What we have here is we have two circuit boards, both of them are powered by batteries in the Pelican Cases and they both emit a current of about 20 milliamps.

我这里有两个电路板，它是由电池供电的，它出大约 20 毫安的电流。

But it's going to be a massive 4100 milliamp hours.

它的电量有4100毫安时。

7 milliamps, for as little as 3 seconds, to be exact.

7毫安，准确地说，只有3秒。

Now, with a spec like that, it's not actually going to be that bad, but it is definitely not going to last anywhere near as long as the Nokia 2 with its massive 4000 milliamp hour battery.

对于手机来说，这也算太差，就远远落后于诺基亚2的4000多毫安时电量了。

For context, most Android flagships are somewhere in the 3500 milliamp hour range.

相同情况下，大多数安卓旗舰机在3500毫安时范围内。

However, one of the only things that's going to slowly let this phone down is the idea that it only has a 3000 milliamp hour battery.

过，它唯就是，它只有3000毫安小时的电量。

And 100 milliamps can stop a heart.

而 100 毫安可以使心脏停止。

My Super Lemon battery and LED had around 1.4 milliamps running through it, which equates to around 9 with 15 zeros after it, or 9 quadrillion electrons dropping from N to P per second, and around that many photons emitted as well.

我的超级柠檬电池和光二极管中有大约1.4毫安的电流通过，这相当于9后面跟着15个零，也就是每秒有9千万亿个电子从N区移动到P区，同时也会出差多数量的光子。

So like say your oxygen sensor works between, you know, a half a milliamp and 1.2 amps and they're finding that, okay, now on cars that are older, it's drawing 1.28 amps on the high end.

比如说，你的氧传感器工作电流在0.5毫安到1.2安培之间，而他现，现在在些较老的车型上，高端电流达到了1.28安培。

The phone too has a 4,700 milliamp hour cell, which is solid, but it performs better than solid.

这款手机配备了块4,700毫安时的电池，虽然容量扎实，其表现却远超“扎实”二字。

The amount of current that’s flowing is measured in amperes, and a current of only 20 milliamps can cause someone to lose control of their diaphragm and stop breathing.

流动的电流量以安培计，仅 20 毫安的电流就会导致人失去对隔膜的控制并停止呼吸。

The number is closer to 9 quadrillion electrons per second, which is 1.4 milliamps of current.

数量接近每秒9千万亿个电子，这相当于1.4毫安的电流。