Combinational Circuits-Design & Analysis Adders, Multiplexers | Engineering Online Course by Udemy

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Combinational Circuits: Design & Analysis

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Combinational Circuits-Design & Analysis Adders, Multiplexers

Introduction of Combinational Circuits. 1. Block-Diagram. Analysis of Combinational Circuits. 1. Steps followed to analyse a given Combinational Circuit. Design of Combinational Circuits 1. Steps followed to design a given Combinational Circuit. a) Truth-Table b) K-MAP c) Boolean Expression d) Circuit- Diagram. Problems to Design a Combinational Circuit. Binary Adders 1) Rules of Binary Addition. 2) Types of Binary Adders. Half-Adders 1) Block-Diagram. 2) Truth-Table. 3) K-Map for outputs. 4) Boolean Expression. 5) Circuit- Diagram. Full-Adders 1) Block-Diagram. 2) Truth-Table. 3) K-Map for outputs. 4) Boolean Expression. 5) Circuit- Diagram. Binary Subtraction 1) Rules of Binary Subtraction. 2) Types of Binary Subtractors. Half-Subtractors 1) Block-Diagram. 2) Truth-Table. 3) K-Map for outputs. 4) Boolean Expression. 5) Circuit- Diagram. Full-Subtractors 1) Block-Diagram. 2) Truth-Table. 3) K-Map for outputs. 4) Boolean Expression. 5) Circuit- Diagram. Multiplexers 1) Introduction to Multiplexer (MUX) 2) Block-Diagram 3) Advantages Types of Multiplexers (MUX) 1) 2:1 MUX 2) 41 MUX 3) 8:1 MUX 4) 16:1 MUX 2:1 MUX 1) Block-Diagram. 2) Truth-Table. 3) Boolean Expression. 4) Circuit- Diagram. 4:1 MUX 1) Block-Diagram. 2) Truth-Table. 3) Boolean Expression. 4) Circuit- Diagram. 8:1 MUX 1) Block-Diagram. 2) Truth-Table. 3) Boolean Expression. 4) Circuit- Diagram. 16:1 MUX 1) Block-Diagram. 2) Truth-Table. 3) Boolean Expression. 4) Circuit- Diagram. Multiplexer -Tree 1) Implement 8: 1 MUX using 4:1 MUX. 2) Implement 16: 1 MUX using 8:1 MUX. 3) Implement 4: 1 MUX using 2:1 MUX. Implementation of Combinational Circuit using Multiplexers. 1) Implementation of a function using Multiplexers. 2) Implementation of a full-adder using Multiplexers. 3) Implementation of a function using 4:1 Multiplexer. 4) Implementation of a function using 8:1 Multiplexer.

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