Goal: The aim of the course is to familiarize students with the basic knowledge of digital electronics required for a technical computer scientist, the most important building blocks of digital systems, the development trends of logic circuit families, the application issues of logic circuit families and the building blocks that can be used for the programmed implementation of complex functions. In the course of the course, students will learn about the theoretical operation of digital systems (logic networks), the basic methods of their description, the operation of logic networks through examples, insights into the design of logic networks, and computer simulation methods through problem solving and demonstrations. The aim of the course is to familiarise students with the basic knowledge of digital electronics required by computer engineers, the most important building blocks of digital systems, trends in the development of logic families, and the application of logic families and building blocks for the programmed implementation of complex functions.
Course description: The concept and principle of a logic network, its basic types and description possibilities. Basics of Boolean algebra. Universal logic functions and their building blocks. Design and analysis of combinational networks. Basics of systematic design methods, basic tools and main methods of investigation. Ideal and real building blocks, characteristics of real building blocks. Programmable combinatorial networks. Basic types of sequential networks, their description methods, building blocks. Basic models of synchronous and asynchronous networks. Design and analysis of synchronous networks. Applications of programmable networks, main tools and methods of investigation. Typical synchronous networks. Basics of design and testing of asynchronous networks. Design and simulation of single and multi-output logic circuits using electronic CAD software. Design, implementation, testing and documentation of complex digital circuits using FPGA circuits. Production of downloadable files, online download, testing, debugging, debugging, documentation. Switching mode of transistors, General characteristics of logic circuits, Basic circuits of major logic families, Applications of logic families, Simulation studies of logic families, Signal generating and shaping circuits, Storage circuits, Storage cells, Noise and noise problems in digital systems, Basic concepts of integrated circuit manufacturing.