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🔍 Decoder: Working, Functionality & RTL Design 🔍
In this video, we will explore the working and functionality of the 3:8 decoder and the 4:16 decoder with detailed explanations. The video focuses on:

1️⃣ Active High Enable
2️⃣ Active High Outputs

We will also discuss the RTL design implementation of 3:8 and 4:16 decoders using System Verilog constructs.
This video is perfect for beginners as well as professionals looking to strengthen their understanding of decoders and their hardware description.

📌 Topics Covered:
✅ Introduction to Decoders
✅ Working and Truth Tables of 3:8 and 4:16 Decoders
✅ Active High Enable and Outputs Explanation
✅ RTL Design Implementation Using System Verilog
✅ Practical Examples with Code Walkthrough

🚀 What You’ll Learn:
How decoders work and their applications in digital systems.
How to design and simulate decoders using System Verilog.
RTL implementation for synthesis-ready designs.
🔧 System Verilog Code Walkthrough
We will demonstrate the RTL implementation of both 3:8 and 4:16 decoders using efficient and clear coding practices in System Verilog, ensuring you grasp the concepts with ease.
💻 Tools Used:

System Verilog
EDA Playground / Simulation tools
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📩 Drop your questions in the comments section, and I’ll be happy to help!

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