So power is transmitted at really high voltages.

所以电力是在非常高的电压下传输的。

To get that high voltage all of the gels need to contact at the same time.

为了获得那么高的电压，所有的凝胶都需要同时接触。

The Tesla coil which can create high voltage in a low current was invented by Nikola Tesla in 1891.

1891年，尼古·特发明了能在低电流下产生高电压的特圈。

He could only imagine what a higher voltage must have felt like.

他只能想象更高的电压一定是什么感觉。

Where did this nearly unlimited energy originate? Was it in the extraordinary voltage obtained from some new kind of induction coil?

这种差不多无制的力量是从哪里得来的呢？这是从一种新型的变压器所造成的高电压中得来的吗？

When electricity is transmitted at higher voltages, though, much less power gets wasted as heat.

当电力以更高的电压传输时 ，更少的电力被浪费为热量。

So it's worth transmitting electricity at very high voltages.

因此，在 非常高的电压下传输电力是值得的。

And if we have a higher voltage, according to Ohm's law, we will get a higher current.

如果我们有更高的电压，根据欧姆定律，我们将获得更高的电流。

But if the second coil has more turns than the first, it'll have a higher voltage, and vice versa.

但是如果第二个圈的匝数比第一个多， 它就会有更高的电压，反之亦然。

Chipmakers hope gradually to replace the silicon used in most processors with gallium nitride or silicon carbide, both of which can handle higher voltages.

芯片制造商希望逐步用氮化镓或碳化硅取代大多数处器中使用的硅，这两种材料都可以处更高的电压。

Have it your way, sir, the harpooner replied, shrugging his shoulders. But speaking for myself, I'll never get into those things unless they force me!

先生，您高兴穿您就穿吧！鱼叉手耸一耸两肩说，我来顿瓶一样，里面具有很高的电压。就是最轻微的冲击，也要炸开，被打中的动，不管怎样强大有力，也得倒下来死去。

Then, there's the second level – it uses Electric Vehicle Supply Equipment and has a higher voltage (220-240 Volts) to add 10-25 miles per hour of charging.

然后是第二个级别，它使用的是电动汽车供电设备，并且具有较高的电压（220-240伏），每小时充的电可行驶10-25英里。

However, for DDR5, when writing or refreshing a higher voltage, around 1.4 volts is applied and stored in each capacitor for a binary 1 because charge leaks  out over time.

然而, 对于DDR5, 当写入或刷新更高的电压时, 每个二进制1的电容器会施加并存储约1.4伏的电压, 因为电荷会随着时间的推移而泄漏。