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Let's begin with analog outputs.
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So I have my list here and here I haven't got analog outputs what I should dorm.
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I should see a model here or signal but I have a signal vault.
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So it does not look out for one on the look out of that as a resolution off 12 beats.
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So take the rock and roll drop and bought this place as you will see after it.
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I can click here and go to properties and see what I have exactly here.
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Here you see that we have got Channel zero.
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So the Shenandoah for example is for the voltage or current output.
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If I changed the column you see that the current rate is far from zero to 20 million amps and voltage
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it is plus minus 10 volts.
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So I chose the voltage output.
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It is everything from the side.
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Second think what you should know at all is to know which address will pass exactly of this model for
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measuring these value.
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We need that integer value or so it is what we need to bytes.
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So it started at the byde a D and Ds and is at 81.
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So you have to remember these values the most important is this first value because we have to start
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our cure that you're d in order to have this full range of measurements.
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So after days we can come back to our program and prepare that program.
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But first of all I have to explain your how we recalculate the values from these Mandola to our normal
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values.
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First of all I would like to show you why we have this strange number of deranged twenty seven thousand
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six hundred forty eight.
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Why you'll see here.
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Our own output representation.
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It is for the voltage as you see that for the voltage is zero.
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It is it's taken a scale between decimal our decimal system to all the voltage.
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If you will know our model can measure from plus or minus 10 volts for minus 10 a volt we have got this
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right.
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So we're short.
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Right.
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We should work in this range because it is our as you see right.
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Right.
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We can also narrow some moral higher values of the voltage it is over short range and we can measure
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these values so they're just a value can measure it is in the of these numbers.
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And in the voltage it is eleven point seventy six votes.
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If we have such higher voltage We have got overflow and our daughter beings to have some.
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And we cannot measure the voltage.
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But in this range we have we can have some net worse resolution or accuracy exactly the same it is from
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the mindless side of the voltage.
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So now go to our equations and here we have got our equations as we remember we have this value of the
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maximum value.
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It is twenty seven thousand six hundred forty eight and it is for 10 volt if we want for example measure
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not exactly measure but put some voltage on the out with and we want half the value of six volts.
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We have to put some value in the same model.
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So how we can calculate it directly from the proportions so X is exactly equal the value of the maximal
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range multiplied by our value which we want to have by divided by the maximum the range of our model.
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So as you will see after these recalculation we short paused here in D.C. sixteen thousand five hundred
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eighty eight point eight.
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But your if you remember that we put only the integer values because it is Dabur it is worth.
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So we have to port and that these arrests of this value and port here.
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This is enough for our accuracy.
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So come back to the program and start programming so being that we can though if our lock out model
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is for some output voltage this model how we can make it we use for it watching for a stable home.
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So in online moët you can read out here our address if you remember for my case it was a team our display
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format chores email plus minus because our my mother has exactly plus minus 10 Covault And here we modify
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it.
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This value can be of course from this model from plus or minus or from mine plus twenty seven thousand
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six hundred forty eight.
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So for example if you want obtain some value on the out of the model Please write some volume for example.
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Right the maximum value twenty seven hundred twenty seven thousand six hundred forty eight.
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And after this please click this lightening.
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Next if you want see if you have got exactly this voltage on your model on the vote please contact all
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your people see volt meter.
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According to specification which show wiring diagram.
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So once again come back to this diagram.
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In my case it is a signal board and as you see here we have got exactly these outputs in my signal board.
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If you have got signal model it to look similar you'll have to call Negat volt meter from the zero to
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all that.
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Come on by DS for example black cable or their volt meter and cable.
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Please connect all these out with zero because the zero means that it is exect the first channel of
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these people see.
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So if your value of 10 volts your Euro program works go out.
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For example if you want uptime for example six volts as you remember from this equation which I showed
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you.
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So please write sixteen thousand five hundred eighty eight.
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And when you make it please send it to KLC and checked on your volt meter.
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If you have got 6 volt I have got so we can go out there in our program.
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Now we have to write some program which will send out a Motty click and recalculate the value which
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we would like to have on the out.
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So first being which we have to make.
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We have to implement our equation.
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How we can do it by my function and this very nice block of the calculation.
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First thing I have to say that on the output you'll have to obtain integer value because our analog
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output it does the word output so you will have to have the value exactly in that war state as you see.
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If we put a value in that integer we can Porth only integer values so from zero to 10 so it is only
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10 values for example 11 will be also OK and also for the minus side.
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It's also is but we want for example the value of 6 commodify volts so how we can make it we can doit
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only by their operations.
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We have all true serial operations.
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We will have to port here to free imports as we remember from our equation and I will port here.
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Their value is first of all the value of twenty seven hundred six went to seven thousand six hundred
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forty eight.
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And it is our 2.0 because it will be really valuable here.
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We will support our M.D zero where we will put our value on which we want to have and please rename
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the stack.
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It is for example outport in voltage.
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So here we port which we want like half voltage on the output and the first value it is 10 volts so
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the maximum range of this where our model so that equation in our case it is in one reply by inport
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tool and this error think.
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Divide by input free after each we can not write here.
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Exactly.
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Could that be you.
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Because it is integer.
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So we have to save it in some other variable and defer.
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And we have to rename the stack.
107
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And for example we had a temporary temporary attack because we have to once again it convert.
108
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So if you remember I also showed some conversion
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conversion blocks and how it will works.
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It will change.
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They're very valuable to integer value.
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We will have our and the for.
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So our 10 for our value which we have here obtained and on the output will will support our acute WATB
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because it is our Mandola we can name 8 that it does not look out for.
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For example zero because it is our first outport okay.
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It is everything.
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Now please don't load this program to that you'll see and you'll see how it will exactly works.
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After all alone.
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Please monitor the blocks.
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First of all we have got the values of zero.
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So your volt meter now short display exactly zero zero vault and we can modify this operand and right
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for example Tricom my fi vault.
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Please click OK here you will see some strange values of the calculation because it is scaling back
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proportionately according to our equation the output and these output is next converted by some processors
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of this block to from there really out of value.
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So we create delete does that.
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And it does in our case around it up according to maté Monte-Carlo goals.
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So you'll see that on the output you have on the Volt Meter freq on my 5 volts.
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If you modify it once again these value you can right for example six Gama'a eighty five volts and it
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is called Ding.
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It is about these volume.
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So it is everything about an hour analog output controlling in voltage.
12709
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