Digital Circuits: Logic and Design
Written especially for a one-semester, introductory course on digital systems theory and design, Digital Circuits introduces the basics of both combinational and sequential circuits in a systematic, logical order of self-contained chapters. The text covers the arithmetical foundation of the digital world, Boolean algebra concepts and their application to electronic circuitry, minimization techniques of combinatorial digital circuits, the application of combinatorial circuit concepts to practical problems, sequential circuits and their characteristics and limitations, and methods of developing general sequential circuitry. Stressing real-life applications for digital circuit design, offering numerous worked-out examples, and presenting a unique appendix of experiments, this compact, uncluttered text is the ideal learning tool for undergraduate electrical engineering technology students; undergraduate electrical, mechanical, civil, or physics students studying digital service; professional seminars and in-house training programs on electronic logic circuits; and technicians and technologists in the field who need up-to-date information on digital systems. Book jacket.
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Boolean Algebra Truth Tables and Hardware
Logic Expressions and Minimization
Combinational Circuits and Their Implementation
General Sequential Circuitry
2-couples 2's complement 5Vdc ABCD ABCD ABCD AND-OR applications binary counter binary equivalent binary number binary variable block diagram Boolean algebra Boolean variables cells chip circuitry clock CMOS combinational circuits connect Pin Construct count Courtesy of Texas decimal number decoding excess-3 excitation table expression f(A flip-flop four-variable function f(A function table H H H H L H hexadecimal implement integrated circuit inverter J-K FF J-K flip-flops K-map Karnaugh Map logic circuits Map for Example minimization multiplexer multivibrator NAND gate NAND-NAND number systems octal one-shot open collector OR-AND POS expression POS form Post Postulate Problem pulse Q output QA QB QC Quad 2-input readout ring counter Schmitt Trigger Segment sequence sequential circuits seven-segment display shown in Fig signal simplified Solution SOP form subtraction switch symbol synchronous term Texas Instruments three-variable map truth table WIRED-OR