现在我们可以看到他们如何避免原理图，让逻辑不仅是如何编程滥用，而且是如何编写 Pusey 两者都是相互关联的。
All right now we can see how they can avoid a schematic to let logic which not only was how to program abusee but also was how you write the Pusey both are interrelated.

假设您有示意图。
So suppose you have the schematic diagram.

现在，如果你理解了这张图，我们就有了一个开关，它是一个按钮开关。
Now if you understand this diagram what we have we have a switch which is the one push button one.

所以如果按下开关会发生什么。
So if the switch is pressed what happens.

这永远不会传递到您知道这将要发生的输出情况，并且您无需它并依靠它自己的联系即可完成此游戏。
This is never pass to the output case you know this will be on and this game you do without it and on it's own contact.

所以这也将继续。
So this will be on as well.

好的。
OK.

如果你释放这个BE1 如果你释放这个如果你释放这个如果你这将被锁住除非你按下它。
If you release this BE1 if you release this if you this will be latched unless you press it to.

这是一个简单的锁存电路。
So this is a simple latching circuit.

那么如何将其转换为PC。
So how to convert that to a PC.

好吧，让我们了解有两种情况，在第一种情况下，我们有一台电脑，所以我将解释接线图。
So OK so let's understand there are two cases so in the case one we have this is a PC so I'll explain the wiring diagram.

这就是后来的事了。
And this is that later on.

因此，我们最初的原理图有所不同，我们使用按钮来启动输出。
So there we have a difference initially in our schematic we were using push button to start the output.

这是常开按钮，常开按钮，但这意味着如果不按下按钮，则不会通过电源。
This is normally open push button normally open push but it means if the button is not pressed it will not pass the supply.

这是常闭按钮，这意味着如果不按下按钮，它将通过常闭电源。
And this is normally closed pushbutton which means if Button is not pressed it will pass the supply normally closed.

正常情况下是关闭的，没有按下。
It is closed normally and it is not pressed.

它已关闭。
It is closed.

它通常是开放的。
It is normally open.

是的，但没有按下，它是打开的。
It is but it is not pressed it is open.

好的，在 PNC 中我们使用常开，而不是常闭。
OK so in PNC we are using to normally open we are not using normally close.

因此，如果有两种情况您想使用常闭，这将是我的关键，我的意思是稍后解释在这种情况下我使用常开。
So if there are two cases that you want to use normally close that will be my keys to which I mean explain later in this case I'm using normally open.

好的。
OK.

那么让我们了解会发生什么。
So let's understand what would happen.

所以你知道我们将这个零与我的评论和这里的 24:2 连接起来的一件事。
So you know the one thing we have connected this zero to my comment and 24:2 here.

所以这两个按钮在这里将启动我在输出中的输入。
So these two buttons are here which will actuate my inputs in the output.

这是在此处连接的，但在这里我在 0.0 中使用了 case 0，并且该行连接到我的注释，这将出现并为我的键提供能量，您知道这是。
This is connected here but here I have used case 0 in 0.0 and line is connected to my comments that this will come out to and to energize my keys you know this is the.

就那么简单。
Simple as that.

现在我的逻辑如何。
Now how do I the logic.

现在，如果您看到逻辑非常相似，但我没有使用此符号，而是使用了此符号。
Now if you see that logic is quite similar but instead of this contact instead of the symbol I have used this this symbol.

所以这是同时常开的标志。
So this is a symbol of normally open at the same time.

因此，在我的 PNC 中，它已被替换为类似的符号。
So here this has been replaced by a symbol like this in my PNC.

在我的 PNC 中，它已被替换为类似的符号。
And this has been replaced by a symbol like this in my PNC here.

这通常是关闭的。
This is normally closed.

所以这条线表明这是常闭的。
So this line indicates this is normally closed.

好的。
OK.

那么会发生什么。
So what will happen.

所以我的意思是选择绿色。
So I mean take a green color.

是的。
Yeah.

所以一开始当我按下这个按钮时，就会有相应的赌注 P.B.
So initially when I press this button beby one so there's corresponding bet P.B.

一个将打开，因为地址相同。
one will be on because the address is same.

这是 0.09，这是针对您的。
This is 0.09 and this is zeroed on to you.

这将是真的。
This will be true.

好吧，如果这是真的，现在你已经注意到了，我会说永远不要从这里经过并去这里。
OK if this is true now you've noticed I'd say never pass from here and go here.

现在，这通常与此类似，因此它会通过并启动我的案例。
Now this is normally close like this one so it'll pass and it will actuate my case.

