A seven-segment display is commonly used for displaying decimal digits as we have discussed in the...

 

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A seven-segment display is commonly used for displaying decimal digits as we have discussed in the class. Each of the seven segments can be illuminated separately to form different digits. The segments are labeled with a,b,c,d,e,f,g. You are also given a 2-bit binary input s1, s0. The 2-bit input is connected to the seven-segment display which can display the corresponding decimal digit (from 0 to 3) A. (5 points) Draw the truth table for all seven segments (from a to g) based on the 2-bit input s1, so. B. (10 points) Derive the canonical SOP Boolean expressions for each segment (from a to g) based on the truth table. C. (10 points) Simplify the seven expressions that you got in part B. A seven-segment display is commonly used for displaying decimal digits as we have discussed in the class. Each of the seven segments can be illuminated separately to form different digits. The segments are labeled with a,b,c,d,e,f,g. You are also given a 2-bit binary input s1, s0. The 2-bit input is connected to the seven-segment display which can display the corresponding decimal digit (from 0 to 3) A. (5 points) Draw the truth table for all seven segments (from a to g) based on the 2-bit input s1, so. B. (10 points) Derive the canonical SOP Boolean expressions for each segment (from a to g) based on the truth table. C. (10 points) Simplify the seven expressions that you got in part B.