SR Latch using NAND Gate|RTL Design implementation of SR latch using Verilog|Harish Goupale|digital

Описание: Welcome to Tech Spot! In this video, we explain the working and functionality of the SR (Set-Reset) Latch and show you how to implement it using Verilog RTL design.
This is an essential concept in digital logic and a perfect starting point for learning sequential circuits and hardware description languages.

🧠 What you will learn:
1)What is an SR Latch?
2)Detailed working and truth table of SR Latch
3)Explanation of Set, Reset, Hold, and Invalid states
4)Circuit design using NOR gates
5)How to write Verilog code for SR latch
6)RTL Simulation and waveform analysis

💻 Verilog RTL Design Includes:
Behavioral Modeling of SR Latch
Testbench to verify latch functionality
Simulation results and waveform explanation
Practical tips for synthesizable latch design

📘 SR Latch Summary:
The SR Latch is a basic memory circuit that stores 1 bit of information.
It is a level-sensitive circuit with two inputs: Set (S) and Reset (R).
Depending on the input combination, the output either sets, resets, or holds the previous state.
Understanding this is crucial for designing flip-flops, registers, and FSMs (Finite State Machines) in Verilog.

📌 Chapters:
0:00 - Introduction
1:00 - SR Latch Concept and Circuit
2:30 - Truth Table Explained
4:00 - SR Latch Functionality
6:00 - Verilog RTL Design
8:00 - Verilog Testbench
9:30 - Simulation & Output Waveforms
11:00 - Summary and Applications

NAND SR Latch Tutorial,
SR Latch Circuit Design,
Digital Logic NAND Gates,
Understanding SR Latch,
NAND Gate Memory Circuit,
Build an SR Latch with NAND,
SR Latch Functionality Explained,
NAND Based Flip-Flop,
SR Latch vs D Latch,
Logic Gate Latch Tutorial

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