And now seeing them try to treat me with respect, it's like glitching.

现在看到他们试图尊重我，感觉就像他们出故障了才会这样对我一样。

The glitch pulse is low, means we're not glitching.

毛刺脉冲很低，意味着我们没有毛刺。

And the idea was we apply something that we call voltage glitching.

我们的想法是应用我们称之为电压毛刺的东西。

So we apply voltage glitching to do this.

所以我们应用电压毛刺来做到这一点。

The idea was that I just need to move that glitching pulse then while looking at my oscilloscope shortly before my GPIO goes high.

我的想法是，在我的 GPIO 变高之前不久，我只需要移动那个毛刺脉冲，同时查看我的示波器。

So to find out how this voltage glitching works, I'm going to explain to you very briefly, you can have multiple semesters of lectures about this, how microchips work.

因此，为了了解这种电压故障是如何工作的，我将非常简要地向您解释，您可以就此进行多个学期的讲座，了解微芯片的工作原理。

If we synchronize the glitching code, although to the clock that we supply to the chip, then we have a chance, a better chance, of hitting right in here when it actually matters.

如果我们同步故障代码，尽管同步到我们提供给芯片的时钟，那么我们就有机会，更好的机会，在真正重要的时候恰到好处。