Solid state physics and devices-the harbinger of third wave of

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The journey of i.c.technology from micro(1959) to nano era(2009)

The journey of i.c.technology from micro (1959) to nano (2009) era

1 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

2 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

3 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

4 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

5 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

6 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

7 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

8 The journey of i.c.technology from micro (1959) to nano (2009) era.-part

9 Part 9_journey of ic

10 50 years journey of ic technology_appendix i

11 50 years journey of ic technology_appendix ii

12 50 years journey of ic technology_appendix iii_alternatives of ngl

13 50 years journey of ic technology_appendix iv_band gap narrowing and

14 50 years journey of ic technology_appendix v_polysilicon emitter bjt

15 50 years journey of ic technology_appendix vi+vii_atomic layer deposition

16 50 years journey of ic technology_appendix viii_mobility enhancement in

17 50 years journey of ic technology_appendix ix_history of sige hbt

The unfolding of third information revolution

Solid state physics & Devices _the harbinger of third wave of civilization

1 The onward march of third information revolution in the first decade of

2 Moore law continues in the second decade of 21st century.

3 Frequency spectrum allocation in 21st century.

4 The upgraded internet protocol ipv6 and challenges of expolsively growing

Sspd_chapter 1_modern physics-the foundation of solid state physics and

Sspd_chapter1_modern physics-foundation of solid state physics_part1

1 Sspd chapter 1_part 1_appendices of disoverers and inventors

2 Sspd chapter 1_part 2_photoelectric effect

3 (sspd_chapter 1_part 2 continued

4 Theory of dualism as proposed by the french prince de broglie

5 Sspd chapter 1_part 3_theory of dualism_matter wave continued

6 Sspd chapter 1_part 4_heisenberg uncertainty principle

7 Story of atom_plum-pudding model of atom as proposed by j.j.thomson.

8 Sspd chapter 1_part 5_story of atom-solar system model of atom as proposed

9 Sspd_chapter1_part6_neil bohr's quantum theory of atoms.

10 Sspd_chapter1_part 7_hydrogen atom analysis

11 Sspd_chapter1_part 7continued_theoretical formulation of rydberg constant

12 Atomic energy exchanges and physics of gas discharge tubes.

13 Sspd_chapter1_part 8_electron in a potential well_formulation of

14 Sspd_chapter1_part 8continued_electron in an infinite potential well

15 Sspd_chapter1_part 8_continued_electron in an finite 1-d potential well

16 Sspd_chapter1_part 8_continued_electron in an 1-d potential well of

17 Sspd_chapter1_part 8_conclusion_electron travelling across a step

18 Sspd_chapter 1_part8_appendixxxxiv_travelling waves

19 Sspd_chapter 1_part8_appendixxxxv_schrodinger eqaution and its solution

20 Sspd_chapter 1_part 9_pauli-exclusion principle

21 Sspd_chapter 1_part 9_conclusion_removal of degeneracy

22 Sspd_chapter 1_part10_ electron in a single crystal solid and band theory

23 Sspd_chapter 1_part10_ continued_the theoretical basis of band theory

24 Sspd_chapter 1_part10_ concluded_kronig-penney model

25 Sspd_chapter 1_part 11_solid state of matter

26 Sspd_chapter 1_part 11_solid state of matter_diifferent bondings

27 Sspd_chapter 1_part 11_solid state of matter_summary of bonds

28 Sspd_chapter 1_part 11_solid state of matter_crystalline nature of

29 Sspd_chapter 1_part 11_solid state of matter_continued_direct and indirect

30 Sspd_chapter 1_part 11_solid state of matter_continued_crystal structure

31 Sspd_chapter 1_part 11_solid state of matter_conclusin_defects in crystal

32 Sspd_chapter 1_part 12_quantum mechanical interpretation of resistance

33 Sspd_chapter 1_part 13_ constituent particles of solid state of matter

34 Sspd_chapter1_part 13_conclusions of big bang.

35 The epic quest has ended and the new campaign has started

36 Sspd_chapter 1_part 13_ asymmetrical universe

37 Sspd_chapter 1_part 14_bosons , fermions and physics of laser action.

38 Sspd_chapter 1_part 15_quantum fluids_superconductivity & Superfluidity

39 Sspd_chapter 1_part 16_fermions_part 17_density of states in conduction

40 Sspd_chapter 1_part 18_kinetic theory of gases from qm perspective

41 Sspd_chapter 1_appendices_space weather research

Sspd_chapter 2_semiconductor physics

Crystal growth-bulk and epitaxial film-part 1

1 Crystal growth-bulk and epitaxial film-part 2

2 Crystal growth-bulk and epitaxial film-part 3

3 Crystal growth-bulk and epitaxial film-part 4

4 Syllabus_ec1410a_solid state physics and devices in nano-technology era

5 History of electron devices- vacuum tube era, solid state era and

6 2.1.2. solid state era

7 Sspd_chapter 2.1.3.nano-technology era.

7.1 2.1.3.nano technology era (october 2004 onward)

8 Supplement_2.1.3.2.transport in nanotechnology era.

9 Sspd_chapter2.2.semiconductor physics with emphasis on silicon

10 Sspd_chapter2.2.1.and 2.2.1.solid state equivalent of vacuum devices

11 Chapter2.2.3;2.2.4;2.2.5;insulator,semi-conductor,metal;intrinsic semi

11.1 2.2.3. distinction between insulator,semi-conductor and metal based on

11.2 2.2.4.thermal generation of elecron-hole pair(ehp) in intrinsic

12 Sspd_chapter_2.2.6. theoretical formulation of thermal equilibrium values

13 Sspd_chapter_2.2.6. drift velocity in semiconductor/metal and its

14 Sspd_chapter_2.2.9-2.2.10-2.2.11:diffusion,life-time and continuity

15 Tutorial sheet of chapter 2.semiconductor physics.

Sspd_chapter 3_diode physics

Sspd_chapter 3_solid state diode physics.

