Hello, in this tutorial, we will learn the basic parameters, the devices were twice like, um, inputs
and outputs coils in a two hundred series and also a three hundred series pulses in Delta Electronics.
First of all, this is just a basically PowerPoint, and I will show it to you once for the inputs X.
It's OK.
The important point for this PowerPoint here, when the, uh, when you are using with the TV series,
the input was eight zero output was for example, y one y two y zero like that.
But now we have a point X zero point zero or Y zero point zero feel Y sixty three point fifty or sixty
three point fifteen.
This is the first changing with the series and the second one for the data registers.
We can use forty eight thousand OK, data register and forty eight thousand W Auxillary.
OK, and also we have imbeds eight thousand one hundred ninety two.
OK.
It starts from zero but there is no point zero point zero, not just starting from zero and one and
two and like that.
And then we have a special election to replace.
OK, some two thousand forty eight uh different spatial auxiliary um included two Delta Nu newest AC
responses and stepping relays and the timers.
We have five hundred, twelve times and five hundred twelve counter that we can use and in here you
will see thirty two bit counter and we have 256.
These are really huge numbers for the one Kelsi one CPU.
OK and work devices also the constants.
The important point in here you can see it sixteen bit then we can use just directly five, ten or five
hundred or thirty two thousand for the thirty two bits you will see.
This is and also is hexadecimal system.
We need to define sixteen and design and zero or our hexadecimal number and the Delta p.l.c. understand
with the, with the design and with the sixteen it is hexadecimal or not.
OK, that's all.
And we have four numbers, uh, flatting numbers and with the F OK.
And we have the strings and starts from one till thirty two one sorry.
Thirty, thirty one characters.
OK, that's OK.
And also in the right side you can see the vast ranges.
OK, uh in the next PowerPoint you will see the binary decimal binary code on hexadecimal numbers as
binary zero zero zero till and it goes to a decimal number zero is hexadecimal zero.
But let's take a look.
One thousand one.
This one.
OK, this is my band is binary code decimal.
It equals same and then is hexadecimal nine but then suddenly one thousand one one zero one zero.
This is binary number OK is decimal ten but it hexadecimal A and also in the right side hexadecimal
ASCII characters table that you can see and I will go to my calculator and I will show it to you.
How can you calculate it.
I will go to programer.
OK, and now you will see at this point one thousand ton.
Let's make one thousand times.
You will see this is decimal ten, hexadecimal eight is October twelve and binary one zero one zero.
That's all for this tutorial.
I'm finished here.
Just uh it is.
I want to show it to you, uh, the complete device range and then also the ASCII hexadecimal and the
decimal and the binary convergence in this story.
I'll see you in the next Turrill.