Introduction to Low Power VLSI |Techniques to Reduce Power |Static Power &Dynamic Power Dissipation скачать в хорошем качестве

Introduction to Low Power VLSI |Techniques to Reduce Power |Static Power &Dynamic Power Dissipation

👉👉👉Follow my Telegram Channel to access all PPTS and Notes which are discussed in YouTube Channel https://t.me/joinchat/Tdj1I9joK16TCaiA -------------------------------------------------------------------------------------------------------------------------------------------------------------- In this Video, I have Explained about 1. Why We need Low Power? 2. Static Power Dissipation and its types like Switching Power Dissipation, Glitching Power Dissipation and Short Circuit Power Dissipation 3. Dynamic Power Dissipation and its types 4. Dynamic Power Reduction Techniques like Clock Gating, Supply Voltage Reduction, Dynamic Frequency and Voltage Scaling, Level Converter Circuit. 5. Static Power Reduction Techniques / Leakage Power Reduction Techniques like Transistor Stacking, Dual Vth Partitioning, Variable Threshold Transistors 6. Power Gating Technique. #lowpowervlsi #lowpowerreductiontechniques #clockgating #powerdisipation #staticpowerdissipation #dyamicpowerdissipation ----------------------------------------------------------------------------------------------------------------------- 1. An Introduction to VLSI Design:    • An Introduction to VLSI Design|| IC Fabric...   2. Basic Electrical Properties of MOS& BI-CMOS Circuits:    • Basic Electrical Properties of MOS& BI-CMO...   3. MOS Inverters and their Configurations:    • MOS Inverters and their Configurations||VL...   4. Basic Circuit Concepts in VLSI Design PART-1:    • Basic Circuit Concepts in VLSI Design|Shee...   5. Basic Circuit Concepts in VLSI Design PART-2:    • Basic Circuit Concepts in VLSI Design|| Ro...   6. Basic Circuit Concepts in VLSI Design PART-3:    • Basic Circuit Concepts in VLSI Design|| Dr...   7. VLSI PHYSICAL DESIGN:    • VLSI  Physical Design||Floor Planning, Pla...   8. FULL CUSTOM&SEMI CUSTOM DESIGN STYLES IN VLSI:    • Full Custom and semi custom design styles ...   9. VLSI Design Styles:(Programmable Logic Devices):    • Programmable Logic Devices|| VLSI DESIGN S...   10. VLSI Gate Level Design PART_1:    • VLSI GATE LEVEL DESIGN PART-1||VLSI DESIGN...   11. VLSI Gate Level Design PART_2:    • VLSI  GATE LEVEL DESIGN PART -2||Alternati...   12.VLSI TESTING AND TESTABILITY PART -1 :    • VLSI Testing &Testability||CMOS IC Testing...   13.VLSI TESTING AND TESTABILITY PART-2 :    • VLSI Testing &Testability||CMOS IC Testing...   14. Boolean Difference Method:    • Testing and Testability||Combinational ATP...   15. SCOP Based Combinational Controllability and Observability:    • Testing and Testability||Testability Analy...   16. Concept of Fault Equivalence (Fault Collapsing) :    • VLSI Testing &Testability||Fault Equivalen...   17. Verification of Half Adder Using Cadence Incisive Enterprise Simulator (IES) Tool :    • Verification of Half Adder Using Cadence I...   18. Definition of Code Coverage, Types || Code Coverage Flow Using Cadence IES and ICCR Tools ||Verilog :    • Definition of Code Coverage, Types || Code...   19. Introduction to Low Power VLSI |Techniques to Reduce Power |Static Power &Dynamic Power Dissipation :    • Introduction to Low Power VLSI |Techniques...