Learn · Semiconductor Devices for Next Generation Field Effect Transistors (More than Moore): A Physics Perspective
Lecture 2 of 60week-01
Lecture 2 Introduction of MOS and Energy Band Diagram - I
Prof. Sudeb Dasgupta · IIT Roorkee
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- Semiconductor Devices for Next Generation Field Effect Transistors (More than Moore): A Physics Perspective, IIT Roorkee (at NPTEL)
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- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures
- Lecture 1 Introduction to Subject
- Lecture 2 Introduction of MOS and Energy Band Diagram - I
- Lecture 3 Introduction of MOS and Energy Band Diagram - II
- Lecture 4 Introduction of MOS
- Lecture 5 Introduction of MOS (3 Terminal)
- Lecture 06 MOS Capacitor
- Lecture 7 MOS Capacitor - II
- Lecture 8 Introduction to MOSFET
- Lecture 9 I-V Characteristics of MOSFETs
- Lecture 10 I-V Characteristics of MOSFETs - II
- Lecture 11 Capacitance Modeling for High & Low Frequency-I
- Lecture 12 Capacitance Modeling for High & Low Frequency-II
- Lecture 13 Capacitance Modeling for High & Low Frequency-III
- Lecture 14 High Frequency Modeling of MOSFET
- Lecture 15 Application of MOSFET
- Lecture 16 MOSFET Switch and Amplifier
- Lecture 17 Introduction to Spice
- Lecture 18 Spice sub Circuit Models
- Lecture 19 Spice Installation Setup
- Lecture 20 Spice Model Equation - I
- Lecture 21 Spice Model Equation - II
- Lecture 22 - Spice Model Equations - III
- Lecture 23 - Spice Models Some Examples
- Lecture 24 Carriers and Transportation
- Lecture 25 Introduction to Semiconductor Heterostructures - I
- Lecture 26 Introduction to Semiconductor Heterostructures - II
- Lecture 27 Introduction to Semiconductor Heterostructures - III
- Lecture 28 Band Diagram of Heterostructure
- Lecture 29 P N Heterojunction Diode
- Lecture 30 Leakage in MOSFET
- Lecture 31 DIBL, GIDL, Channel Length Modulation, Source/Drain Series Resistance - I
- Lecture 32 DIBL, GIDL, Channel Length Modulation, Source/Drain Series Resistance - II
- Lecture 33 Velocity Saturation Effect, Velocity Overshoot, Ballistic Transport
- Lecture 34 Mobility Effects and Self Heating Effects
- Lecture 35 Introduction to Double Gate MOSFET
- Lecture 36 SOI MOSFET, Partially and Fully Depleted MOSFET
- Lecture 37 Subthreshold Swing and Transconductance
- Lecture 38 Small and Large Signal Modeling and Juntionless Transistors
- Lecture 39 Introduction to FinFETs Structure
- Lecture 40 Fabrication of FinFETs and HF Modeling
- Lecture 41 High-Frequency Small Signal Modeling
- Lecture 42 RLC FinFET Modeling
- Lecture 43 Gate All Around FETs, Device-Design Perspective
- Lecture 44 Gate All Around FETs
- Lecture 45 Nanosheet FET
- Lecture 46 Process Variation in Nanosheet FET
- Lecture 47 Negative Capacitance: Improved Subthreshold Swing - I
- Lecture 48 Negative Capacitance: Improved Subthreshold Swing - II
- Lecture 49 Introduction to Forksheet FET
- Lecture 50 Challenges of Forksheet FET
- Lecture 51 CFET Advancements and Industry Adoption
- Lecture 52 Design Challenges and CFET Optimization for Semiconductor Scaling
- Lecture 53 Introduction to Compound Semiconductor Materials
- Lecture 54 III-V Materials and Their Role for High-Speed Devices
- Lecture 55 III – V HEMT and its Modeling
- Lecture 56 III – V HEMT and its Modeling -II
- Lecture 57 III – V HEMT and its Modeling - III
- Lecture 58 Vertical High Electron Mobility Transistor
- Lecture 59 Introduction to 2D Semiconductor Materials
- Lecture 60 2D Semiconductor Materials