem 17.0.

[maha slitiParticipant]

Yes Alistu, that is what I mean 🙂

[maha slitiParticipant]

Thank you for your response Alistu.
I have an input sampled signal. I need to treat only one sample at once.

[maha slitiParticipant]

Hello,
How can I get at each time a sample of the input sampled signal?
Thank you for your help.

[maha slitiParticipant]

Thank you Alistu.
I want to generate an electrical Radio Signal (that can be a wireless signal, …), then I want to optically sample this signal
and then process each sample.

[maha slitiParticipant]

Hi Alistu,
I think that I can use a mode locked laser in order to sample an analog radio/wireless signal.
I try to use this code in optisystem: http://staging.optiwave.com/download-1/active-mode-locked-fiber-laser/
But I cannot open the file, can you please send me a print screen of the design?

[maha slitiParticipant]

Hi AListu,
Thank you very match for your help. Excuse me for the delay 🙂

[maha slitiParticipant]

Hi,
Can you please help me to implement a matlab code that achieves the role of an optical substractor
(output = InputSignal1 power – InputSignal2 power )? I can use it instead of the optisystem optical substractor?

[maha slitiParticipant]

Hello Damian,
Can you please help me to implement a matlab code that achieves the role of an optical substractor
(output = InputSignal1 power – InputSignal2 power )?

[maha slitiParticipant]

You think that there is solution to this problem?

[maha slitiParticipant]

Hi, I cannot open the file, can you send me a print screen?

[maha slitiParticipant]

Hi, Thank you for your help.
I have considered the design that you have described. But, I did not obtain the objective to omit the signal if its power is not in the interval of [p1,p2]. I have attached my simulation file.

Attachments:

1. Project12.osd

[maha slitiParticipant]

The signal parts with optical power above the p2 threshold, I want to omit them as well. So, If the signal have not a power in the interval of [p1,p2], I want to omit it.

[maha slitiParticipant]

Hi alistu,
Exactly, I need that the upper hard limiter and the lower hard limiter verify that an input signal power is in the interval [p1,p2], so the threshold of the first hard limiter is p1, and the threshold of the second is p2.
The objective is to have an output power only when the input signal is located in the concerned power interval. and, I want to obtain 0w and -100dbm in the other intervals.