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PART A Simplification using De Morgan's theorems 1. Draw a logic diagram for the equation : Y=ABB+C O

PART A Simplification using De Morgan's theorems 1. Draw a logic diagram for the equation : Y=ABB+C O

Power System Analysis and Design (MindTap Course List)
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter6: Power Flows
Section: Chapter Questions
Problem 6.22P
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X 9:48 This document contains ink, shapes and images that are not legible in Mob... more TUI J vulaUIVN, ΠαπUVI UI VEHIN HIV- PROCEDURE The cells in K-Map are arranged so that only one single variable changes between adjacent cells. In the experiment, you will be given a design problem. You should be able to interpret the design problem into a truth table and apply the Karnaugh Map technique to find the simplest logic expression. Finally, you have to construct and test the circuit. PART A Simplification using De Morgan's theorems 1. Draw a logic diagram for the equation : Y = AB • B+C INPUTS 4G 57 OUTPUT Print Layout Table 21 Step 1 Circuit Operation 2. Construct the circuit using the diagram you drew in Step 1. Connect toggle switches to inputs A, B & C and an LED to the circuit output, Y. Set the toggle switches to each input combination listed in Table 2.1, and record the output value observed in the table. || O 3. Apply De Morgan's laws to remove the top inversion bar by changing the sign. Get the simplified expression and draw the logic circuit diagram in the space given below:
Transcribed Image Text:X 9:48 This document contains ink, shapes and images that are not legible in Mob... more TUI J vulaUIVN, ΠαπUVI UI VEHIN HIV- PROCEDURE The cells in K-Map are arranged so that only one single variable changes between adjacent cells. In the experiment, you will be given a design problem. You should be able to interpret the design problem into a truth table and apply the Karnaugh Map technique to find the simplest logic expression. Finally, you have to construct and test the circuit. PART A Simplification using De Morgan's theorems 1. Draw a logic diagram for the equation : Y = AB • B+C INPUTS 4G 57 OUTPUT Print Layout Table 21 Step 1 Circuit Operation 2. Construct the circuit using the diagram you drew in Step 1. Connect toggle switches to inputs A, B & C and an LED to the circuit output, Y. Set the toggle switches to each input combination listed in Table 2.1, and record the output value observed in the table. || O 3. Apply De Morgan's laws to remove the top inversion bar by changing the sign. Get the simplified expression and draw the logic circuit diagram in the space given below:
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