NOC:Sensor Technologies: Physics, Fabrication, and Circuits

Lecture 1 - Sensors and Transducers - Basics

Lecture 2 - Introduction to Sensors

Lecture 3 - Materials for sensors

Lecture 4 - Multidisciplinary Aspects of Sensors

Lecture 5 - Introduction to Sensor Parameters

Lecture 6 - Sensor Parameters - II

Lecture 7 - Sensor Parameters - III

Lecture 8 - Sensor Parameters - IV

Lecture 9 - Sensor Parameters - V

Lecture 10 - Numerical Examples

Lecture 11 - Introduction: Physics of Sensors

Lecture 12 - Capacitive Sensor Architecture

Lecture 13 - Different Types of Capacitive Sensors

Lecture 14 - Thermal Sensors Basics

Lecture 15 - Dynamic Condition of Thermal Sensors

Lecture 16 - Classification of Thermal Sensors

Lecture 17 - Chemical Sensor Basics

Lecture 18 - Electrochemical Sensors

Lecture 19 - Impedimetric Sensors

Lecture 20 - Numerical Examples

Lecture 21 - Physics of Optical Sensors

Lecture 22 - Physics of Magnetic Sensors

Lecture 23 - Physics of Acoustic Sensors

Lecture 24 - Physics of Microfluidic Sensors

Lecture 25 - Various Sensor Geometries and Examples

Lecture 26 - Microfabrication Technologies

Lecture 27 - Deposition Techniques

Lecture 28 - Physical Vapor Deposition

Lecture 29 - Chemical Vapor Deposition

Lecture 30 - Patterning Techniques

Lecture 31 - Lithography Techniques

Lecture 32 - Basics of Etching Techniques

Lecture 33 - Dry Etching Techniques

Lecture 34 - Optical and Electron Microscopy

Lecture 35 - Other Microscopy Techniques

Lecture 36 - Sensor System: Basic Circuits

Lecture 37 - Amplifier Circuits

Lecture 38 - Instrumentation Amplifier

Lecture 39 - Filter Circuits

Lecture 40 - Sensor System: Experimental Demonstration