Engineers are responsible for truly understand how their designs work. What do you do when the real-world doesn't match the simulation? As they say in the Army, if the map doesn't match the terrain, trust the terrain.. Therefore, you should understand the analysis, even if the arithmetic was done by a computer. If you don't know how to do at least a reasonable approximation by hand, then how can you trust the result of the program? Learn the fundamental of Digital Logic Design as follow:
- Number System: Representation and Code(2a)
- Number System: Representation and code (2b)
- Number System: Representation and code (2c)
- Boolean Algebra: Theorem and Boolean Function Law (3a)
- Boolean Algebra: Theorem and Boolean Function Law (3b)
- Function Simplification: Algebra manipulation and mapping method with don’t care state (4a)
- Function Simplification: Algebra manipulation and mapping method with don’t care state (4b)
- Basic logic gates (5)
- Combinational circuit (6a)
- Combinational circuit (6c)
- Latches and flip-flop (7a)
- Latches and flip-flop (7b)
- Sequential Circuit: Clock, counter, synchronous & asynchronous circuit, state diagram (8a)
- Sequential Circuit: Clock, counter, synchronous &asynchronous circuit, state diagram (8b)
- Sequential Circuit: Clock, counter, synchronous &asynchronous circuit, state diagram (8c)
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