In the previous topic we have is talking about the extreme measures in this topic.
We are going to learn about the advantages and disadvantages of the current architecture.
So first, we are going to discuss about the advantages of the architecture.
The current architecture can easily adapt itself to many different technology requirements, achieving
a very good sensitivity and selectivity while it provides more sensitivity and selectivity.
We have seen earlier that the current architecture consists of two luchadores later one and two.
So you go to these two luchadores later, you can provide the good sensitivity and selectivity.
We can choose our design frequency from the range of frequencies because we have a lot of options to
do the research frequencies using this to look at local later.
The second thing is that issue of sort of the first few days is removed by the very first filter and
the last stage suppressed by the court in the proceedings stage.
So as you said earlier, so it consists of one plus filter and stages of gain, gain, gain in processing.
So due to this reason, that issue of set can be removed in the case of actual architecture.
Moreover, suppose out of out-of-band frequency due to the local obsoleted, this is can be suppressed
by the very first filter.
So suppose this is my final signal and there is also some signal of support at the transmitter site.
We are using that as filter.
So by this signal will be passed and the signal will be suppressed.
So what is the disadvantage of this system?
So it requires many external components like this action is to preserve the image of the signal.
So due to this, the complexity of the structure is in pieces and it is very difficult to integrate
on to this system.
So, again, there are there are a lot of components.
So there is some major in from the cost point of view.
This is a costly system, hence the strophic we have studied about the architecture advantages and disadvantages.
Next, we are going to learn the advantages and disadvantages of the.