大家好，欢迎来到 NFR 在线，我们做 Dolans。
Hello Guys welcome to NFR online we do the Dolans.

我的名字不是真实的。
My name is not real.

我是一场斗争中的教育者之一。
I'm one of the educator in a fight.

现在在这个视频中。
Now in this video.

我们来学习一下。
We're going to learn about.

采取行动变得容易。
Into an action to be easy.

我们正在使用一台名为 Seamans 的 PC。
We are using a PC named Seamans.

七百个带CPP的你想看AC-DC继电器就想看。
A seven hundred with the CPP you want to want to see AC-DC relay.

在这个视频布局中，您将了解 PC 硬件并了解处理器的工作原理。
And in this layout of videos you are going to understand the PC hardware and see how the processor works.

我们将划分输入和输出，了解基本原理，以及为什么这应该很容易，然后我们将进行总结。
And we will divide the inputs and outputs understand the basic fundamentals how to why should this be easy and then we'll have a summary.

因此，我在 17:00 时使用电脑以及您可以在我的桌子上看到的 Orioles。
So I'm using a PC as 17:00 along with the Orioles which you can see on my table over here.

这是我的电脑，刚刚启动并在我的办公桌上使用这个 BNZ。
So this is my PC with just powered up and using this BNZ on my desk.

我将解释您只是在考虑如何正确使用这台电脑。
I'll explain you were just thinking how to work with this PC right.

那么，让我们从了解 PC 硬件开始第一课。
So let's start the first lesson as understanding PC hardware.

所以这与我们在桌面上的 7:21 是一样的。
So that's the same b c we have on the table as 7:21 right.

让我们看看这个 b c 中有哪些不同的元素，我们的电源 120 220 AC 也是如此。
So let's see what are the various elements in this b c so is that with our supply 120 220 AC.

现在，必须通过电源为该 PC 提供更多 120 或 220 交流电。
Now there's more supply of this PC has to be provided with 120 or 220 AC from your power source.

现在您可能会发现一些美感，我们为黄金提供了一个，但这个是交流输入电压。
Now you may find some beauty in which we supply one for gold but this one is AC input voltage.

好的。
OK.

现在为什么。
Now why.

因为这个busuk内部有一个内部电源。
Because this busuk has an internal power supply inside.

如果我给你看这个，看看你是否看到这部分。
If I show you if I show you this one and see if you see this part.

那是 Pusey 的一部分，是部分苍蝇。
That's part of the Pusey is a partial fly.

所以有公园和什么是交流直流电。
So there's parkand What's the AC DC.

因此在这种情况下您不必使用任何外部 Barnabei。
So you don't have to use any external Barnabei in this case.

您可以直接向专业提供交流电压。
You can you can directly provide AC voltage to the specialty.

好的，所以你必须注意这一点，因为如果你是 BNZ，那么它就是 DC 电源。
OK so you must take care of that because if you're if you're BNZ it's DC source.

如果你很忙，如果你提供交流电源有任何帮助，它会立即烧坏。
If you're busy and if it was any help if you provide AC source it will burn out immediately.

所以你必须检查一下。
So you have to check that.

但我对效率的解读的一部分是什么？
But what is a part of my reading of efficiency.

好的，这里提供了。
OK so this is provided over here.

所以在我的外表中你可以看到一些电线。
So in my in my appearance you can see some wires.

这是电线。
This is the wire.

这是从电源发出的，这给了我一首 220 轻松的新曲子。
This is coming out from a power source and this is giving me like a new tune of 220 easy.

因此，我们将在下一张幻灯片中看到更多详细信息。
So we'll see more details in the next slide.

接下来我们有数字输入。
Now next we have digital inputs.

现在您知道这确实是一个数字控制器，它可以处理您的输入信号并使用您的算法进行处理，然后它会给您一些输出。
Now you know that really is a digital controller which can what your input signals and process that using your algorithms and it will give you some output.

因此数字输入连接到 DNC 的这一部分。
So digital inputs are connected to this part of the DNC.

好的。
OK.

所以这就是支撑。
So this is the support.