因此，如果我的目光始终注视着这，这就是我在这里给出的地址，这与诚实的联系方式相同。
So if my gaze is always on this is the address I've given here and this is the same contact to still the honest.

好的。
OK.

然后按下按钮。
So then the button is pressed.

这是压力输出被锁存到它上，由绝望和它自己的辅助位供电。
This is press output is latched onto it as energized by a desperate and also by its own auxiliary bit.

好的。
OK.

现在，当您释放此输入时，第二种情况适合您。
Now the second case fitting you when you release the input when you release this input.

我会用任何理由来说明会发生什么，这将被关闭，这件事将被关闭。
I would use any reason what will happen this will be off will be off this thing.

这将关闭。
This will be off.

好的。
OK.

但因为这是打开的并且是通过自己的联系人完成的，所以它仍然会通过自己的联系人保持打开状态。
But because this was on and it done on its own contact it will still remain on by its own contact.

这称为匹配。
This is called matching.

好的。
OK.

因此，即使您移除了 TPB，即使您移除了开关，该开关仍将保持打开状态。
So even if you remove TPB one even if you remove the switch this would remain on.

好的。
OK.

现在当你也按下时会发生什么。
Now what happens when you press too.

让我再讲一点。
So let me take another point.

如果您按 P.B.，则会显示红色。
This red color if you press P.B.

到。
to.

现在测试因此被关闭，因为这不是通常的密切接触。
Now test was closed because of because of this because this is not on this is normally close contact.

这将打开。
This will get open.

所以当这扇门打开时，这里就没有供应，这里也没有供应。
So when this gate open there is no supply here and there is no supply here.

它将切断供应。
It will cut off the supply.

所以更好的是我应该使用橡皮擦，而且这里没有供应。
So the better is I should use an eraser and there is no supply here.

它将移除此处的供应。
It will remove the supply to here.

这是传感器关闭并且所有逻辑都关闭的情况。
And this is off the sensor off and all logic is off.

我们的测试很紧迫。
Our test was pressed.

所以当你发布这个我准备好的版本时，它是开放的，这个版本确实再次接近了。
So this was open when you released this mine ready release this one does get close again.

好的。
OK.

因此，这基本上是为了让原理图能够在您必须正常打开按钮的情况下提供逻辑。
So this is the basically out of wanting a schematic to let a logic in case you have to normally open pushbuttons.

现在这个概念会让你更加了解什么是编程课程。
Now this concept would be more you know what programming lessons.

我的猜测是我正在向您解释维伦克将如何影响内部的小逻辑。
My guess is how I'm explaining you how the Virenque will affect the little logic inside.

这还不清楚。
This is unclear.

你可以看。
You can watch.

您可以对视频发表评论，或者您可以观看编程课程来理解这个概念。
You can maybe you can maybe put a comment on the video or you can watch for the programming lessons to understand this concept.

好的。
OK.

因此，现在让我们转到下一个案例，下一个案例与我们使用过的图表相同，现在看看这里的概念会更清楚。
So let's move to the next case now the next case this is the same diagram we have used and see here now where the concept would it more clear.

那么这个案例中到底发生了什么。
So what happened in this case.

现在这已经被按下了。
Now this is already pressed.

所以这将是真的，因为这是为这里的言语做好准备。
So this will be true because this is getting ready for words here.

这是 24 个字。
This is 24 words coming.

如果这是真的，这就是真的。
This will be true if this is true.

当由于相同的地址而对应位时，这将是正确的。
This will be true is when it's corresponding bit because of the same address.

好吧，但这不是真的，因为这是开放的。
OK but this is not true because this is open.

那么当你按下这个按钮并且按下这个按钮时会发生什么。
So what happens when you press this button and you press this button.

这确实是对的。
This goes true right.

这从这里开始，从这里开始，输出继续，输出继续。
And this goes through the past from here from here the output goes on and the output goes on.

这将位于阿什韦尔（Ashwell）右侧。
This will be on Ashwell right.

就那么简单。
Simple as that.

现在，如果你现在删除它，它就会关闭。
Now if you if you remove this by now this will be off.

这将是所有这一切将继续下去，因为这是真的，因为这是个性，这是它所说的灯光。
This will be all this will remain on because this is true because this is personality and this is lighting it says.

现在如果你按这个按钮，如果你按这个按钮，如果你按这个按钮，会发生什么。
Now what happens if you press this button if you press this button and use if you press this button.

这样就OK了。
This will be off OK.

因此，当输入关闭时，此功能也会关闭。
So this will go off when the input goes off.

这个响了，这个也响了。
This one goes off and this goes off.

没有货源了。
There's no supply.

供应将被切断。
The supply will cut off.

