📄️ Course Overview
The readme of Digital Design
📄️ Digital Systems and Numbers
The representation of numbers and nonnumerical data in digital systems.
📄️ Boolean Algebra
The fundamental operations and properties of Boolean algebra and mechanisms to minimize expressions.
📄️ Digital Logic Fundamentals
The basic logic gates and methods to combine them to realize more complex functions.
📄️ More Complex Combinatorial Components
This section covers more complex combinatorial components, including multiplexers, decoders, and encoders, demultiplexers, comparators and adders.
📄️ More Complex Functions
Use components to build more complex functions.
📄️ Sequential Components
The basic model for sequential circuits and the fundamental components.
📄️ More Complex Sequential Components
This section covers more complex sequential components, including counters, and registers.
📄️ Sequential Circuits
Two primary models for sequential circuits and tools used in digital design.
📄️ Asynchronous Sequential Circuits
Asynchronous circuits do not have a clock signal and have several issues not found in synchronous circuits.
📄️ Programmable Devices
Programmable logic devices incorporate a programmable array of logic gates and interconnects that can be configured to perform a wide range of functions.