Whereas a parallel circuit looks something like this, where a current is splitting itself and going through all three of the components at the same time and then rejoining.

而电路看起来像这样：电流分成多个部分，同时过所有三个元件，然后重新汇合。

If an array of many such arms, each with a tiny controlled delay, is stacked in parallel, something novel can be designed: a steerable laser beam.

如果一个由许多这样的臂组成的阵列，每个臂都有一个微小的可控延迟，堆叠，则可设计一些新颖的：可操纵的激光束。

And we've used our new architecture to improve parallelism and caching to reduce overall build times.

我们还使用了新结构去增和缓存，此来缩短整体构建时间。

Individual cells can be connected in series or parallel to build up either voltage or current.

个电池可过串或的方式形成电压或电流。

Now, let’s take our single-bulb circuit and add one bulb in a parallel connection, so the current splits into two different branches, each with equal resistance.

现在，让我们泡电路为例， 连接一个泡， 这样电流就会分成两个不同的支路， 每个支路的电阻相等。

If more were needed, more generators could be solved by parallel devices.

如果需要更多，可过设备解决更多的发电机问题。

Instead of having two transistors in series -- one after the other -- we have them in parallel.

不是将两个晶体管串——一个接一个——而是将它们。

(7) running in parallel of Power Units of Steering Gears.

(7)舵机动力装置运行。

In terms of electricity, this means that for every branch in a parallel connection, the voltage is the same, no matter what the resistance is.

就电力而言，这意味着对于连接的任何分支，无论电阻如何，电压都是相同的。

The fundamental structur of the LB series allows for a sizable working area due to parallel kinematics.

LB 系列的基本结构由于运动学而允许相当大的工作区域。

When multiple resistors are configured so the current splits into many branches from a single source, they’re said to be connected in parallel.

当配置多个电阻器便电流从个源分成许多分支时， 它们被称为连接。

The notions of hypotactic and paratactic relations can still be used to the study of syntactic relations between sentences.

对句子间句法关系的研究还在应用主从(Hypotactic)和(Paratactic)关系这两个概念。

Think about the outlets in your house – they're all connected in parallel, so no matter how many items are plugged in, they all receive the same voltage.

想想你家的电源插座——它们都是的，所无论插入多少东西，它们都接收到相同的电压。

All right, now that we’ve learned what series and parallel connections are, let’s go back to those circuits we talked about at the beginning, and see what happens when you connect them for real.

好了，既然我们知道了什么是串和， 那么让我们回到我们一开始讲的那些电路， 看看当你把它们真正连接起来时会发生什么。

And in the case of parallel connection, you want to pay close attention to the principle known as the conservation of charge.

在的情况下，您要密切注意称为电荷守恒的原理。

And since the voltage for each resistor is the same in parallel, you can cancel the voltage term out of the entire equation and we’re left with the equation for parallel equivalent resistance.

由于时每个电阻的电压相同， 您可从整个等式中取消电压项， 剩下等效电阻的等式。

Attaching the ammeter, a device with near-zero resistance, in parallel with another resistor, will cause nearly all the current to run through the ammeter, possibly damaging it.

将电流表（一种电阻接近零的设备）与另一个电阻器将允许几乎所有电流流过电流表，可能导致损坏。

You’ve learned how to simplify circuits with resistors connected in series and parallel with a single battery source, which is great!

您已经学习了如何使用串和连接的电阻器与个电池电源来简化电路， 这太棒了！

It has two batteries and four resistors, with a combination of series and parallel connections.

它有两个电池和四个电阻，采用 串和的组合。

Think about the outlets in your house – they’re all connected in parallel, so no matter how many items are plugged in, they all receive the same voltage.

想一想你家里的插座——它们都是的， 所无论插入多少东西， 它们都会接收到相同的电压。