Be frequently finding that sometimes it may happen that you have written a book called, but you are
not getting what you are expecting out of it, or the school is running at very high frequency so that
you will be able to analyze the results.
OK, so you have designed a counter and that is operating at a second and you have connected the output.
But it's also counter to the.
And when you try to run programming and if you do use, you simply couldn't be able to observe a result
on an elitist.
OK, so they are either after an off or they are either alternate.
OK, in that case.
We need to verify whether the school is actually working on the hard work correctly or not.
OK, so the two most popular apps that we frequently use to debunk are called onto an hardbodies and
OK, or the second one that we have is an Vieaux Wilstein for Integrated Logic analyzer and the Vieaux
transfer virtual input outputs.
What we'll do is we'll just go to the typical futures of food diapers so that we have an abstract idea
of both of them and in what specific cases they can be.
Use one another and then will demonstrate the use of food diapers with an actual design.
So you have an overall picture about how you use an app and what the typical features that you get when
we walk around with this.
OK, so first we start with an iron.
OK, so integrity logic analyzer is a cool.
OK, and that can be used to monitor the internal signals of autism.
OK, so this is an important point to remember that only allow us to monitor the internal signals.
And if you compare this with the video to Vioxx, it is also customizable to customized.
It'll be customizable basically means that the number of troops that you have on tonight and the weight
of each group can be configured according to requirement.
So this could that is the way to allow or will can be used to both monitor as well as driving an internal
signal.
So I'll only allow us to monitor the input signal, whereas VIU allow us to both monitor as well as
trivalent and the signals and that too in real time.
And that is sometimes necessary.
OK, so if you just go to an alley, he'll be finding that.
It gives us a future of which we are having and then more logic logical, including the billion trigger
recreation edge transition triggers and Dilek Synchronoss to the design being monitored.
So the clock that we are utilizing in it is a same clock is used to feed.
I think so though, considering that you have it and clock will also be applied to.
I and this gives us more insight if we compare it with their then logic analyzer.
OK, there we are feeding the clock from Wichita, Texas, OK.
So this is a quite good feature that we get out of an island and then now you can see what is the meaning
of Conficker.
So users selectively no uproots.
OK, and then put Procrit.
It's also configurable.
You can have a multiple throughputs which can be combined into a single trigger condition and it can
also be used to debug the site because in the system.
OK.
So the future is so.
The probe puts sample letter designed to be installed using beta moggy.
So this is an important point to note that when you choose the debt that we basically stole the sample
and that affect the number of resources that we utilize.
So as we increase the debt of an illegal be finding, we consume more BEHRAM resources.
So we need to wisely choose the debt that we are having for an.
I will be finding that I laced the sample into a beta, and once, though I'm tired with this, that
is, for example, if we have chosen and I need to have a of 096, so once all the samples are collected,
that is Fouzi to nine six samples are collected, then only be able to see a week from now if we compare
this with envy.
So we do not consist of any input on any beta so it doesn't have any beta.
So that basically give us a Real-Time monitor and real time driving signal and that can actually be
verified like OK, so here you'll be noticing that the input values are read back periodically and displaying
the biological analyzer.
OK, so if you compare this with the Nili, we have a bit of vet.
We stole the number of sample as specified by the depth.
OK, for Nili.
And once that depth is full, then we get all the sample on and we want to analyze it.
If we compare this to VO.
So the input values are read back periodically and displayed on an Ribadu logic analyzer feature.
OK, so those are the few differences that we have then.
One more important point, this will be finding that the foods that we have on an island, so they'll
be finding that we have.
We can have an end and that end can range from zero to one zero to three, so decide the maximum number
of signals that can be analyzed with the help of a highly developed can range from one to four zero
nine six.
So this is very important point to note.
We cannot trigger aioli or we cannot use annihilate to trigger the IPIS.
Our system that we have inside it is that they can only be used to monitor our signal so poop can reach
from zero to one zero two three.
So this are the number of boots that you can attach to annihilates and that can range from one two four
zero nine six right along with this.
The important point is the depth that we can have.
So that can be one zero two four two zero four eight four zero nine six eight nine two one six three
eight four three two seven six eight sixty five gibi.
And finally one thirty one.
That is the maximum that we can have on tonight.
So those are the few important points against the clock that we'll be using for an eye is the same clock
that we have utilizing at the same rate.
So.
The important point to note about tonight is it basically collect the sample, depending on the depth
that you specify and once all the sample are free into Aviram and then it displayed it on, then we
are to analyze it.
So here we get a provision to to resemble.
The clock that we used to run and I is the same clock that we have in the U.S., it is recommended,
in fact, you can use a different clock, the number of probes that you can have on annihilators, one
zero two four.
So that basically signifies that we can we can analyze maximum one zero two four signals by utilizing
entirely OK.
And the depth can range from.
One key to one thirty one, OK, so that is the maximum, that depth that we get and we can range from
one to four zero nine six.
OK, if we compare this with an VIU so virtual, you have gives an ability to monitor Alvarez drive
signal, but we do not consist of any VĚRA.
So we will be reading back very periodically and will be displaying that on Eduardo and later similarly
will be periodically applying the trigger on to.
The.
IP, or the design that we are testing with the help of NBA right here, also the clock is see what
we have in the design.
It has been recommended that we should use the steam clock that we have inside the design so that the
synchronization become perfect.
OK, so if you just analyzable to hear the food and that is the number of signal that you can monitor
with the help of an VO.
Can be from zero to 256.
OK, so that is the risk that we get, which is less if you compare it, than I and the can range from
one to two, 56.
So would the West, as well as the number of inputs are less if we compare it with Danniella and the
output.
So that can be used to trigger the signals onto your design.
So they also reach from zero to 256 and one to 256.
OK, so those are the few important points that we should have at least.
Abstract idea so that you get an ability to choose how to handle a specific.
Scenario, when you want to say right now, what we'll do is we'll try to demonstrate the working of
who type, so you at least have a good idea about an entire process that you need to follow to connect
Dippin to a design and then perform the jiggering as well as monitoring.