Instead of a conventional linear power supply, Holt built one like those used in oscilloscopes.

霍尔特并没有用传统的线，而是制造了一个与示波器等仪器上用的相类似的开关。

A mathematician and draftsman, Laposky used an oscilloscope to manipulate electronic waves that appeared onto a small fluorescent screen.

作为一名数学家和绘图员，拉波斯基用示波器来操纵出现在小荧光屏幕上的子波。

Signal lights and oscilloscope displays flickered together.

信号灯和示波器显示器一起闪烁。

This is a screenshot of my oscilloscope.

这是我的示波器的截图。

You can see the main board with all kinds of wires attached and oscilloscope probes.

看到连接了各种线和示波器探头的主板。

And the open end will be an antinode, because that's where there's a peak in the oscillations.

开口端将是一个位移中心，因为 顶部在示波器中。

And I hooked up my scope, and I measured the time between how long it takes between reset release and my GPIO going high.

我连接了示波器，测量了从复位释放到我的 GPIO 变高之间的时间。

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。