Stepper motor Control board Free 3D model

cgtrader

The stepper board unleashes its potential by harnessing up to two stepper motors with just eight I/O pins.\nUpon installing the board, carefully attach the rubber pad atop the silver capacitor located on the Raspberry Pi board adjacent to the power plug, ensuring a seamless and secure connection that prevents any electrical mishaps between the stepper board and the Raspberry Pi.\nThe jumper included with the board unlocks the full voltage capabilities of the stepper motor by tapping into the +5V provided by the Raspberry PI. Should you choose to use a different stepper, you can effortlessly disconnect the jumper and tap up to 12 volts into the center pin while linking ground to the disconnected pin, unleashing an incredible wealth of possibilities.\nDirecting your gaze toward the board with its LED lights, notice that the white connector on the left is where all the action takes place, featuring the following wiring map in clear sight: WiringPi BCM/GPIO Name 0 17 GPIO0 1 18 GPIO1 2 R1:21/R2:27 GPIO2 3 22 GPIO3 Looking further into this configuration 4 23 GPIO4 5 24 GPIO5 6 25 GPIO6 7 4 GPIO7 The second white connector has a different configuration entirely, showcasing the flexibility of Gordon's WiringPi, which intuitively adjusts its parameters according to your specific Raspberry Pi version. To harness maximum torque from this set-up, you'll want to implement these bit patterns on the first connector: Begin with bits 0 and 3 enabled then wait for the signal to stabilize. Flip bit 3 off while flipping bit 1 on; the anticipation will soon turn into tangible progress once you hit your next milestone, and that's only when you switch off bit 0 and flip bit 2 on then pause briefly. Then, reverse gears once again, with bit 1 turned off and bit 3 on and proceed accordingly; however, skip this particular stop sign - head directly to step two (not counting any stops).