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正翻译步骤 9

步骤 9
With the battery dangling to one side, we keep digging. This clear plastic brace kept the driver in place, until we pulled on it too hard. Next, the star of this 'Pod—the (relatively) large driver, which lifts out to give us a peek at the microphone that listens to the inside of your ear. Apple uses this mic to actively adjust the levels of whatever you're listening to (like in the HomePod), and to determine whether or not your tips are fitting correctly.
  • With the battery dangling to one side, we keep digging. This clear plastic brace kept the driver in place, until we pulled on it too hard.

  • Next, the star of this 'Pod—the (relatively) large driver, which lifts out to give us a peek at the microphone that listens to the inside of your ear.

  • Apple uses this mic to actively adjust the levels of whatever you're listening to (like in the HomePod), and to determine whether or not your tips are fitting correctly.

  • This driver might be called the driver, but the one actually doing the real driving is the voice coil.

  • In principle, these work like any other speaker. Current creates an electromagnetic field in the coil, which moves the speaker cone to pump those sick beats into your ears. It also creates the "anti-noise" to cancel out any anti-sick ambient noise.

先把电池挂在一边,我们继续向下挖掘。这块透明塑料框架确保了驱动单元定位,直到我们使劲把它拽了出来。

接下来,这代 Pod 里的明星——(相对)大型的驱动单元,将其取出后我们能偷看一眼那个对准你耳朵内部 监听的麦克风。

苹果使用这个麦克风动态的调整你听到的所有声音 (就像 HomePod那样),并推断你的耳塞是否正确的佩戴。

这个驱动单元被称作 驱动器,但是真正用于驱动的是这个声音线圈

原则上来说,他们和其他音箱的工作原理是一样的。电流在线圈中产生一个电磁场,该电磁场使扬声器振盆移动,把那些诡异的节奏泵入您的耳朵。它同样还产生出“抗噪”声波来抵消那些平淡的环境噪音。

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