Procedure
1- Set up the DAQ to output port 2 to send a binary data.
2- Run the LabView in continues mode, change the numerical input on the control panel, and observe the LEDs on the terminal block between (PB0- PB7).
3- Build the block diagram of the three-phase stepper motor as shown in Figure 1, change the delay time to 5000 and observe the effects on the LEDs. Figure 1: Three-phase stepper motor diagram
4- Change the three-phase stepper to four-phase stepper motor through rotating 4-bits instead of 3-bits, and build its diagram as shown in Figure 2. Figure 2: Four-phase stepper motor diagram
5- Add a dial with a timer to control the speed of rotation as shown in Figure 3. Figure 3: Dial added to the four-phase stepper
1- Set up the DAQ to output port 2 to send a binary data.
2- Run the LabView in continues mode, change the numerical input on the control panel, and observe the LEDs on the terminal block between (PB0- PB7).
3- Build the block diagram of the three-phase stepper motor as shown in Figure 1, change the delay time to 5000 and observe the effects on the LEDs. Figure 1: Three-phase stepper motor diagram
4- Change the three-phase stepper to four-phase stepper motor through rotating 4-bits instead of 3-bits, and build its diagram as shown in Figure 2. Figure 2: Four-phase stepper motor diagram
5- Add a dial with a timer to control the speed of rotation as shown in Figure 3. Figure 3: Dial added to the four-phase stepper