Hello, I need your help. I have a motor that cannot work without hall sensors or an encoder. There is an encoder on the motor, which I would need to adjust to look like a hall probe, because I cannot connect the encoder to the controller. I found a program on the net that was able to determine how many pulses the encoder has for one turn. I am sending you the link: Arduino/ROTARY_ENCODER.ino at master · jumejume1/Arduino · GitHub. I am sending you a picture of what it should look like. Thank you in advance for your reply
Why? Please post a schematic.
Please post a link to the motor data sheet or product page.
The point is that my regulator does not have an input for encoder but only for hall sensors.
I would like to, but it's an electric car engine and I couldn't find anything about it anywhere. This is an engine from thinkcity.
It is an electric car engine. I made my own regulator because the original one was destroyed. So I made my own. If I connected the motor, which was a classic AC motor from an RC plane, the motor worked beautifully. When I connected the motor from the electric car to it, the motor just jerked. I asked people who know about these engines and they told me that it is because it lacks information about the position of the rotor. Since I no longer have the original regulator, I would need to adjust the encoder to hall sensors. Using that program, I found out that my encoder has 128 pulses. According to my sketch, it should look like this. If the encoder gives 0-32 pulses, the first LED will light up, if it gives 32-64 pulses, the first and second LED will light up at the same time. if the encoder gives 64-96 pulses, the first LED will go out and the second LED and the third LED will light up. If the encoder gives 96-128 pulses, only the last LED lights up. And then continue like this. well thank you
You're welcome. Please post a schematic, words are never sufficient to communicate such problems.
If you post images, please post images of your hardware, not some images of similar hardware you found on the net.
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