Fundamentals of logic design /
Charles H. Roth, Jr., Larry L. Kinney
- 7th. ed.
- 1 recurso en línea (xxiv, 791 páginas): ilustraciones
Incluye referencias bibliográficas
Unit 1. Introduction number systems and conversion -- -- Unit 2. Boolean algebra -- -- Unit 3. Boolean algebra (continued) -- -- Unit 4. Applications of boolean algebra minterm and maxterm expansions -- -- Unit 5. Karnaugh maps -- -- Unit 6. Quine-mccluskey method -- -- Unit 7. Multi-level gate circuits NAND and NOR gates -- -- Unit 8. Combinational circuit design and simulation using gates -- -- Unit 9. Multiplexers, decoders, and programmable logic devices -- -- Unit 10. Introduction to VHDL -- -- Unit 11. Latches and flip-flops -- -- Unit 12. Registers and counters -- -- Unit 13. Analysis of clocked sequential circuits -- -- Unit 14. Derivation of state graphs and tables -- -- Unit 15. Reduction of state tables state assignment -- -- Unit 16. Sequential circuit design -- -- Unit 17. VHDL for sequential logic -- -- Unit 18. Circuits for arithmetic operations -- -- Unit 19. State machine design with SM charts -- -- Unit 20. VHDL for digital system design -- -- Appendix
Acceso en línea, autorizado para usuarios eBooks 7-24
This text is written for a first course in the logic design of digital systems. It is written on the premise that the student should understand and learn thoroughly certain fundamental concepts in a first course. Examples of such fundamental concepts are the use of Boolean algebra to describe the signals and interconnections in a logic circuit, use of systematic techniques for simplification of a logic circuit, interconnection of simple components to perform a more complex logic function, analysis of a sequential logic circuit in terms of timing charts or state graphs, and use of a control circuit to control the sequence of events in a digital system.