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So let us try to understand how we use and interpret and watchdog timer, right?

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So we already have a fundamental blog design, which consists of a new white light and microplate spinner

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with the help of a diesel script that we have created in the course rate.

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So we go ahead and click on this plus button and we just need to look for lead.

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So this will give us an easy time based watchdog timer, which will be adding to a canvas right now,

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as we already know the fundamental of all washed up, and that the spirit could not be dynamically configured.

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Again, the default verdict that has been set is totally right, and that basically give us the delay

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of two to throw across.

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The single operator, which is around 10 seconds in this case, will just be giving up the default setting.

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Now, if you just to innovate, you'll be finding that there are three instruments available on an output

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side often WTT, right?

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So first time is in trouble indeed, anyway.

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OK, I will give out an I when we go from wall one to all right.

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So that is the use of the first week when our calendar goes from all blank to all that is it basically

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give us the 32 bit game based counter like operation where all the 32 bit goes from all one to all the

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right.

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The second one is to whatever count that we set, OK, in this case, it is second.

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So after that count complete, we will be getting in trouble with.

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Then we again have one more in which is the ability to reset.

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OK.

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So let's assume we are using WTT right and our WTT is expired for the first time.

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OK.

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And if users do not restart, then washed off timer.

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And if WD takes expired for a second time, OK, then in that case, it reset.

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It's been generating, right?

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So.

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The most easiest trip to start with is that 18 trips where we set up account.

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And then as our count reaches to a zero, we will be generating an interest rate that is what we going

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to utilize in this demonstration rate.

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Again, we know that we cannot directly connect an interest to the interest of Michael.

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Microbes will go ahead and rely high in DC, which is an true controller, and then the WD Dean Shopping

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will be connecting to a 90 percent off our eye in DC, right?

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So we'll go ahead and will select WTT and it will be connecting it to an idea.

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Similarly, the output of an entire controller will be feeding to an interruption of microplates, right?

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So the connections are made.

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We are ready to perform a connection automation, so this will automatically connect the sleeve interface

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that we have on and watchdog timer, as well as our own controller to the make CDP protocol microplates

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utilizing any exciting techniques.

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Now, so you analyze the block, you'll be finding you have any sane technique which is communicating

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the detail from CD people to you, like the entire controller and a washed up name again.

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We proceed to perform our validation of design, and once validation is successful, we'll just be calculating

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the number of pools that we have in our design.

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So we have resets this clock USB and we already know that.

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So all the pins that we have in and hybrid design has already been mapped to their respective print,

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right?

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So we go ahead and proceed for an additional finished in the upper right hand as I wrapper is ready.

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We'll be proceeding for generation of objects.

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Right?

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So they have already generated a bit for the quote.

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No, you need to follow the normal procedure to exporting hardware into a directory where you have your

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project and you also need to create an application project and the platform project.

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Great.

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So we'll start discussing directly the code OK, which could be used to handle the interpreting this

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from WD.