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Lecture Digital logic design - Lecture 26: Finite state machine design procedure

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The following will be discussed in this chapter: Design of systems that input flip flops and combinational logic, specifications start with a word description, create a state table to indicate next states, convert next states and outputs to output and flip flop input equations, draw resulting circuits.

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Lecture Digital logic design - Lecture 6: More logic functions: NAND, NOR, XOR and XNOR

Lecture Digital logic design - Lecture 6: More logic functions: NAND, NOR, XOR and XNOR

Lecture Digital logic design - Lecture 26: Finite state machine design procedure

Lecture Digital logic design - Lecture 12: More about combinational analysis and design procedures

Lecture Digital logic design - Lecture 12: More about combinational analysis and design procedures

Lecture Digital logic design - Lecture 26: Finite state machine design procedure

Lecture Digital logic design - Lecture 31: PLAs and Arithmetic Logic Unit (ALU)

Lecture Digital logic design - Lecture 31: PLAs and Arithmetic Logic Unit (ALU)

Lecture Digital logic design - Lecture 23: More sequential circuit analysis and design

Lecture Digital logic design - Lecture 11: Combinational design procedure