In the previous topic, we have discussed about the application of software defined radio as a signal
generator.
Now the next topic, we are going to discuss the application of software defined radio as a signal analyzer.
OK, let's start with the architecture of the software defined through.
We have a cross section trustme turn, Dana, we have a single section.
We have received and or we can have some mcdiven so that it can be provided to.
Or we can have some connectors so that others can be taken from here and in the civilization section
because we are going to discuss about signal and the laser.
So I am discussing the receiver S. We have a low noise amplifiers.
We have filters.
We have a mixer's.
Don't convert the signal from a particular frequencies to two girls to the visible part.
If you have an analog to digital converter that is called Ulysse, and after that we have a basement
section.
So in the basement section, now we have the signals.
In the basement of the D.C..
Well, we can do multiple kind of processing, suppose a signal is transmitted to the reverse frequency
or one gigahertz frequency, 64 pump signals transmitted, then it can be received by the receiver or
passed through the receiver.
And when the signal comes to the basement, using the signal processing algorithms and programming,
we can record the signal.
They can plug the spectrum of the signal.
We can visualize the different parameters of the signal.
Suppose my receiver bandwidth is forty six megahertz and it can work from the zero to six yards frequency.
Then I can visualize any signal in this frequency range of are bandwidth 256 megahertz.
So in this way, I can visualize any kind of signal.
So that spectrum can be provided with the help of this software defined radius.
And we can also decode the signal so that we can plug the consternation of the signal.
So DISPOSER 64, we have decoded using the software defined.
Do you there for the signal?
And it can be a good source to analyze the signal or view the signals so that we can further understand
how the communication can be done.
In this topic, we have learned about the Cygnet analyzer in this module, we have discussed the different
applications of software defined radios and how they can be applicable in the 5G system or in their
communications system, as well as different kind of ALVIE system, for example, Hamdard use, as well
as in the laboratory, for example, signals and a good signal analyzer.
Next, we are going to learn the topic based on the demand from the users.
So if you like a more detailed description of of a particular topic in this course, so please cover
so that we can make a lecture on a particular topic in a very detailed render.
The objective of this course is to provide a glimpse of a software defined radio so that you can understand
the different part of your system.
So we are not getting very much detail in a particular topic because it will take another five to six
hours for a particular topic.
So if you are interested in learning a particular topic, please write us so that we can get a new look
just for you on that topic.
Moreover, you have to comply with the local laws when performing to do experiments for the transmission
and deception.
Please follow this local rules because every country has different laws for transmission, interception
and different kind of frequency bands where you can transmit but you cannot transfer it and you cannot
interfere the commercializes in any manner or any other frequency.
And also so therefore comply the local laws and these writers so that we can provide get views on the
particular topics in discourse.
Thanks a lot for your patience.