Modules / Lectures


Sl.No Chapter Name MP4 Download
1Quantum Mechanics: Concept of Wave Particle, Schrodinders EquationDownload
2Quantum Mechanics: Particle in a BoxDownload
3Quantum Mechanics: Particle in a Box - Continued, Harmonic OscillatorDownload
4Solids : Formation of Bands, Kronig-Penny ModelDownload
5Solids : Kronig-Penny Model - ContinuedDownload
6Solids : Electrons and HolesDownload
7Solids : Electrons and Holes - ContinuedDownload
8Solids : CrystalsDownload
9Density of StatesDownload
10Density of States - Continued, Fermi FunctionDownload
11Fermi Function - Carrier ConcentrationDownload
12DopingDownload
13Doping - ContinuedDownload
14Recombination and GenerationDownload
15Recombination and Generation - ContinuedDownload
16Recombination and Generation - Continued, Charge TransportDownload
17Charge Transport - ContinuedDownload
18Continuity EquationDownload
19JunctionsDownload
20Metal Semiconductor JunctionsDownload
21Schottky Contact : ElectrostaticsDownload
22Schottky Contact : Current-Voltage (IV) Characteristics Download
23Schottky Contact : IV Characteristics - ContinuedDownload
24Schottky Contact : Small Signal ImpedanceDownload
25PN Junctions : ElectrostaticsDownload
26PN Junctions : IV CharacteristicsDownload
27PN Junctions : Small Signal ImpedanceDownload
28PN Junctions : Non-IdealitiesDownload
29Bipolar Junction Transistors (BJT)Download
30BJT : IV CharacteristicsDownload
31BJT : Non-Idealities and Equivalent Circuit ModelingDownload
32Metal Oxide Semiconductor Capacitor (MOSCAP)Download
33MOSCAP - ContinuedDownload
34MOSCAP : CV CharacteristicsDownload
35MOSCAP : CV Characteristics - ContinuedDownload
36MOSFET: IntroductionDownload
37MOSFET: I-V characteristicsDownload
38MOSFET: I-V characteristics - ContinuedDownload
39MOSFET: I-V characteristics - Cont..Download
40Subthreshold swing, Additional conceptsDownload
41Trapped charge, Body-biasDownload
42Scaling of MOSFETsDownload
43Scaling of MOSFETs - Continued, Leakage currents in MOSFETsDownload
44MOSFET characterization: Parameter extractionDownload
45MOSFET characterization: Trapped charges, contact resistanceDownload
46MOSFET as a switchDownload
47MOSFET as a switch - ContinuedDownload
48Amplifiers using MOSFETDownload
49Amplifiers using MOSFET - continuedDownload
50Circuits: Frequency Response, NoiseDownload
51Introduction: Amorphous SemiconductorsDownload
52Thin Film TransistorsDownload
53Tutorials Session -1Download
54Tutorials Session -2Download
55Tutorials Session -3Download

Sl.No Chapter Name English
1Quantum Mechanics: Concept of Wave Particle, Schrodinders EquationDownload
Verified
2Quantum Mechanics: Particle in a BoxDownload
Verified
3Quantum Mechanics: Particle in a Box - Continued, Harmonic OscillatorDownload
Verified
4Solids : Formation of Bands, Kronig-Penny ModelDownload
Verified
5Solids : Kronig-Penny Model - ContinuedDownload
Verified
6Solids : Electrons and HolesDownload
Verified
7Solids : Electrons and Holes - ContinuedDownload
Verified
8Solids : CrystalsDownload
Verified
9Density of StatesDownload
Verified
10Density of States - Continued, Fermi FunctionDownload
Verified
11Fermi Function - Carrier ConcentrationDownload
Verified
12DopingDownload
Verified
13Doping - ContinuedDownload
Verified
14Recombination and GenerationDownload
Verified
15Recombination and Generation - ContinuedDownload
Verified
16Recombination and Generation - Continued, Charge TransportDownload
Verified
17Charge Transport - ContinuedDownload
Verified
18Continuity EquationDownload
Verified
19JunctionsDownload
Verified
20Metal Semiconductor JunctionsDownload
Verified
21Schottky Contact : ElectrostaticsDownload
Verified
22Schottky Contact : Current-Voltage (IV) Characteristics Download
Verified
23Schottky Contact : IV Characteristics - ContinuedDownload
Verified
24Schottky Contact : Small Signal ImpedanceDownload
Verified
25PN Junctions : ElectrostaticsDownload
Verified
26PN Junctions : IV CharacteristicsDownload
Verified
27PN Junctions : Small Signal ImpedanceDownload
Verified
28PN Junctions : Non-IdealitiesDownload
Verified
29Bipolar Junction Transistors (BJT)Download
Verified
30BJT : IV CharacteristicsDownload
Verified
31BJT : Non-Idealities and Equivalent Circuit ModelingDownload
Verified
32Metal Oxide Semiconductor Capacitor (MOSCAP)Download
Verified
33MOSCAP - ContinuedDownload
Verified
34MOSCAP : CV CharacteristicsDownload
Verified
35MOSCAP : CV Characteristics - ContinuedDownload
Verified
36MOSFET: IntroductionDownload
Verified
37MOSFET: I-V characteristicsDownload
Verified
38MOSFET: I-V characteristics - ContinuedDownload
Verified
39MOSFET: I-V characteristics - Cont..Download
Verified
40Subthreshold swing, Additional conceptsDownload
Verified
41Trapped charge, Body-biasDownload
Verified
42Scaling of MOSFETsDownload
Verified
43Scaling of MOSFETs - Continued, Leakage currents in MOSFETsDownload
Verified
44MOSFET characterization: Parameter extractionDownload
Verified
45MOSFET characterization: Trapped charges, contact resistanceDownload
Verified
46MOSFET as a switchDownload
Verified
47MOSFET as a switch - ContinuedDownload
Verified
48Amplifiers using MOSFETDownload
Verified
49Amplifiers using MOSFET - continuedDownload
Verified
50Circuits: Frequency Response, NoiseDownload
Verified
51Introduction: Amorphous SemiconductorsDownload
Verified
52Thin Film TransistorsDownload
Verified
53Tutorials Session -1Download
Verified
54Tutorials Session -2Download
Verified
55Tutorials Session -3Download
Verified


Sl.No Language Book link
1EnglishDownload
2BengaliNot Available
3GujaratiNot Available
4HindiNot Available
5KannadaNot Available
6MalayalamNot Available
7MarathiNot Available
8TamilNot Available
9TeluguNot Available