你好，在这个视频中，我们将学习一个潜在的伴侣，好吧，潜在的流星就像一个。
Hello, in this video, we will learn a potential mate, OK, potential meteor is like a.

寄存器内部的电阻。
Resistor inside of the register.

好的，我们有，嗯，一个输入和另一个输入。
OK, we have, um, one input and another input.

好的。
OK.

还有普通的，呃，电缆。
And the common, uh, cable.

所以我们听到的这个就像一个锅，好吧，我们很多时候可以称它为锅。
So what we hear this is like a pot, OK, we can call it a lot of times pot.

在这个锅的内部有一个电阻器，这个电阻器就在锅子上。
And inside of this pot we have a resistor and this resistor is right on the pot.

这始终是 10 公里电位计，好吗？
All always this is 10 km potential meter, OK?

在这个锅中，它是如何工作的，我们正在改变这个区域。
And in this pot, how it is work, we are changing this area.

好的，到右边。
OK, to the right side.

到左边。
To the left side.

好吧，就像一个锅。
OK, like a pot.

好的，我们正在调整电阻值，根据我的正负输入的这个电阻值，正负电压是从这里开始的，好吧，从这里开始，从这里开始。
OK, we are adjusting the resistor value and according to this resistor value from my plus and minus input, plus and minus voltage is from here, OK, from here and from here.

我们可以从公共部分获得输出，就像我可能需要将其绘制到这里一样。
And we can get an output from the common like how maybe I need to draw it to here.

好的。
OK.

所以我们这里有一个。
So what we here we have one.

另外，现在我们有了抵抗者。
Plus, and now we have resister.

如果我们在这里输入 10 伏和零伏，我们就会有一个输出。
And we have an output, OK, if we put here 10 volt and zero volt.

好的，根据这个方案，你会在这里看到我们所听到的。
OK, according to this scheme, you will see in here what we hear.

我们有 10 个世界和零伏，听到寄存器，我们正在移动这个箭头并肩生活。
We have 10 world and zero volt and hear the register and we are moving this arrow to live side by side.

据此，我们从这里到任何地方。
And according to this, we are getting from here and anywhere.

好的，这是电位计的普通电缆。
OK, and this is this is a common cable from the potential meter.

如果我给你一个错误，这也将改变 10 伏，这将被改变，并且右侧的最大值，例如，我们将在左侧得到 Taniwal。
If I put you to a fault and this will be change also 10 volt, this will be changed and the maximum in the right side, for example, we will get Taniwal in the left side.

最小标准力矩，电阻将是无穷大。
The minimum standard moment, the resistor will you will be like infinite.

好的，那么我们将从这里得到零伏。
OK, then we will get zero volt from here.

好吧，也许我们可以首先测试一个功能。
OK, and maybe we can test one feature, first of all.

我还想向您展示另一种类型。
And also I will I want to show you to another type.

例如，这也是油罐车，这意味着您家的潜在matraca油罐车类似于向左和向右，好吧，向右或向左。
For example, this is also tank car and that means tank your home potential matraca similar to the left and to the right, OK, to the right or to left.

好的，根据这个，这里我们有一个电阻并且它正在工作。
OK, and according to this, inside of here we have a resistor and it is working.

现在让我们将电位计调至 24，看看它是否正常工作。
So now let us at our, for example, potentia meter to 24 forward and we will see is it working correctly or not.

我的潜力计的一侧，我会把它交给我们。
And one side of my potential meter, I will put it to us.

好的，现在我添加。
OK, and now I am adding.

添加到加号。
Adding to plus.

就用我的电源。
Just from my power supply.

现在我们需要编辑。
Now we need to edit.

我稍后会补充一下这个电源的情况。
I will add to hear this to this power supply just a second.

现在，政策正走向潜在的重大，现在我会让我的心态OK。
Now, policy is headed for potential major, and now I will let my mind is OK.

那么对于你的进口商，比如在联邦贸易委员会，对于你的妻子，你可以使用这种潜在的方法来给出0到10的世界，例如参考速度。
Then for your importers, like at the FTC, for your wife, is you can use this potential method to give zero to 10 world, for example, reference speed.

好的，这是我们在现场使用的很多次。
OK, and this is a lot of times that we are using in the field.

好的，这是我的电位计。
OK, this is my potential meter.

我这里有公用电缆。
And in here I have the common cable.

现在我拥有的是我的万用表，我将打开它。
And now what I have this is my multimeter and I will open it.

现在它完全是零，这是零世界，我会把它告诉你，我会把它放在这里，好吧，现在这也可以。
And now it is zero altogether, this is zero world and I will put it to you that I will put it to here, OK, now this is also OK.

和这里。
And here.

然后这个，嗯，金属电缆，我会把它放到我会适应我的。
Then this, um, the metal cable, I will put it to I will adapt it to my.

电位计电缆连接到我的支柱。
Potential meters cable is connected to my prop.

好的，现在我可以给予力量了。
OK, and now I can give a power.

好的，现在让我们给它供电。
OK, let's give it power now.

断电。
Power down.

好吧，现在我们听到零世界，因为你可以从中检查，好吧，零。
OK, and now what we hear zero world because of you can check from that, OK, zero.

如果我把它加到我的减号上怎么办？
What if I put it to my minus?

好的，现在你将看到七个世界。
OK, and now you will see seven world.

所以为什么？
So why?

因为势矩阵。
Because the potential matrix.

我要把它改到另一边。
I am going to change it to another side.

你可以看到它正在增加，它正在增加，它正在增加。
You can see it is increasing and it is increasing and it is increasing.

如果我换到另一边，它就会减少。
And if I change to another side it is decreasing.

OK，根据这里你可以检查一下Propp是否连接错误。
OK, according to here you can check once just Propp is connected to wrongly.

缺点并不重要。
The minuses does not important.

如果我把 props 改成相反的就可以了，我改这个就可以了。
If I change the props props to opposite it will be OK and I am changing this one ok.

我们的品质也在发生变化。
And our quality is also changing.

所以也许我需要从这里拿出我的万用表，让我们把万用表放到那里，然后再次进行调整。
So maybe I need to take my multimeter from here and let's put our multimeter to that and it is adapted again.

现在可以。
OK, now.

非常好。
Very good.

那么现在我们该怎么办呢。
So now what will we do.

我们需要把一侧减掉就OK了。
We need to put one side the to minus OK.

也许从那里开始。
And maybe from there.

也许从这里开始。
Maybe from here.

现在我们看到了。
Now we are seeing.

好吧，现在我要改变它，然后检查相机，三个世界。
Just OK, and now I am going to change it, then check the camera, three world.

好的，我要换另一边，七号、八号、十一号和十三号。
OK, another side I am changing and seven and eight and 11 and 13.

还有16。
And 16.

17 和 21 就看不见了。
And 17 and 21 and out of sight.

我要走，走，下去。
I am going, going, going down.

好的，Tannenwald 好的，我们暂时了解 Tannenwald。
OK, Tannenwald OK from this we are getting Tannenwald for a moment.

这就是电位计的运行方式。
So this is how potential meter is running.

这就是我们如何在一侧使用电位计。
This is how we can use potential meter one side.

无论您需要放置哪一侧，加上像隧道一样的电压，而另一侧您需要放置在负值和中间。
It doesn't matter what side you need to put, plus voltage like a tunnel and other side you need to go minus and middle.

您将根据您的潜在仪表位置获得输出。
You will get your output according to your potential meter position.

好的，我完成了这个视频。
OK, so I finished for this video.

下一个视频见。
See you in the next video.