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正翻译步骤 8

步骤 8
With the rear case nearly hollowed out, we finish with an X-ray that leaves us with a few lingering questions. Despite the lack of a second battery connector, we can’t help but stare at this charging coil and wonder what might have been. If bilateral charging were included in the final production design, we wouldn’t necessarily expect to see a radically altered coil—but a bigger battery and additional thermal management would almost certainly be required, as reverse wireless charging is thirsty and inefficient, throwing off a lot of heat. In the case of this iPhone 11, we’re not really seeing either of those things.
  • With the rear case nearly hollowed out, we finish with an X-ray that leaves us with a few lingering questions. Despite the lack of a second battery connector, we can’t help but stare at this charging coil and wonder what might have been.

  • If bilateral charging were included in the final production design, we wouldn’t necessarily expect to see a radically altered coil—but a bigger battery and additional thermal management would almost certainly be required, as reverse wireless charging is thirsty and inefficient, throwing off a lot of heat.

  • In the case of this iPhone 11, we’re not really seeing either of those things.

  • Perhaps related to the missing second battery connector, we also see the omission of the new battery charging board we found in the Pro Max.

  • Finally, just like in the Pro and Pro Max, our handy X-ray reveals what we believe to be UWB-related antennas carefully embedded into the rear case.

后壳几乎被挖空,我们以照 X光结束,这给我们留下了一些挥之不去的问题。尽管缺少第二个电池接口,我们还是不禁凝视着这个充电线圈,想知道可能会发生什么。

如果最终生产设计中包括双边充电,则我们不一定希望线圈得到彻底改变,但是几乎肯定会需要更大的电池和额外的热量管理,因为反向无线充电很渴且效率低下,因此会散发大量的热量。

在使用 iPhone 11的情况下,我们并没有真正看到这些东西。

也许与没看到的第二个电池接口有关,我们还发现了之前遗漏的 Pro Max 中发现了新电池充电板。

最后,就像在 Pro 和 Pro Max 中一样,我们方便的X光揭示了我们认为是与UWB相关的天线,它们被小心地嵌入到后壳中。

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