Scaling Models | Scaling Factors Explained | VLSI & Semiconductor Basics скачать в хорошем качестве

Scaling Models | Scaling Factors Explained | VLSI & Semiconductor Basics

In this video, we’ll explore one of the most fundamental topics in VLSI design and semiconductor technology — Scaling Models and Scaling Factors. You’ll learn how device dimensions, voltages, and currents scale as technology nodes shrink, and how this impacts performance, power, and area. 🔍 Topics Covered: ✅ What is Scaling in VLSI? ✅ Types of Scaling – Constant Field Scaling & Constant Voltage Scaling ✅ Derivation of Scaling Factors ✅ Effect on Device Parameters (Power, Capacitance, Delay, Current) ✅ Challenges in Deep Submicron Scaling 💡 Why You Should Watch: Understanding scaling principles is crucial for anyone learning Microelectronics, MOSFET Design, or VLSI Technology. This video makes it simple and visual — perfect for students and professionals aiming to strengthen their fundamentals. 📘 Keywords: Scaling in VLSI, MOSFET scaling, scaling factors in VLSI, constant field scaling, constant voltage scaling, device scaling, technology node scaling, power scaling, short channel effects 👍 Don’t forget to LIKE, SHARE, and SUBSCRIBE to VLSI Simplified for more tutorials on Digital Design, RTL, and Semiconductor Fundamentals! #VLSI #MOSFET #Scaling #Semiconductor #VLSISimplified #Microelectronics #ScalingFactors