ECE 465---Digital Systems, Lecture Notes

Instructor: Prof. Shantanu Dutt

1. Lecture Notes # 0 (Teaching Philosophy): ppt 
   
2. Lecture Notes # 1 (Intro): ppt 
   
3. Lecture Notes # 1b (A Discrete Proof Example): ppt 
   
4. Lecture Notes # 2 (Logic Minimization Basics): ppt 
   
5. Lecture Notes # 2.25 (Single Function QM): ppt 
   
6. Lecture Notes # 2.5 (Petrick's algorithm): ppt 
   
7. Lecture Notes # 2.75 (Multi Function QM): ppt 
   
8. Lecture Notes # 3 (MUX designs and MUX-based designs) ppt 
   
9. Lecture Notes # 4 (PLA/PAL based designs and PLA Optimization): ppt 
   
10. Lecture Notes # 4b (RC Delay): ppt , pdf 
    
11. Lecture Notes # 5 (Introduction to CPLD and FPGA) ppt , pdf 
    
12. Lecture Notes # 6 (High Level Design Strategies) ppt 
    
13. Lecture Notes # 6b (Multiplier Design using D&C) ppt 
    
14. Lecture Notes # 7 (FFs & Latches) ppt 
    
15. Lecture Notes # 8 (Sequential Circuit Synthesis) ppt 
    
16. Lecture Notes # 9a (Sequential Circuit State Minimization) ppt 
    
17. Lecture Notes # 9b (State Min. of Incompletely Specified Machines) pdf 
    
18. Lecture Notes # 10a (On-Hot Design Style) pdf 
    
19. Lecture Notes # 10b (On-Hot Design: Delay Computation) ppt 
    
20. Lecture Notes # 11 (Clocking Methods): ppt 
    
21. Lecture Notes # 12 (Digital Circuit Testing): ppt 
    

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