A sumo robot and a sumo ring are depicted in Figure 1. When detecting the block, the robot has four (4) sensors, assuming the outputs are all 1. Two motors will power the robot. When logic 0 is supplied, the motor will STOP, and when logic 1 is given, the motor will RUN. Assume that your motors will only rotate in one direction. When BOTH sensors S1 and S2 detect a block, the goal is for the robot to go ahead and remove all of the blocks from the sumo ring. If no blocks are spotted, the robot will always turn to the left. Figure 2 depicts different sensor block detection scenarios. 1)Determine the truth table for S1, S2, S3, and S4 as inputs and Left Motor and Right Motor as outputs. then,, minimize SOP expression using Karnaugh map simplification.Finally,create a logic circuit that is as simple as possible based on the simplification.
A sumo robot and a sumo ring are depicted in Figure 1. When detecting the block, the robot has four (4) sensors, assuming the outputs are all 1. Two motors will power the robot. When logic 0 is supplied, the motor will STOP, and when logic 1 is given, the motor will RUN.
Assume that your motors will only rotate in one direction. When BOTH sensors S1 and S2 detect a block, the goal is for the robot to go ahead and remove all of the blocks from the sumo ring. If no blocks are spotted, the robot will always turn to the left. Figure 2 depicts different sensor block detection scenarios.
1)Determine the truth table for S1, S2, S3, and S4 as inputs and Left Motor and Right Motor as outputs. then,, minimize SOP expression using Karnaugh map simplification.Finally,create a logic circuit that is as simple as possible based on the simplification.
Step by step
Solved in 3 steps with 1 images