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Sl.No Chapter Name MP4 Download
1Introduction to semiconductorsDownload
2Introduction to energy bandsDownload
3Fundamentals of band structureDownload
4Band structure (contd.) and Fermi-Dirac distributionDownload
5Density of statesDownload
6Doping and intrinsic carrier concentrationDownload
7Equilibrium carrier concentrationDownload
8Temperature-dependence of carrier concentrationDownload
9High doping effects and incomplete ionizationDownload
10Carrier scattering and mobilityDownload
11Low-field and high-field transport, introduction to diffusionDownload
12Drift-diffusion and trap statisticsDownload
13Current continuity equationDownload
14Continuity equation (contd.) and introduction to p-n junctionDownload
15p-n junction under equilibriumDownload
16p-n junction under equilibrium (contd.)Download
17p-n junction under biasDownload
18p-n junction under bias (contd.)Download
19p-n junction: generation-recombination currentsDownload
20Application of p-n junctionsDownload
21Breakdown of junction and C-V profilingDownload
22Introduction to Schottky junctionDownload
23Schottky junction under equilibriumDownload
24Schottky junction under biasDownload
25Introduction to transistors: BJTDownload
26Basics of BJTDownload
27Working of BJTDownload
28Working of BJT (contd)Download
29Delays in BJTDownload
30MOS: IntroductionDownload
31MOS: Capacitance-voltageDownload
32Ideal MOS system: derivation of threshold voltageDownload
33MOS C-V in more detailsDownload
34MOSFET – An introductionDownload
35Gradual Channel Approximation: Derivation of I-V characteristicsDownload
36Substrate bias effect and subthreshold conduction in MOSFETDownload
37Short Channel Effects in MOSFETDownload
38Introduction to compound semiconductorsDownload
39Basics of heterojunctionsDownload
40Band diagram of heterojunctionsDownload
41Heterojunctions (contd).Download
42Heterojunction transistorsDownload
43III-nitridesDownload
44Solar cell basicsDownload
45Solar cell (contd.)Download
46Solar cell: Shockley Quiesser Limit Download
47Basics of photodetectorsDownload
48Photodetectors: figures of merit and types of devicesDownload
49Junction photodetectorsDownload
50Basics of recombinationDownload
51Basics of LEDDownload
52LED: light extraction and design issuesDownload
53Visible LED: photometry and colorimetryDownload
54Transistors for power electronicsDownload
55Transistors for power electronics (contd.) & for RF electronicsDownload
56Transistors for RF (contd.) and transistors for MemoryDownload
57Basics of microelectronic fabricationDownload
58Microelectronic fabrication (contd.)Download
59SummaryDownload

Sl.No Chapter Name English
1Introduction to semiconductorsDownload
Verified
2Introduction to energy bandsDownload
Verified
3Fundamentals of band structureDownload
Verified
4Band structure (contd.) and Fermi-Dirac distributionDownload
Verified
5Density of statesDownload
Verified
6Doping and intrinsic carrier concentrationDownload
Verified
7Equilibrium carrier concentrationDownload
Verified
8Temperature-dependence of carrier concentrationDownload
Verified
9High doping effects and incomplete ionizationDownload
Verified
10Carrier scattering and mobilityDownload
Verified
11Low-field and high-field transport, introduction to diffusionDownload
Verified
12Drift-diffusion and trap statisticsDownload
Verified
13Current continuity equationDownload
Verified
14Continuity equation (contd.) and introduction to p-n junctionDownload
Verified
15p-n junction under equilibriumDownload
Verified
16p-n junction under equilibrium (contd.)Download
Verified
17p-n junction under biasDownload
Verified
18p-n junction under bias (contd.)Download
Verified
19p-n junction: generation-recombination currentsDownload
Verified
20Application of p-n junctionsDownload
Verified
21Breakdown of junction and C-V profilingDownload
Verified
22Introduction to Schottky junctionDownload
Verified
23Schottky junction under equilibriumDownload
Verified
24Schottky junction under biasDownload
Verified
25Introduction to transistors: BJTDownload
Verified
26Basics of BJTDownload
Verified
27Working of BJTDownload
Verified
28Working of BJT (contd)Download
Verified
29Delays in BJTDownload
Verified
30MOS: IntroductionDownload
Verified
31MOS: Capacitance-voltageDownload
Verified
32Ideal MOS system: derivation of threshold voltageDownload
Verified
33MOS C-V in more detailsDownload
Verified
34MOSFET – An introductionDownload
Verified
35Gradual Channel Approximation: Derivation of I-V characteristicsDownload
Verified
36Substrate bias effect and subthreshold conduction in MOSFETDownload
Verified
37Short Channel Effects in MOSFETDownload
Verified
38Introduction to compound semiconductorsDownload
Verified
39Basics of heterojunctionsDownload
Verified
40Band diagram of heterojunctionsDownload
Verified
41Heterojunctions (contd).Download
Verified
42Heterojunction transistorsDownload
Verified
43III-nitridesDownload
Verified
44Solar cell basicsDownload
Verified
45Solar cell (contd.)Download
Verified
46Solar cell: Shockley Quiesser Limit Download
Verified
47Basics of photodetectorsDownload
Verified
48Photodetectors: figures of merit and types of devicesDownload
Verified
49Junction photodetectorsDownload
Verified
50Basics of recombinationDownload
Verified
51Basics of LEDDownload
Verified
52LED: light extraction and design issuesDownload
Verified
53Visible LED: photometry and colorimetryDownload
Verified
54Transistors for power electronicsDownload
Verified
55Transistors for power electronics (contd.) & for RF electronicsDownload
Verified
56Transistors for RF (contd.) and transistors for MemoryDownload
Verified
57Basics of microelectronic fabricationDownload
Verified
58Microelectronic fabrication (contd.)Download
Verified
59SummaryDownload
Verified


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