These circuits have memory; the output depends on current inputs and past states. Flip-flops and latches are fundamental, acting as the basis for registers and computer memory.
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From these three, we can derive NAND, NOR, XOR, and others. The key insight is that these gates are universal : any possible logical function, no matter how complex, can be realized using a combination of just one type of gate (e.g., NAND). Thus, the logic gate is the atom of computation—indivisible at this level of analysis, yet capable of infinite combination. These circuits have memory; the output depends on
This text bridges the gap between hardware and software. It starts at the transistor and logic gate level, advances through combinational and sequential circuits, builds a processor, explains machine code, and shows how compilers translate high-level code to run on that exact hardware.
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For software-hardware translation.
Top resources to understand processor design include academic PDFs on " Computer Organization and Architecture " by authors like Carl Hamacher. 4. Compilers: Translating Human Thought to Machine Code From these three, we can derive NAND, NOR, XOR, and others
These are critical because any boolean function can be implemented using only NAND or only NOR gates.