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Keep shoppingAn Introduction To VHDL
28 students
An Introduction To VHDL
A basic guide to learning the fundamentals of VHDL design
Created by10X Training Technologies
Last updated 12/2019
English
What you'll learn
- How to design different circuits and functions using VHDL
- Understand and interpret other VHDL code and describe what functionality it is performing
- Learn about different design structures & styles that can be used when coding in VHDL
- Learn how to implement a test bench to test your VHDL designs
- Learn how to run a simulation in order to provide stimulus to your designs to test and verify functionality
- Examples on how to design several different circuits using VHDL from beginning to end
- ((Bonus)) The basic FPGA development flow used for VHDL designs & tools used for implementing VHDL designs
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Course content
10 sections • 32 lectures • 52m total length
Requirements
- Basic knowledge of Logic Design & Logic Gates
- Xilinx Vivado Tool Suite used for running simulations (Download link will be provided in course)
- Basic knowledge of how to use a computer, install programs, unzip files and edit files
Description
An Introduction To VHDL is an introductory course that teaches the basics of VHDL, so students have a beginner understanding of writing VHDL code. It presents a set of simple and commonly used features of the VHDL language, so that students can begin writing models of digital logic circuits in VHDL. Numerous examples are included within the course, that explain the different formulations of the language constructs and their semantics.
Course Outline:
Introduction to VHDL: Understanding the purpose and applications of VHDL in digital design.
Getting Started with VHDL: Setting up your development environment and writing your first VHDL code.
VHDL Syntax and Data Types: Mastering VHDL syntax, data types, and basic constructs.
Behavioral Modeling: Writing VHDL code to describe the behavior of digital circuits.
Structural Modeling: Designing digital circuits using component instantiation and structural modeling techniques.
Sequential Logic Design: Understanding flip-flops, registers, counters, and state machines in VHDL.
Concurrent Logic Design: Exploring concurrent signal assignments, processes, and sensitivity lists.
Advanced Topics: Delving into advanced VHDL features such as generics, packages, and testbenches.
FPGA Programming with VHDL: Applying VHDL to program FPGA devices for custom digital designs.
An Introduction To VHDL provides a great beginner level introduction to the VHDL language, that can be understood both by digital logic design enthusiasts, as well as electrical engineers and those interested in learning VHDL language to broaden their knowledge of the digital world.
By the end of this course, you'll have the basic knowledge and skills to confidently write, simulate, and synthesize VHDL code for various digital design applications. Whether you're pursuing a career in digital design or simply passionate about electronics, this course will empower you to take your first steps into the exciting world of VHDL programming. Join us today and embark on your journey to mastering VHDL!
Who this course is for:
- Students who want to learn about VHDL
- Students who want to learn how to design digital circuits
- Students who want to learn how to test the functionality of digital circuits using a simulator
- Students studying Digital Design or Electrical Engineering