![]() ![]() Demonstrate its correct operation using the motor emulation module. The XOR operation may be useful in simplifying the expressions. ![]() Draw the resultant schematic in ISE using FJKC and gate macros. Use the areas provided below to do the design. > Clockwise > Anti-clockwise 0 NOTE: You may NOT use a FF clock enable input to implement the en signal. Table 1 summarizes the differences between those 3 kinds of motor. 0 Outputs to motor remain fixed, 1Outputs change according to the timing diagram and in a direction controlled by dir. trol and need no encoder or special driver to monitor the position of the rotor. This input will control the rate of stepping of the motor. ![]() You are provided with a motor module that emulates the operation of this type of motor You are required to develop a Moore state machine that will provide these sequences of signals under the control of three inputs: 1 en -Enable stepping: 2 CW-Controls the direction of stepping: 3. Transcribed image text: Parts 1-Stepper Motor Controller The waveform below shows the required inputs to a unipolar stepper motor to cause it to step in the clockwise (left- to-right) and anti-clockwise (right-to-left) directions. ![]()
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