在这种情况下，它将关闭零刻度。
It will turn off the scale zero in this case it are off.

这也关闭并且输出关闭。
That is also off and the output is off.

所以可操作性被解锁。
So operability unlatched.

因此，如果您没有像原理图那样使用任何按钮，这就是您在游戏中获得更大且不丢失输出的方法。
So this is how you get large and unlost the output in games if you're using no one push buttons just like your schematic diagram.

所以你只需要改变这里的一点。
So you just have to change the bit here.

这是这个逻辑的唯一区别。
That's the only difference in this logic.

在最后一个逻辑中，如果您在最后一个逻辑中看到按钮的接线是 0。
And in the last logic if you see in the last logic the wiring of buttons was an 0.

就在这里。
And here it was.

看看你是否会在这里使用相同的按钮。
And see but if you'd use the same button here to be in.

这是一些你知道的，我忘记了我需要听到的内容，但有，你可以在这里提供。
And this is some you know I forgot what I need to hear but there is and you can supply here.

我可以用笔来制作它，就像我们在上一个视频中所做的那样。
Can you can I can make it using a pen it is seem like what we did in the last video.

这将得到一种新药。
This is going to get a new drug.

好的。
OK.

因此，您也可以通过这种方式获取已发布的信息，以便您知道以防万一。
So this is how you can get what has come out to let you know in case too.

因此，让我们看一些其他示例，了解信号流如何中断的一些基本原理和很少的逻辑。
So let's see some other examples some basic fundamentals of how this how does flow of signal brokes and little logic.

这是另一个简单电路的原理图。
Now this is another schematic diagram a simple circuit.

如果不擅长某些原理图，您可以看到这个按钮和这三个按钮很重要，它们有一个简单的桥，但在 C 和 B 之间，您有两个输出，因此您可以将其转换为一点逻辑。
If not good with some schematics you can see that this button and these three buttons are important and they have a simple bridge but in between C and B and you have two outputs so you will convert that to a little logic.

现在，如果您看到这里，您可以看到这些橙色线。
Now if you see here you can see these orange lines.

让我们看看这个例子是邪恶在 Easy 上的时候是很容易的硬币。
Let's see that case is when evil be on Easy is easy coin.

这些都是一样的。
And these are the same.

我们正在谈论平衡。
And we're talking balance.

因此，如果按下相同的数字来自这里。
So if pressed the same number come from here.

E 上的邪恶行为已开启。
Evildoing on E is on.

如果A持续存在，如果B被按下，信号就会从这里发出。
If the A's persist if B is pressed signal will come from here.

它实际上又在我耳边响起。
And it was actually in my ear again.

所以只能再次表达。
So it's only be expressed again.

当您按下 C 时，它会打开，否则不会打开，直到您按下 D C C D 类，我耳朵上的音调。
It is getting on in case of C when you press see it or not be on until you press D C C Class D the tone on my ear.

到目前为止，我们已经掌握了三个案例。
So far we have three cases.

A 或 B 或 C 加 D。
Either A or B or C plus D.

那么让我们看看它对应的Ladyland。
So let's see it's corresponding Ladyland.

所以说是A。
So it says A.

因此符号因无接触而改变 B 和 D C 和 D 位于 CD 中。
So the symbol is changed by no contact B and D C and D are in CDs.

所以这是在 CD 中。
So this is in CDs.

我希望这是有道理的，而且很容易理解。
I hope this makes sense it's pretty easy to understand.

同样，如果是 a plus D B plus D 和 C，这里您可以看到 a plus DB plus D 和 C。
Similarly in case of if it's a plus D B plus D and C here you can see a plus D B plus D and C.

这与我的原理图类似，这里已经足够了，所以这封信的逻辑与这封信类似。
So this is analoguous to my schematic and you have enough here so you have this letter in logic similar to this one.

这是一个简单的电路。
This is a simple circuit.

现在让我们看一个复杂的电路。
Now let's see a complex circuit.

这是示意图。
This is a schematic diagram.

因此，如果您想自己练习，您可以发布此视频并使其具有一点逻辑性，您可以进行比较，而不是像往常一样我现在将向您展示。
So if you want to practice yourself you can post this video and make it a little logic and you can compare that rather as always I'm going to show you right now.

所以现在我们只有一个输出。
So now we have just one output.

是的。
Yes.

那么，你可以看到这里使用 a plus D A-plus d 限制多远，因为我没有箭头。
So how far beyond you can see that a plus D A-plus d limit use in here because I don't have arrows.

因此，如果 A 按下减压键，那么我们从这里开始打开我的 f。
So if A's pressed de-stressing then we go from here to turn on my f.

