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Full Adder Truth Table, cont. 0 0CI80)o work,return enter 101180) 1.0 tail shift 10(181)0 +||+1=|1| 1 CIB)O 2-3) Design a full adder circuit using two ICs: 7486 and 7400. Modify the logic diagram from 2-1). Trace variables A, B, Cin through gates to find output functions E and Cou. Use DeMorgan's Laws to verify that your output functions are the same as in the original diagram 2-1). C and pin numbers on your diagram d columns in |13). Write IC and pin numbers on your l lifcuit for proper output by filling in the gray-shaded columns aH Adder Truth Table. Describe any debugging you do. Keep your circuit built for the next part – you will only need to modify it! Part 2. Full Adder 2-1) Now consider the logic symbol, Σ 2 Input bits Σ Sum Output carry Cout Cin Input carry as well as the logic symbol consisting of two half adders combined: 2 half adders Combined to build Half-adder Half-adder Σ Σ ΑΘΒ Σ Sum Σ (A O B) O Cin Cout Cout Full Adder (A O B)Cin Input carry, Cin OR Output carry, Cout AB AB+ (A O B)Cn 3 6. Adders and Subtractors Expt. Tech 1505

Full Adder Truth Table, cont. 0 0CI80)o work,return enter 101180) 1.0 tail shift 10(181)0 +||+1=|1| 1 CIB)O 2-3) Design a full adder circuit using two ICs: 7486 and 7400. Modify the logic diagram from 2-1). Trace variables A, B, Cin through gates to find output functions E and Cou. Use DeMorgan's Laws to verify that your output functions are the same as in the original diagram 2-1). C and pin numbers on your diagram d columns in |13). Write IC and pin numbers on your l lifcuit for proper output by filling in the gray-shaded columns aH Adder Truth Table. Describe any debugging you do. Keep your circuit built for the next part – you will only need to modify it! Part 2. Full Adder 2-1) Now consider the logic symbol, Σ 2 Input bits Σ Sum Output carry Cout Cin Input carry as well as the logic symbol consisting of two half adders combined: 2 half adders Combined to build Half-adder Half-adder Σ Σ ΑΘΒ Σ Sum Σ (A O B) O Cin Cout Cout Full Adder (A O B)Cin Input carry, Cin OR Output carry, Cout AB AB+ (A O B)Cn 3 6. Adders and Subtractors Expt. Tech 1505

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Full Adder Truth Table, cont. 0 0CI80)o work,return enter 101180) 1.0 tail shift 10(181)0 +||+1=|1| 1 CIB)O 2-3) Design a full adder circuit using two ICs: 7486 and 7400. Modify the logic diagram from 2-1). Trace variables A, B, Cin through gates to find output functions E and Cou. Use DeMorgan's Laws to verify that your output functions are the same as in the original diagram 2-1). C and pin numbers on your diagram d columns in
Transcribed Image Text:Full Adder Truth Table, cont. 0 0CI80)o work,return enter 101180) 1.0 tail shift 10(181)0 +||+1=|1| 1 CIB)O 2-3) Design a full adder circuit using two ICs: 7486 and 7400. Modify the logic diagram from 2-1). Trace variables A, B, Cin through gates to find output functions E and Cou. Use DeMorgan's Laws to verify that your output functions are the same as in the original diagram 2-1). C and pin numbers on your diagram d columns in
|13). Write IC and pin numbers on your l lifcuit for proper output by filling in the gray-shaded columns aH Adder Truth Table. Describe any debugging you do. Keep your circuit built for the next part – you will only need to modify it! Part 2. Full Adder 2-1) Now consider the logic symbol, Σ 2 Input bits Σ Sum Output carry Cout Cin Input carry as well as the logic symbol consisting of two half adders combined: 2 half adders Combined to build Half-adder Half-adder Σ Σ ΑΘΒ Σ Sum Σ (A O B) O Cin Cout Cout Full Adder (A O B)Cin Input carry, Cin OR Output carry, Cout AB AB+ (A O B)Cn 3 6. Adders and Subtractors Expt. Tech 1505
Transcribed Image Text:|13). Write IC and pin numbers on your l lifcuit for proper output by filling in the gray-shaded columns aH Adder Truth Table. Describe any debugging you do. Keep your circuit built for the next part – you will only need to modify it! Part 2. Full Adder 2-1) Now consider the logic symbol, Σ 2 Input bits Σ Sum Output carry Cout Cin Input carry as well as the logic symbol consisting of two half adders combined: 2 half adders Combined to build Half-adder Half-adder Σ Σ ΑΘΒ Σ Sum Σ (A O B) O Cin Cout Cout Full Adder (A O B)Cin Input carry, Cin OR Output carry, Cout AB AB+ (A O B)Cn 3 6. Adders and Subtractors Expt. Tech 1505
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