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Encoder Vs Decoder/ Understanding Basic Concept of Encoder and Decoder
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Please find the video links of Combinational Logic Circuit Topics below

https://docs.google.com/document/d/1U...

Please find the video links of Combinational Logic Design Chapter below

1. Combinational Circuits Introduction and classification----    • Comparison between Combinational and Seque...  
2. Design Procedure of Combinational Logic Circuit-----   • Design Procedure of a Combinational Logic ...  
3. Design with basic logic gates, Single Output and Multiple Output Combinational Logic Circuit Design, -----
   • Design a combinational circuit with three ...  
4. Half Adder---   • Half Adder Design  
5. Full Adder----   • Full Adder Design  
6. Design a Full Adder using half adder circuit- -----   • Design a Full Adder Circuit Using Half Add...  
7. Half Subtractor----   • Half Subtractor using K map  8. Full Subtractor----   • FULL SUBTRACTOR using K-map  
9. Introduction to Encoder and Decoder Circuits---   • Encoder Vs Decoder/ Basic Concept of Encod...  
10. Designing 2:4 Decoder Circuit----   • Decoder Circuit Design |  2:4 Decoder Circuit  
11. Designing 3:8 Decoder Circuit---   • Decoder Circuit Design |  3:8 Decoder Circuit  
12. Introduction to Encoder | Designing 4:2 Encoder Circuit------   • Introduction to Encoder | 4:2 Encoder Design  
13. Octal to Binary Encoder | 8:3 Encoder Design---------   • Design of Octal to Binary Encoder  |  8:3 ...  
14. Decimal to BCD Encoder Design ----------   • Decimal to BCD Encoder | Design Decimal to...  
15. Priority Encoder------------   • Priority Encoder Design  
16. Introduction to Multiplexer–Designing 2:1 Multiplexer------------   • Introduction to Multiplexer | 2:1 Multiplexer  
17. Design 4:1 Multiplexer--------------   • Design of 4:1 Multiplexer  
18. Implementing Higher order Multiplexers(8:1MUX & 16:1 MUX) using Lower order Multiplexer---
   • Implementing Higher order Multiplexers(8:1...  
19. Introduction to Multiplexers and De-multiplexers------   • Introduction to Multiplexer and De-multipl...  
20. Introduction to De-Multiplexer | Design 1:2 De-Multiplexer Circuit-----   • Introduction to De-Multiplexer | Design 1:...  
21. 1:4 Demultiplexer Design------   • 1:4 De-multiplexer Design  
22. Implementing Higher-order De-Multiplexers using lower-order De-Multiplexers.---   • Implementing  Higher-order De-Multiplexers...  
23. Implement Full Adder Using Demultiplexer----   • Implement Full Adder Using De-multiplexer.  
24. Implement Full subtractor Using Demultiplexer---   • Implement Full subtractor Using De-Multipl...  
25. Implement the following functions using demultiplexer :f1 (A, B, C) = ∑m(0, 3, 7) f2 (A, B, C) =∑m(1, 2, 5).---   • Implement the functions using De-Multiplex...  
26. Magnitude Comparator | Designing 1-Bit Magnitude Comparator----   • Magnitude Comparator | Designing 1-Bit Mag...  
27. Magnitude Comparator | Designing 2-Bit Magnitude Comparator---   • Magnitude Comparator | Designing 2-Bit Mag...  
28. To design a code convertor logic
circuit-BCD(8421) to Excess3 code----    • Code Convertor | Design BCD(8421)Code to E...  
29.n-Bit Parallel Binary Adder----   • n-bit Parallel Adder  
30. N-bit Parallel binary subtractor----   • n-bit parallel Subtractor