Hello, in this studio, we will continue with the digital output and inputs and also analog outputs.
OK, we will check once.
Will it work or not?
First of all, I will make my p.l.c. to run.
OK, now we are at the wrong situation.
And let's check once to this stage.
That's OK.
Output zero point zero and I will make set on so you can see that is active.
So we have an output from the output zero and again set off OK and set on and set off.
OK, so this is working.
This is the first thing.
And another important thing for these CPUs, I will make online it in here and the next section and
let's make it to fifty, first of all.
Normally we were using LDA and one thousand but now it's changed.
OK, so if we go to devise a command list and in here you will see some area at some 400.
Let's go a little bit back, back, back.
OK, in here, always on flat is a four 400 always awful I guess.
Four hundred and one.
OK, so also what we learned is our one hundred seventy two.
Let's go to that.
And you will see in here.
OK, let's read it.
Make a little bit bigger than you will see.
This is Channel two, OK, this is Channel one input, and this is Channel one for the output channel
to analog output.
So we will use our 172 and I will make it close it like that.
And I am four hundred, OK, and always move more and 200 or two thousand four.
Two thousand forty eight.
OK, this is 12.
So this is Tannenwald.
So what will I do.
I will say to here for example.
Five hundred to that are 172.
OK, this is the first thing and then let's send it and update the program line and OK.
And uptake is completed so now I will get my multimeter
ok.
My multimeter is here and then now we are reading Zero World, OK, and now what will I do?
I will put my one prop to analog output, one OK, and another prop to minus.
Let's head up this area.
So now it is OK and you will see two or two of these output OK as analog output, and let's change it
to, for example, to the props are not correct for the minus and plus, I will put it to one side and
also another one.
OK, then you can see two and three world and I will change the value, it is five hundred now.
I will change here to one thousand and I will send it OK and update the program line and then you will
see it is five analog output.
OK, if I say two here, one thousand five hundred seven point five OK.
Or seven to eight and you will say OK, it is working correctly and if I send two thousand ok what will
happen.
Ten.
What is analog output.
And we can read them all of it like that from the analog input.
And this is how can we use OK in here just direct connection to analog output and we can read the analog
output for you.
So this is in a series how can we write to unlock value analog output value and how can we activate
in our output?
If I say to here is zero point zero, what will happen.
Input zero is octave so analog.
I'm sorry, the digital output zero will be also active.
OK, so this is the structure of the eight two hundred eighteen peaks, a serious CPU's in Delta and
we will do an advanced instructions.
Also we will use advanced instructions and we will do advanced applications in the next tutorials and
finished for this video.
See you in the next video.