Physics of Nanoscale Devices

Course Duration: 12 weeks

@VTU COE

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(0) 15 Students
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What you will learn

  • Electronics and Communication

This course will introduce senior undergraduate and beginner postgraduate students to the basic physics of novel miniaturized (mesoscopic and nanoscopic) devices. As the device size is reducing, electrons’ behavior in these devices is changing drastically. As a result, the electrical properties of these devices need to be understood in a more fundamental way. The course would start from the basics of quantum mechanics and equip the students to delve into advanced topics in nanoscale devices.

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Lecture 06: KP Model
Preview 32:05
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Lecture 07: KP Model, Effective Mass
Preview 33:42
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Lecture 08: Bands, Effective Mass, DOS
Preview 32:23
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Lecture 09: Effective Mass, DOS
Preview 34:08
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Lecture 10: Density of States
Preview 33:55

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Lecture 11: Density of States
Preview 30:32
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Lecture 12: Density of States - 3D, 2D
Preview 31:41
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Lecture 13: Density of States - 2D, 1D, 0D
Preview 32:16
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Lecture 14: DOS, Fermi Function
Preview 34:26
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Lecture 15: Fermi- Dirac Distribution
Preview 35:10

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Lecture 16: Fermi Function, General Model of Transport
Preview 34:13
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Lecture 17: General Model of Transport-I
Preview 33:57
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Lecture 18: General Model of Transport-II
Preview 34:31
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Lecture 19: General Model of Transport-III
Preview 31:30
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Lecture 20: General Model of Transport, Modes
Preview 32:19

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Lecture 21: Modes-I
Preview 25:13
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Lecture 22: Modes-II
Preview 31:20
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Lecture 23: Modes, Diffusive Transport
Preview 33:32
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Lecture 24: Diffusive Transport
Preview 35:28
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Lecture 25: Diffusive Transport, Conductance
Preview 34:37

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Lecture 26: Conductance, Bulk Transport-I
Preview 35:28
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Lecture 27: Conductance, Bulk Transport-II
Preview 33:07
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Lecture 28: Resistance: Ballistic and Diffusive Cases-I
Preview 32:19
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Lecture 29: Resistance: Ballistic and Diffusive Cases-II
Preview 32:00
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Lecture 30: Resistance: Ballistic and Diffusive Cases-III
Preview 32:41

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Lecture 31: Resistance: Diffusive Case
Preview 34:09
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Lecture 32: The Idea of Mobility
Preview 33:38
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Lecture 33: Voltage Drop in Ballistic Conductor
Preview 33:31
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Lecture 34: 1D and 2D Realistic Conductors
Preview 33:41
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Lecture 35: Introduction to MOSFET
Preview 33:00

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Lecture 36: Introduction to MOSFET-II
Preview 33:32
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Lecture 37: MOSFET: A Barrier Controlled Device
Preview 34:34
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Lecture 38: MOSFET Electrical Characteristics
Preview 32:47
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Lecture 39: MOSFET IV Characteristics-I
Preview 33:15
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Lecture 40: MOSFET IV Characteristics-II
Preview 35:17

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Lecture 41: MOSFET IV Characteristics-III
Preview 36:17
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Lecture 42: MOSFET IV Characteristics-Traditional Approach
Preview 34:07
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Lecture 43: MOSFET: Transport-I
Preview 33:44
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Lecture 44: MOSFET: Transport-II
Preview 35:54
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Lecture 45: MOSFET: Landauer Transport
Preview 34:54

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Lecture 46: Landauer Transport and Ballistic MOSFET
Preview 33:41
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Lecture 47: Ballistic MOSFET
Preview 34:37
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Lecture 48: Ballistic Injection Velocity
Preview 32:54
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Lecture 49: Velocity Saturation in Ballistic MOSFET and Electrostatics
Preview 45:59
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Lecture 50: MOS Electrostatics
Preview 38:56

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Lecture 51: MOS Electrostatics
Preview 41:22
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Lecture 52: MOSFET: Electrostatics, Threshold Voltage
Preview 43:00
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Lecture 53: MOSFET 2D Electrostatics
Preview 48:02
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Lecture 54: MOSFET: 2D Electrostatics and Quantum Confinement
Preview 43:48
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Lecture 55: ETSOI MOSFETs, Quantum Confinement, Strain Engineering
Preview 45:45

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Lecture 56: Strain Engineering, Thermoelectric Effects
Preview 46:42
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Lecture 57: Thermoelectric Effects
Preview 46:28
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Lecture 58: Thermoelectric Effects, Quantum Dot Devices
Preview 52:28
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Lecture 59: Quantum Dot Devices
Preview 51:07
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Lecture 60: Quantum Dot Devices – IV Characteristics, DFT, Course Summary
Preview 66:32
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Meet Your Instructor
@VTU COE
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Instructor
3.3 Rating
8558 Students
802 Courses
About Instructor

VTU is one of the largest Technological Universities in India with 24 years of Tradition of excellence in Engineering & Technical Education, Research and Innovations. It came into existence in the year 1998 to cater the needs of Indian industries for trained technical manpower with practical experience and sound theoretical knowledge.

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Free

  • Course Duration
    36 h 17 m 13 s
  • Course Level
    Intermediate
  • Student Enrolled
    15
  • Language
    English
This Course Includes
  • 36 h 17 m 13 s Video Lectures
  • 0 Quizzes
  • 0 Assignments
  • 0 Downloadable Resources
  • Full Lifetime Access
  • Certificate of Completion