You will learn how proper state assignment and clock control techniques help in minimizing switching activity and reducing dynamic power dissipation in digital circuits. The concepts are explained in a simple and easy-to-understand manner with a focus on VLSI and ASIC design applications.
Topics Covered:
Algorithmic Level Low Power Techniques
State Encoding for Binary Counters
State Encoding for FSMs
Clock Gating in FSMs
Power Optimization in Digital Circuits
1. Power Dissipation in CMOS: Static, Dynamic, switching, leakage, short circuit power with derivations: https://youtu.be/PTjoqR_AvS0
2. Low Power VLSI Design: Definition, Need, Design techniques-clock gating, Power Gating, Multi voltage: https://youtu.be/aZEBt1a-yUE
3. Low Power VLSI Design Techniques Part-2: Isolation cells and Level Shifter cells: https://youtu.be/UoBf0pUAdCI
