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Design basic logic circuits and memory systems using ASM charts. Explore computer control, datapath execution, and Verilog for large circuit designs.
Introduction to Logic Circuits •Logic functions and circuits •Boolean algebra •Synthesis of digital circuits •Introduction to CAD tools •Introduction to VHDL
Hubert Henry Ward. Master the foundations of digital electronics, from diode resistor logic to advanced circuits. Develop hands-on skills in designing digital circuits using state diagrams, Boolean algebra, and Karnaugh maps. Hands-on learning and simulation capabilities using the industry-standard TINA 12 software.
This chapter covers the (theoretical) concepts of digital logic. Digital gates are introduced and different representations, such as Boolean logic, schematics and truth tables are shown. Boolean logic rules are derived and the chapter ends with examples on implementing digital designs. License Information.
The topics selected are an in-depth presentation of switching algebra, a theory of memory circuits (sometimes called flop flops), a new approach to asynchronous circuits, and a newly added part presenting a unique programming technique (or language) for programmable logic controllers (PLCs).
This appendix provides a brief discussion of the basics of logic design. It does not replace a course in logic design nor will it enable you to design significant working logic systems. If you have little or no exposure to logic design, however, this appendix will provide sufficient background to understand all the material in this book.
LOGICAL CIRCUITS. Theory . Controlling automatics and computers involve elements which may have two different states and the operation of the whole system is based on their connection. The description of these systems happens by means of the Boolean algebra (logical algebra). According to rigorous logic, a sentence can be true or false.