情况1也是如此，如果B的按键被按下，它会打开我的f OK，或者如果看到它来自，我使用另一支笔以使其更清楚。
So is the case 1 if B's press is press it will turn on my f OK or if seeing that come from and I use a different pen to make it more clear.

是的。
Yeah.

如果您使用 C 和 E，则它是 F 之外的 OK，这是一种方式，如果您再次使用 B C D，如果有一二三四方式，则在此示例中您的输出可能在 K 上。
If you use a C and E it is it an off the F OK and this is one way and if you use B C D again if there are one two three four ways your output could be on K in this example.

那么让我们看看字母逻辑。
So let's see the letter logic.

是的。
Yeah.

这是 a 和 c，正如我告诉你的，a 和 c 这是要吃的。
This is a and c as I told you a a and c this is going to eat.

所以这是 C 和 E 在 B 处 OK。
So this is a C and E OK at B.

这就是 B 和 B。
And so this is B and B.

这是 a 和 b c 和 d，还有 B C 和 D。
This is a and b c and d going here and B C and D.

所以这就是 b c 和 d 这条蓝线，这样你就可以正确地阅读你的原理图，然后你就可以按照原样制作你的图表了。
So this is b c and d this blue line so that's how you can read your schematic properly and you can go and make your diagram that it is.

我认为只要看一下图表就可以很容易地知道我们可以转换并学习它。
I think it's very easy you know just by looking at the diagram we can convert and learn it.

好的。
All right.

现在让我们再看一个。
Now let's see one more some.

它。
It.

这就是所谓的二极管电路。
It's called a diode circuit.

没有二极管那么好你必须知道那是一种方法。
No diodes so good you must know that that is one way.

好的。
OK.

仅当正向偏置时才允许电流通过。
Which will only allow the current to pass if it is forward biased.

好的。
OK.

因此，这表明在这个方向上只会有低流量的控制信号。
So this indicates that it will only a low flow of control signal from the in this direction.

好的，那么这种情况下的小逻辑是什么？
OK so what would be the little logic in this case.

因此，如果您想再次观看该视频，也许您并不孤单。
So if you are if you want to get on top of this video again and maybe you're not by yourself.

现在我们有了一个上 GI，所以让我们看看这个 a 上首先会是什么。
Now we have an upper GI So let's see what would be on first this a.

D 可以打开我的 g。
And D can turn on my g.

情况就是这样1。
This is the case 1.

好的。
OK.

所以让我们使用不同的颜色。
So let's use different color.

现在这是在此操作中，因此 B 和 D 也可以将其打开。
Now this is in this action so B and D can also turn it on.

第二种情况是好的，我将使用这种颜色。
Second case for OK I will use this color.

所以 C 和 F 可以放在箱子上，让我们选择另一种颜色。
So C and F can sit on it on the case and let's take another color.

没有 B 说再见，D 也可以打开它。
No B says forward bye's and D can also turn it on.

这是第四个案例。
This is the fourth case.

还会有这样的案例吗？
Could there be any more cases.

当然，现在带有颜色的符号B和E也可以打开它。
Of course semiotic with colors now B and E can also turn it on.

这是第五起案件。
This is the fifth case.

现在你一定注意到了，如果我使用像 a 和 D 这样的情况。
Now you must notice that if I use the case like a and D.

等一下，让我使用一种颜色。
Wait a minute let me use a color.

现在我不能从A到这里。
Now I cannot go from A to here.

这是不可能的，因为这是一个方向。
It's not possible because this is in one direction.

好的，另一种情况可能是从 C 到 D，然后再回到 G。
OK so another case could be C to D and then back to G.

因此，您可以对输出执行六种情况。
So there are possibly six cases by which you can do on your output.

让我们看看 Ira 领先的结果。
So let's see the result in our lead at Ira.

是的。
Yeah.

所以首先让我们来验证一下。
So at first as Indeed let's verify it.

所以这个和这些这是一个正确的。
And so this and these That's one correct.

B 和 D 就是 B 和 D。
B and D it was B and D.

现在这条黑线是正确的。
Now this black line correct.

C和D。
C and D.

所以这是 C 这条红线和 D。
So this is C this red line and D.

B 和 E 也是如此。
This is also true then B and E.

所以这个 B 和 B 这行说得很好。
So this B and B this line says fine.

C和E。
C and E.

所以这是C，这是我忘了指出这一点。
So this is C and this is I forgot to make this point.

所以C和E也可以打开这个g。
So the C and E can also turn this g on.

那么CNF就看够了。
Then CNF just see enough.

好的。
OK.

