This note describes the following
topics: Binary systems, Boolean algebra, logic gates, analysis or design of
combinatorial circuits, synchronous sequential logic, registers, counters and
memory, laboratory experiments in digital circuits and logic Logic Design,
Contemporary Logic Design, Switches: basic building block of digital computers,
Relay networks, MOS transistors , CMOS network, Combinational logic symbols,
Implementation as a combinational digital system , Combinational Logic, Time
behavior and waveforms, Product-of-sums canonical form, Karnaugh maps, Working
with Combinational Logic, Memory, Finite State Machines, Sequential Logic
Technologies, Case Studies in Sequential Logic Design, Binary Number Systems and
Arithmetic Circuits, Interfacing.
Author(s): Prof.
Soo ik, Chae, Seoul National University
This note describes the following
topics: Logic Circuits: Variables, functions, truth tables, gates and
networks, Boolean algebra, Synthesis using AND, OR, and NOT gates, CAD Tools and
VHDL, Optimized Implementation of Logic Functions, Number Representation and
Arithmetic Circuits, Combinatorial Circuit Building Blocks, Flip-Flops,
Registers and Counters.
This note describes the following
topics: Binary systems, Boolean algebra, logic gates, analysis or design of
combinatorial circuits, synchronous sequential logic, registers, counters and
memory, laboratory experiments in digital circuits and logic Logic Design,
Contemporary Logic Design, Switches: basic building block of digital computers,
Relay networks, MOS transistors , CMOS network, Combinational logic symbols,
Implementation as a combinational digital system , Combinational Logic, Time
behavior and waveforms, Product-of-sums canonical form, Karnaugh maps, Working
with Combinational Logic, Memory, Finite State Machines, Sequential Logic
Technologies, Case Studies in Sequential Logic Design, Binary Number Systems and
Arithmetic Circuits, Interfacing.
Author(s): Prof.
Soo ik, Chae, Seoul National University
This note is
designed to provide knowledge and understanding to sophomores in electrical and
computer engineering of Boolean algebra and digital concepts, with concentration
on the analysis and design of combinational and sequential logic networks.
Furthermore, it provides a foundation for subsequent study in computer
organization, architecture, and VLSI design.