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README.md

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# Basic Verilog Codes
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Compiled set of verilog codes for beginners. Can help you with getting started with the basics of verilog. Each code has it's own testbench written at the end of the code file in comments, and some files even have different styles of writing the code. Comment and un-comment the required part of the code as needed.
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# Basic Verilog Codes Repository
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Welcome to the "Basic-Verilog-Codes" repository! Here, you will find a compiled set of Verilog codes designed for beginners. Whether you are just starting out or looking to refresh your knowledge of the basics of Verilog, this repository is here to help you.
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## Repository Content
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This repository covers a wide range of topics to get you started on your Verilog journey. Some of the key topics included are:
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- Adder
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- Asynchronous circuits
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- Comparator
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- Decoder
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- Demultiplexer (Demux)
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- Encoder
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- Flip-Flop
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- Logic gates
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- Multiplexer (Mux)
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- Register
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- Shift register
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- Synchronous circuits
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- Testbench design
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## How to Use the Codes
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You can access and utilize these Verilog codes by visiting the [Releases](https://github.com/K4V4NH/Basic-Verilog-Codes/releases) section of this repository. From there, you can download the necessary files to execute the codes and explore the world of Verilog programming.
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## Explore Further
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If you are ready to dive into the world of Verilog and explore the basics of digital design, be sure to check out the provided link. The repository is designed to provide you with a solid foundation in Verilog programming, allowing you to enhance your skills and understanding of digital circuits.
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## Get Started Today
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Don't wait any longer to start your Verilog journey. Visit the [Releases](https://github.com/K4V4NH/Basic-Verilog-Codes/releases) section now to access the Verilog codes and begin your exploration of digital design concepts.
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![Verilog Logo](https://upload.wikimedia.org/wikipedia/commons/thumb/a/ac/Verilog_Logo.svg/1200px-Verilog_Logo.svg.png)
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---
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Remember, mastering Verilog takes practice and dedication. Feel free to explore, experiment, and challenge yourself with these basic Verilog codes. Happy coding! 🚀
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Stay tuned for updates and additional resources in the future. Dive into the world of Verilog coding with confidence and start building your digital design skills today.

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