Sequential Logic, Clocks and Always Blocks in Verilog | VLSI Tutorial | Part 9

Welcome to Part 9 of our AI-Based Traffic Signal Controller VLSI Project Series! In this lesson, you will learn how sequential logic circuits store information and change their outputs according to a clock signal. We will explore flip-flops, registers, clock edges, reset logic and clock-driven always blocks in Verilog. Sequential logic is essential for building our traffic signal controller because it allows the system to remember its current state and transition between different traffic-light sequences. In this video, you will learn: • What sequential logic is • Difference between combinational and sequential logic • Understanding clock signals • Rising-edge and falling-edge operations • Introduction to flip-flops • How registers store information • Writing clock-driven always blocks • Using posedge and negedge • Understanding blocking and non-blocking assignments • Adding synchronous and asynchronous reset logic • Designing a basic counter • Simulating sequential circuits • Reading clock-based waveforms • Applying sequential logic to the traffic controller project This lesson is suitable for beginners, ECE, EEE, VLSI and electronics students who want practical experience with sequential circuit design using Verilog. Enroll in the complete mentor-guided project: https://www.elevanceskills.com/projec... Use coupon code ELEVANCEYT during enrollment. Learn by Building with ElevanceSkills. #Verilog #SequentialLogic #ClockSignal #AlwaysBlock #FlipFlop #VLSI #FPGA #DigitalDesign #VLSIProject #ElevanceSkills