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COCODRILECLIPS

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Subido el 4 de octubre de 2018 por Isabel L.

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Hello! Well, it's a good tool which can help you to design and to dimension some electrical circuits to be crocodile eclipse, which is a program of simulation of circuits. 00:00:06
I think you have already used it in the first episode, but now we are going to study how to use in order to use it to do and resolve some examples and some exercises. 00:00:31
So the first thing you should do is open Crocodile Eclipse, it can be opened in pictures, sometimes 00:00:55
it is better when you are beginning to learn symbols, electrical symbols, but I think for 00:01:05
all of us it is better to start it in symbols directly. 00:01:17
So as you see, there are a lot of categories of elements of circuits, firstly the batteries. 00:01:25
This symbol is for a current battery. 00:01:43
So we choose this symbol, don't care about the value because we can change at the end. 00:01:53
And after the battery, the other important element is to control, here you can see a 00:02:08
lot of switches so switches and other kind of things and this is one of the of the most 00:02:17
most simple to to use it you also have wheelers and other kind of switches 00:02:30
And now you also have resistance, boob, boozers or even gears and so on. 00:02:39
So we are going to start with something very simple which can be just only a resistance 00:02:59
like that, when you have chosen the parts of our circuit we join the part with the cable 00:03:05
And now we can change the values, for example, you can change the value, 5 volts, or this 00:03:30
other value. 00:03:42
Well, this circuit is good, but obviously we want to calculate and measure the magnitudes 00:03:44
of the circuit there are three which are voltage resistance and the other one obviously is current 00:03:58
so to calculate the current we can use an amperimeter which is this and if you want to 00:04:10
to use the amperimeter to calculate you need insert it in the circuit because 00:04:23
you should connect it in serial so you should insert in the circuit and 00:04:30
now you obviously has the value of the current if you change the value of the 00:04:41
resistance, just 1k, 1k for example, the value of recurring increases, as you can 00:04:58
see, because it's the Ohm's law. Well, but we also use this kind of circuit to 00:05:16
calculate and to resolve our problems in 00:05:29
series connection and in parallel 00:05:33
connection for example I can connect 00:05:35
other resistance which value can be 3 00:05:39
for example and I'm going to connect it 00:05:46
firstly in parallel and secondly in 00:05:52
So firstly, this amperimeter shows us the value of the total current 00:06:06
We also can use a cocodile to know the value of the current in each resistance 00:06:18
So now, as you can see, the sum of 5 mA and 1.67 mA is 6.67 00:06:28
and as the circuit, the connection, is in parallel, the voltage in each resistance is the same, 5 volts 00:07:33
So we have solved a problem of the parallel connection just by using this program and without any calculation 00:07:44
Now, if we want to do more or less the same but in a serial connection, we should connect 00:08:00
the two resistances in this kind of connection, 3 and 1. 00:08:14
In this case, the current is the same for both and its value is 1.25, but the voltage 00:08:35
is the sum of the voltage in each resistance and to know it is very easy because we just 00:08:56
can use a voltimeter and connect the voltimeter in parallel, which is resistance 00:09:06
And now we can see that the sum of 125 and 375 00:09:15
Autor/es:
ISABEL LAFUENTE
Subido por:
Isabel L.
Licencia:
Reconocimiento - No comercial
Visualizaciones:
49
Fecha:
4 de octubre de 2018 - 20:50
Visibilidad:
Público
Centro:
IES JAIME FERRAN
Duración:
11′ 54″
Relación de aspecto:
1.78:1
Resolución:
1280x720 píxeles
Tamaño:
109.83 MBytes

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