Analysis of logic circuits

Lecture Digital Logic & Design: Lesson 9 provide students with knowledge about analysis of logic circuits; evaluating boolean expression; representing results in a truth table; simplification of boolean expression into SOP or POS form; representing results in a truth table;...

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Lecture EEE130 Digital electronics I - Chapter 4: Boolean algebra and logic simplification. After studying this section will help you understand: boolean operations and expressions laws and rules of boolean algebra standard forms of boolean expressions five variable karnaugh maps..

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Lecture EEE130 Digital electronics I - Chapter 5: Combinational logic analysis. After studying this section will help you understand: basic combinational logic circuits the universal property of nand and nor gates; logic circuit operation with pulse waveform inputs...

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The main contents of the chapter consist of the following: Hazards, glitches, important concept – analyze digital circuits, given a circuit, create a truth table, create a minimized circuit, approaches, boolean expression approach, truth table approach, leads to minimized hardware, provides insights on how to design hardware.

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The main contents of the chapter consist of the following: Logic circuit analysis, logic circuit analysis, verification - circuit analysis, symbolic analysis, literal analysis, analysis versus design, digital design overview, design procedure (mano), combinational logic design,...

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Lecture 23 More Sequential Circuits Analysis. The main contents of the chapter consist of the following: Discussed more sequential circuit analysis, state machines models, moore and mealy model comparison, mixed model, examples.

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The following will be discussed in this chapter: Circuits do not respond instantaneously to input changes, predictable delay in transferring inputs to outputs, sequential circuits require a periodic clock, goal: analyze clock circuit to determine maximum clock frequency, even after inputs change, output signal of circuit maintains original output for short time.

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The following will be discussed in this chapter: Combinational vs. sequential, synchronous vs. asynchronous, general models for sequential circuits, sequential logic (why)? analysis of clocked sequential circuits, the current “state”, sequential circuit analysis,...

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The following will be discussed in this chapter: Analysis by signal tracing, state reduction and assignment, sequential logic optimization and tradeoffs, state reduction (example), design of synchronous sequential circuits, find flip-flop input and output equations – gray code assignment,...

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Biological macromolecules (DNA, RNA and proteins) are capable of processing physical or chemical inputs to generate outputs that parallel conventional Boolean logical operators. However, the design of functional modules that will enable these macromolecules to operate as synthetic molecular computing devices is challenging.

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Many recent texts place instructors in the difficult position of chosing between authoritative, state-of-the art coverage and an approach that is highly supportive of student learning. This carefully developed text was widely praised by reviewers for both its great clarity and its rigor. The book balances theory and practice in depth without getting bogged down in excessive technical or mathematical language and has abundant coverage of current topics of interest, such as programmable devices, computer-aided design, and testability.

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