Frequency Division by 1.5 in Verilog | Clock Divider Logic Explained with Code||All about VLSI ||

n this video, we dive into Frequency Division by 1.5 using Verilog—a concept commonly used in digital design, clock generation, and FPGA-based systems. You’ll learn why dividing by a non-integer value is challenging, how to design a 1.5 clock divider, and how to write clean and efficient Verilog code to implement it.

We start with the intuition behind fractional frequency division and then move step-by-step into the coding approach using toggle-based logic, state machines, and edge-based control.

Whether you’re preparing for VLSI interviews, working on FPGA projects, or strengthening your digital design skills, this tutorial will provide the clarity you need.

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🧾 Key Topics Covered:

What is Frequency Division by 1.5?

Why fractional frequency division is tricky

Clocking strategies for non-integer division

Verilog code for 1.5 frequency divider

Timing diagram explanation

FPGA implementation tips

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