Let's open one of the potentiometers to see how it works.

让我们打开一个电位器来看看它是如何工作的。

Each of these brackets is attached to a potentiometer whose function in this application is to measure rotation.

每个这些支架都连接到一个电位器，其功能是在此应用中测量旋转。

We then applied some smart filtering and signal processing to adapt those buttons into something more like a slider or a digital potentiometer.

我们又进行了一些能筛选和信号处理，把这些按钮改良成类似滑动条或者数字电位器的计。

There are similar setups in each of the four potentiometers.

每个电位器都有类似的。

Furthermore, we can see that for clockwise and counterclockwise rotation of the potentiometer, we use a set of three terminals.

此外， 我们可以看到， 对于电位器的顺时针和逆时针旋转，我们使用一组三个端子。

Other methods include a potentiometer, which uses a resistive track and a wiper that results in a change in electrical resistance.

其他方法包括使用电位器，它通过一个电阻轨道和一个滑片来改变电气阻力。

If you push the analog stick to the bottom right, these two brackets will rotate, which in turn will rotate the center of these two potentiometers.

如果你将模拟摇杆推到底右方，这两个支架会旋转， 从而带动这两个电位器的中心旋转。