I need a controller that will work exactly the same as a standard servo controller (i.e, take input from a PWM signal from an RX and also the position of the potentiometer, and output to the motor) The trouble is the s136L board, while taking 12v quite happily, does not respond quick enough to the changes on the potentiometer, so by the time the controller has realised that the servo arm is where you want it to be, the actual arm has already swung past that point, so the board pulls it back, overshoots the position it's meant to be in again, and just repeats this adinfinitum, meaning the servo output just constantly swings back and forward. So I either need a controller which does respond quick enough, and also can take feedback from the potentiometer, or failing that, if anyone can suggest a way (electrically or mechanically) I could stop this problem happening, I'd be most grateful.I did try sanding away some of the material on the peice that connects the servo output to the potentiometer, my thinking being that the arm could overswing slightly without moving the pot, so the arm would stop, it didn't work very well at all however. The system would only really work if the output gear was pulling the potentiometer around, instead of pushing it, and it released it once you told it to stop, but again, I can't think of any way of doing that. Damnit
