The Essence of Digital DesignPrentice Hall, 1998 - 227 páginas The Prentice Hall Essence of Engineering Series provides a concise, practical and uniform introduction to the core components of an undergraduate engineering degree. Acknowledging recent changes within higher education, this approach uses a variety of pedagogical tools - case-studies, worked examples and self-test questions - to underpin the student's learning. The Essence of Digital Design has been developed as a concise but complete introduction to digital logic design for undergraduate students of Engineering and Computer Science. After an introduction to the application domains of digital systems, the text describes basic gates, the Boolean algebra underpinning, combinational circuit design, flip-flops, sequential circuit design, and programmable logic devices. The final chapter introduces logic circuit fault testing to detect faults that might have subsequently occurred during manufacture. Proper consideration should be given to manufacturing a working system as well as obtaining a logically correct design - this is something that is often omitted from other texts, but is examined in full in The Essence of Digital Design with design examples given throughout the text. |
Índice
Logic gates | 25 |
Designing combinational circuits | 61 |
Flipflops and counters | 103 |
Página de créditos | |
Otras 5 secciones no se muestran.
Términos y frases comunes
2's complement A+B+C ABCDE ABCDE ABCDE ABEL activating clock transition algebra applied basic binary counter binary number Boolean expressions canonical Chapter CL CL CL clock signal combinational circuits combinational logic D-type flip-flop data input decimal numbers decoder DeMorgan's theorem digital system dual equation example exclusive-OR Full adder function f groups Hence hexadecimal input values inverse J-K flip-flop Karnaugh map logic function logic gates logic signals logic values Mealy model minimization minterm model state diagram Moore model MOS transistor NAND gate number system operation output function output values package path sensitization pattern primary output prime implicants product term read-only memory s-a-0 fault SELF-ASSESSMENT QUESTION sequential circuit sequential logic circuit shift register shown in Figure shown in Table significant bit specified stuck-at fault subtraction sum-of-product expression switch symbol test vector toggle transition expressions truth table two-input variables voltage Y₁