All language subtitles for 4. Control output voltage and measure by analog module

Before we write that program for measuring temperature and calling about things calling does everything

I would like to write with your some short program was nice which will control output voltage and measure

it by the analog model we will control the voltage and change it according to some time from our people

seem to remember we had something like an energy or time clock which was in that extended function.

In previous chapter please create such a timer with these variables.

I have it repaired.

You really are in DBM in time as you see here.

We have got this static variables for that for the time it is DTL and read the Bible for the interior.

And now I prepared also the read to local time I have said in my to see the wild time.

So these things should work.

Please stay that program which we prepared in the previous subchapters as it was prepared.

Nothing changed.

And now I would like to write your sequence which will change our voltage.

And next week what about that.

Once again that our model for measuring these voltage.

So this program which we had before we state it and we right here from the network for.

And also prepare that network for this block for the clock.

We are right here some program which will change our value of the Volt.

So what we can make we can use your comparator which will take from our D-B time and exactly the second

because this cycle will work in one cycle in one cycle and it is exactly one minute.

So for example for the second a second to zero we will move the value of zero point zero because it

is real.

We will port to our end the zero so our output in that voltage as you will see is the zero is exactly

in this place before this program.

We put this value manually by changing it from the program.

Now these will be changed dramatically in some sequence.

Next we can copy this as you will see here.

We will move these value on when we have got exactly in our clock second equals to zero does not matter

at which time which hour which day the most important that the second of the clock is exactly equal

to zero.

Next when we have got second 15 for example we want to update voltage free come up for free come out

5 volts next ones I can copy it in for example 2 or more.

For example when we have got first day and for example fifty five second here we would like to have

for example seven Volt and here nine comma Seven these we can don't loan to our APL see and see how

we can in a very easy way control some of their voltage analog voltage in such a way.

But here as you will see that we control these voltage in some steps so we do not use whole range and

the accuracy as you see him now after the program you'll see that we have got for example second of

the hour involved hour timer.

And as you see when we have got the second 15 then our block of the move is executed and right the value

of that free come off 5 volts as you see in our previous blocks.

Here we put my 5 volt and this water.

And on the under and look model for measurements is also freq on our 5 volt after some seconds when

we have set the time these value short changed as you see now it is seven volts because it is for for

the.

And now in the 55 second we also trained for another vault.

So it is a very easy program but you will see that we can count on it now.

Our model in some Automattic way we do not have to change it manually.