因此，您可以在六种情况下打开输出。
So there are six cases by which you can turn on your outputs.

好的。
All right.

那么让我们继续下一步吧。
So let's let's proceed next.

下一张幻灯片上有什么内容。
What we have on the next slide.

基本电气基础知识。
Basic electrical fundamentals.

现在我们有另一个使用主题开关电路的原理图。
Now we have another schematic diagram using themes over switch circuit.

这很有趣。
This is interesting.

所以现在如果你有时看到这里你有一个双向开关。
So now if you see here sometimes you have a two way switch.

所以这是一个双向开关。
So this is a two way switch.

这里会发生什么，如何打开输出。
What happens here how you can turn on the outputs.

到目前为止，在这种情况下使用 DVD 非常简单，在这种情况下，B 位于此时，这意味着和平，如果 B 位于此时，则意味着 B 位于该 DVD 上，由 B 提供，其 B 位于类似的位置此时 D 将打开。
So far it's very simple using a DVD on now in this case and in this case is B is at this point this means peace of if B is at this point it means B is on this DVD on by B Its B is on similar come from here and D will be on.

因此，D'Ken 的两种情况都可以通过简单地和简单地进行。
So two cases by which D'Ken be on by simply and by simply be OK.

现在讲CC就讲C了。
Now talk about C C will be on.

如果你打开这个B，那么它不会打开，因为它会打开，或者如果它打开而B关闭，则它可以打开。
If you turn on if you turn on this B This will not be on because this will be open or this can be on if it is on and B is off.

那么B就在这一点上。
So then B is at this point.

这个可以开。
This can be on.

让我在这里提出一点来更好地解释它。
Let me take a point here to explain it better.

现在假设我打开这个 B（如果 B 已打开），则此处已连接，此处未连接。
Now suppose if I turn on this B if B is on this is connected here and this is not connected here.

但这是不会发生的。
And this is not going to get here.

这个信号将在这里被破坏。
This signal will be broken here.

它可以下降。
It can go down.

所以即使它打开并且B也打开。
So even if it is on and B is on.

这就像它打开而 B 关闭一样。
This would be as if it is on and B is off.

然后即使回来它也会回到这里，它又回到这里。
Then even back it will be back here and it is back here.

丹院子。
Dan yard.

所以 B 关闭 A 上 C 可以打开 OK 这就是你的字母图中所反映的。
So the B's off A's on C can be on OK this is what is reflected in your letter diagram here.

什么时候打开，这个打开，B打开。
When is on and this is on and B is on.

B 不在了，所以继续吧。
So B is off here so be on.

好的。
OK.

因此，在一种情况下，当 A 和 B 关闭但当 8 开启时，她会开启。
So she's on in one case when A's and B's off but when eight is on.

同样，大卫超越了无政府状态，当 B 出现在 NBC 时，这里也会。
Similarly David beyond anarchy and when B is on NBC here will be.

所以这是一个桨输入。
So this is a paddle input.

好吧，这是一个改变，真是太好了。
All right this is a change over it's so good.

这就是第一课的全部内容。
So this is all about the first lesson.

基本电气基本介绍西门子BNZ 17:00。
Basic electrical basic introduction to Siemens BNZ 17:00.

在下一课中，我们将了解这只是 PC 内部发生的情况的基础知识。在下一课中，我们将了解 seemin 软件。
In the next lesson we will understand this is just a basic of what's happening inside the PC in the next lesson we will understand about the seemin software.

那么我们就来总结一下今天的这一课吧。
So let's summarize this lesson of today.

今天我们学到了什么。
What did we learn today.

七是硬件能力。
Seven the hardware competence.

我们看到它的架构是显而易见的，然后我们了解它的处理器和扫描时间。
And we saw it architect then with the obvious and then we learn its processor and iscan time.

然后我们看到它的输入和输出仍然存在，然后如何将原理图转换为无线电电路的图表。
Then we saw it surviving with the input and outputs then how to convert schematics to let diagram for radio circuits.

因此，如果您对本课程有任何疑问，可以给我发表评论，也可以给我写电子邮件。
So if you have any doubts in this lesson you can post me a comment or you can write me an email.

因此，在下一课中，您将了解西门子 TIAA 到 indigo 自动化软件如何使该软件对这台 PC 产生影响。
So in the next lesson you will understand the Siemens TIAA to indigo automation software how it makes it how the software makes a difference to this PC.

如果您想拥有一份具有创新性的副本，您可以在课程中获得它。
And if you want to have a copy of this with innovation you can have it in the course.

感谢您的观看。
Thank you for watching.

下一课见。
See you in the next lesson.