现在这就是型号。
Now that's the model number.

此 Pizzi 支持 8 个数字输入，这些附加输入的电压为一盘伏，您必须在此处提供。
This Pizzi supports 8 digital inputs and these additional inputs is of trayful volts and you have to supply here.

相应地你会发现一些指标。
And correspondingly you'll find some indicators.

现在这些指示器将告诉您哪个输入打开或关闭。
Now these indicators will tell you which input is on or off.

因此，我们这里有一些绿灯，表示输入已打开，如果没有灯，则表示输入已关闭。
So we have some green light here which will indicate the input is on if there's no light it means input is off.

所以我可以向您展示这个，现在看看这是我的输入模拟器。
So I can show you by a look at this and see now this is my input simulator.

如果我打开输入，您可以看到，如果我打开此按钮，它会显示我的总输入已打开。
If I turn on the input you can see that if I turn on this button it shows my total input is on.

这就是该指示器上指示输入的方式。
This is how input is indicated on this indicator.

如果我打开另一个输入，它将显示我的第一个输入已打开。
If I turn on another input it will show my first input is on.

因此，这与我的输入有关，为什么这一点很重要，在课程中出现得较晚。
So this is connected to my inputs to how to why this important come late in the lesson.

这只是为了了解我们这里有一个指示器，它会告诉您输入的状态。
This is just to understand that we have an indicators here which will tell you about the status of the inputs.

好的。
OK.

使我们有数字输出，它表示有六种输出继电器类型。
Makes we have digital outputs and it says six number of output relay type.

现在继电器是一个额定值受损的线圈。
Now relay is a coil which has impaired ratings.

所以有两种类型的 C 输出。
So there are two types of C outputs.

其中之一就是西迪贝。
One is rather Sidibe.

一般都是两条命。
Generally it's two lives.

一种是继电器类型，继电器类型比晶体管类型具有更多的电流和能力。
One is a relay type relay type has more current worker and capability than transistor types.

所以我们确实在这里输入了输出。
So we have really typed output here.

我们有六个输出。
We have six outputs.

好的。
OK.

然后我们这里有数字输出指示器。
And then we have digital output indicators here.

因此，与我们看到 LDS 用于输入的方式类似，我们也可以使用 LCD 用于输出。
So similarly the way we have seen the LDS for inputs we can have an LCD for outputs.

我本来可以向您展示这一点，但我的电脑内部没有任何逻辑。
I would have shown you that but my PC doesn't have any logic inside.

但在稍后的聆听中，您将看到如何查看这些实体上的输出状态。
But in later listen you will see how you can see the status of your output on these entities.

因此，如果您打开灯、氰化物或电机，您甚至可以在 PC 上看到它们的状态。
So if you are turning on lets say a lamp or a cyanide or a motor even you can see their status on the PC.

您不仅可以在物理层面上查看它们，还可以在 PC 上查看它们的状态。
Instead of visualizing them at a physical level you can see their status on the PC as well.

好的，那么我们就有了 PC 状态指示器。
OK then we have PC status indicators.

现在状态指示意味着 PC 正在运行或已停止，或者是否存在某些错误状态，或者是否还有其他一些平常的事情。
Now state is indicating means either the PC is running or is it stop or is it some errors status or is there some mundane things more.

这就是他们获得的地位。
So this is a status that they get.

所以目前如果你看到这个 PNC，它会显示我的第一个 Ellery's，上面是我运行的 Elodie。
So currently if you see this PNC it shows my first Ellery's on which is my run Elodie.

因此，在运行模式下很忙，我在运行模式下它将开始执行逻辑，并为您提供输出。
So busies at run mode I run mode it will start executing the logic and it will give you the output.

好的，这是摆脱 PC 的典型方式。
OK so this is a typical way out of a PC.

我们有这些年份的供应输入指标输出和状态，因此如上所述，我们有不同的状态 Ranstorp 和维护。
We have our supply input indicators output in the years and status in these so as mentioned we have different status Ranstorp and maintainance.

好的。
OK.

那么让我们继续吧。
So let's proceed.

