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The Rotary Encoder currently increments 'steps' once per full High / Low, on A and B event. The resolution of the encoder could be increased by incrementing (/ decrementing) 'steps' for each and every High / Low event on both encoder A and B - increasing the resolution available by a multiple of 4 for any specific encoder.
Using an encoder to measure motor speed, and measuring it at a rate of 10hz, I don’t get a lot of 'steps' per 1/10th second currently to accurately determine speed.
The feature would quadruple the available resolution.
Thanks very much
Kevin
The text was updated successfully, but these errors were encountered:
I've only got a very basic understanding of rotary encoders, but does what you're asking for assume that the rotary encoder is only moving in one direction? 🤷
Hi, no, can still turn both ways, inc'ing or dec'ing the steps as needed. I guess in a change of direction situation you might get a couple of pulses wrong.
The Rotary Encoder currently increments 'steps' once per full High / Low, on A and B event. The resolution of the encoder could be increased by incrementing (/ decrementing) 'steps' for each and every High / Low event on both encoder A and B - increasing the resolution available by a multiple of 4 for any specific encoder.
Using an encoder to measure motor speed, and measuring it at a rate of 10hz, I don’t get a lot of 'steps' per 1/10th second currently to accurately determine speed.
The feature would quadruple the available resolution.
Thanks very much
Kevin
The text was updated successfully, but these errors were encountered: