Hi, great video love it. I have a few questions. why do we need RPM ? Arduino nano runst at 3.3V How did you cenected those encoder pins to it ? does that encoder runs at 3.3V ?
What if you're using Arduino Uno, I'm asking because the Encoder block you used is meant for some versions of Arduino. Been trying to measure the rpm of my dc motor and I'm in a pinch. Any help?
Most encoder lines have two or three signal lines, usually sigA, sigB, direction, or the calculated count number or direction. Therefore, it is recommended to first check the signal output specified in the motor encoder’s data sheet and then bring those signals into the Arduino as input signals to build the system.
@@hongsethya4932 Most encoder lines have two or three signal lines, usually sigA, sigB, direction, or the calculated count number or direction. Therefore, it is recommended to first check the signal output specified in the motor encoder’s data sheet and then bring those signals into the Arduino as input signals to build the system.
Hi, great video love it.
I have a few questions.
why do we need RPM ?
Arduino nano runst at 3.3V How did you cenected those encoder pins to it ? does that encoder runs at 3.3V ?
[ 08:18 ] I typed wrong -
RPM : Revolutions per minute
PPR : pulse per revolution
What if you're using Arduino Uno, I'm asking because the Encoder block you used is meant for some versions of Arduino. Been trying to measure the rpm of my dc motor and I'm in a pinch. Any help?
Most encoder lines have two or three signal lines, usually sigA, sigB, direction, or the calculated count number or direction. Therefore, it is recommended to first check the signal output specified in the motor encoder’s data sheet and then bring those signals into the Arduino as input signals to build the system.
Sorry for the late reply. :) i was bit busy these days .
i'm using STM32 nucleo board and it doesn't have encoder block. is there an solution ?
@@hongsethya4932 I think you can make your own. Check your encoder's data sheet first!
@@hongsethya4932 Most encoder lines have two or three signal lines, usually sigA, sigB, direction, or the calculated count number or direction. Therefore, it is recommended to first check the signal output specified in the motor encoder’s data sheet and then bring those signals into the Arduino as input signals to build the system.