这只是您从这里开始的输入。
This is as only out of your input starting with this.

如果你看到这里 parsha apply 这是 L-1 如果你看到这个符号这个箭头向下。
If you see here parsha apply this is L-1 And if you see the symbol this arrow goes downwards.

这意味着您必须提供电源。
This means you have to supply the power.

好的。
OK.

据称 122 为 240 见。
It's mentioned 122 for 240 see.

现在煽动的话大约有80个，这个程度是这三个统治者最不专注的数字。
Now there's about 80 words incited and this extent is the least dedicated number for these three dominants.

这是万物的象征。
This is a symbol for all thing.

现在，如果你看到这两个终端，它会保存 L 加一个 M，并且该箭头向外。
Now if you see these two terminals it saves L plus an M and this arrow is going outwards.

这是直流输出，对于 VDC 来说很有趣，我们将从该设备获得 24 电压输出。
This is the DC output which is funny for VDC we will get 24 voltage output from this device.

请记住记住您不应该提供 24 的部分。
Remember remember that you should not have to provide 24 from the parts of.

它会给你20英尺高的墙。
It will give you 20 foot walls.

好的，我们可以使用它在墙壁上进行输入接线。
OK we can use this over walls for wiring over inputs.

你可以在铅灯中看到这一点。
You can see that in the lead light.

然后，您就有了这些终端多米诺骨牌，可以为您提供额外的输入来连接您的额外输入。
Then you have these terminals dominoes for you additional inputs to connect your additional inputs.

那么你也有一个未知的输入。
Then you have an unknown input as well.

因此，速度应该模拟输入为 0 和 1。
So the speeds is supposed to analog inputs one is at zero and one.

好的。
OK.

所以它必须插上靴子。
So it has to plug in boots.

从最新的情况来看，还有什么其他决议呢？
And what other resolution is that in the latest light.

然后你有一个存储卡插槽，存储卡插槽用于存储你的一些信息，比如说关于你的 PNC 程序中的一些值，并且你想要存储该值。
Then you have a memory card slot memory card slot is to store some information of your let's say regarding some values in your PNC program and you want to store that value.

以后你就不会读那本书了。
And later you won't read that volume.

您可以将该值继续存储在存储卡中。
You can keep storing that value in the memory card.

这将帮助您记录您的过程。
This will help you to have a record of your process.

好吧，我们就有了输出。
All right then we have outputs.

这是 DNC 的输出端子。
This is the output terminals of the DNC.

所以说开始不良沟通还不够好。
So starting bad communication said isn't that good enough.

看到这里它说链接和文章和DX。
See here it says Link and artics and DX.

因此，欧洲人将会在我的或其他支持 85 的设备中得到一些，或者这些 elete 甚至会向您显示停留的复杂性。
So Europeans is going to get some let's say in my or some other device which supports 85 or either a complication these elete even show you the stays.

好的，所以有一个状态控制来确保并发症是否完全正常。
OK so there's a status doming to ensure the complication is perfectly fine or not.

然后你就有了一个 LAN 接口。
Then you have a LAN interface.

因此，这是 LAN 接口所拥有的 1200 个功能中最好的功能之一。
So this is one of the best feature of several twelve hundred that you have in LAN interface.

因此，您可以使用标准 LAN Gibbon 对欧洲人进行编程。
So you can program Europeans with a standard LAN Gibbon.

您不需要任何其他编程电缆，不像 7:2 200 或 micrologic 的 1000 不支持 Lancet DSP，因为他支持兰州 您可以使用标准电缆预先接地 PC，这在市场上很容易买到以及。
You'd not need any any other programming cable unlike 7:2 200 or micro logic's 1000 which does not support Lancet DSP as he supports Lanzhou you can use your standard line cable to pre-ground the PC which is very easily available in the market as well.

所以这是你的电脑的 MAC 地址，正如我之前提到的，你有这些真正的输出。
So this is a mac address of your PC and you have these really outputs as I mentioned before.

因此，您有六次释放机会到达这些终端。
So you have six release opportunities in getting to these terminals.

好的。
OK.