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Engineering
Computer Engineering
Digital Logic Design
1. Foundations of Digital Logic
2. Boolean Algebra and Logic Gates
3. Gate-Level Minimization
4. Combinational Logic
5. Synchronous Sequential Logic
6. Registers and Counters
7. Asynchronous Sequential Logic
8. Memory and Programmable Logic
9. Introduction to Hardware Description Languages
Registers and Counters
Registers
Basic Register Operations
Parallel Load
Clear Operation
Clock Enable
Shift Registers
Serial-In Serial-Out
Structure and Operation
Timing Diagrams
Serial-In Parallel-Out
Structure and Operation
Parallel-In Serial-Out
Structure and Operation
Parallel-In Parallel-Out
Structure and Operation
Bidirectional Shift Register
Left and Right Shift Operations
Mode Control
Universal Shift Register
Mode Selection
Functionality and Applications
Register Applications
Data Storage
Data Transfer
Serial Communication
Counters
Ripple Counters
Binary Ripple Counter
Structure and Operation
Timing Analysis
Propagation Delay Issues
Decade Counter
BCD Ripple Counter
Modulo-10 Operation
Modulo-N Counters
Design Techniques
Reset Methods
Synchronous Counters
Binary Up Counter
Design and Operation
Enable Logic
Binary Down Counter
Design and Operation
Up-Down Counter
Mode Control
Design Implementation
BCD Counter
Synchronous Design
State Sequence
Modulo-N Synchronous Counters
Design Methodology
State Assignment
Special Counters
Ring Counter
Structure and Operation
Johnson Counter
Structure and Operation
Twisted Ring Counter
Decoding States
Counter Applications
Frequency Division
Timing Generation
Event Counting
Address Generation
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5. Synchronous Sequential Logic
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7. Asynchronous Sequential Logic