Data & Observations
After loading the software onto the PIC microcontroller, everything is ready to be tested. Remember one trimpot controls motor #1 and the other, motor #2. The middle of the trimpot (2.5kΩ) is the 'at rest' point where motors should no longer move. Without any further delay, let's see these bad boys in action, take a look at the video below.
The video should be proof enough that this system works, albeit on a limited basis. The motors responded promptly once a trimpot was altered. Each motor was able to be controlled independently with its corresponding trimpot.
After loading the software onto the PIC microcontroller, everything is ready to be tested. Remember one trimpot controls motor #1 and the other, motor #2. The middle of the trimpot (2.5kΩ) is the 'at rest' point where motors should no longer move. Without any further delay, let's see these bad boys in action, take a look at the video below.
The video should be proof enough that this system works, albeit on a limited basis. The motors responded promptly once a trimpot was altered. Each motor was able to be controlled independently with its corresponding trimpot.