1 Sspd_chapter 3_section 3.2.3.theoretical formulation of the knee voltage

2 Sspd_chapter 3_sec3.2.4. reverse biaseddiode,3.2.5.real diodes,3.2.6

2.1 3.2.4.reverse biased diode.

3 Sspd_chapter 3.2.7.1.. application of hyperabrupt junction diode as

4 Analogelectronics_lecture3_incremental model of diode.

5 Analogelectronics_lecture3supp._high frequency model of pn junction

6 Sspd_chapter 3_section3.3. quantum mechanical diodes.

7 Chapter 3_section3.3.3tunnel diodes,3.3.4.backward diodes

8 Sspd_chapter 3_section 3.4.schottky diode and section 3.5. ohmic contact

8.1 3.4.schottky diode.

8.2 3.4.1. physics of schottky diode.

8.3 3.4.2. data-sheet of schottky diode.

8.4 3.4.3. application of schottky diode in ttl gates.

9 Tutorial sheet of chapter 3.diode physics.

10 Sspd_experiment 2_figures

Sspd_chapter 4_transistor physics

Sspd_chapter 4_bipolar junction transistor physics

1 Analog electronics lecture 2_partb_bjt configurations & Modes

2 Analog electronics lecture 2_partc_i-v output characteristics of bjt

3 Analogelectronics_lecture4_parta_dc,low & High frequency model of cb

4 Analogelectronics_lecture4_partb_low and high frequency model of ce bjt

5 Sspd_chapter 4_ section 4.1.physical significance of hybrid parameters

6 Chapter 4. section 4.2. structure of ic npn bjt.

7 Chapter 4_section 4.3. design rules for fabricating bjt.

8 Chapter 4. section 4.3.supplement-solved problems on design of bjt.

9 Ae lecture 8_part a_mosfet & Jfet continued

10 Ae_lecture8_mosfet & Jfet_parta

11 Ae_lecture8_partb_incremental model of fet

12 Chapter 4_section 4.4._design rules for fabricating njfet.

Sspd_chapter 5_quantum optical devices_photonics

Sspd_chapter 5_section 5.1. photo-diodes and its responsivity curves.

1 Chapter 5_section 5.2. direct and in-direct band gap

2 Sspd_chapter 5_section 5.3. spectal responsivity of photo-diodes.

3 Sspd_chapter 5_section 5.3_supplement_photo-diode_i-v curve.

4 Sspd_chapter 5_section5.5._photo sources.

Sspd_chapter 6_design and fabrication of ic chips_basics

Syllabus of ec1x61_ic design and fabrication technology-microelectronics

1 Chapter 6. ic fabrication technology from 60s to date_part 1

2 Chapter 6. ic fabrication technology from 60s to date_part 2

3 Sspd_chapter 6_part 3_the challenges of ic technology

4 Sspd_chapter 6_part 3_concluded_the list of foundaries

5 Sspd_chapter 6_part 4_the instability of mos in 60s and its soluion

6 Sspd_chapter 6_part 4_concluded_mos physics

7 Sspd_chapter 6_part 5_crossing of the rubicon_emergence of mos technolgy

8 Sspd_chapter 6_part 6_mos ics fabrication technology_to be continued

9 Sspd_chapter 6_part 6_mos ics fabrication technology_to be continued2

10 Sspd_chapter 6_part 6_mos ic's fabrication technology_to be continued3

11 Conclusion of cmos flow process

12 Class test 1_25th_march_2011

13 Sspd_chapter 6_part 7_device simulation1

14 Sspd_chapter 6_part 7_device simulation2

15 Sspd_chapter 6_part 7_device simulation2_concluded

16 Sspd_chapter 6_part 7_device simulation2_tony plots

17 Sspd_chapter 6_part 7_device simlation 3

18 Sspd_chapter 6_part 7_device simlation 3_conclsions

19 Sspd_chapter 6_part 7_ diode tutorial

20 Ssspd_chapter 6_part 7_introduction to athena_process simulator

21 Sspd_chapter 6_part 7_introduction to athena 2_process simulator

22 Sspd_chapter 6_part 7_introduction to athena3_process simulator

23 Sspd_chapter 6_part 7_introduction to athena 4_process simulator

24 Sspd_chapter 6_part 7_introduction to athena 5_process simulator

25 Sspd_chapter 6_part 7_introduction to athena 6_process simulator

26 Sspd_chapter 6_part 7_introduction to athena 7_process simulator

27 Sspd_chapter 6_part 8_caliberating athena for typical mosfet flow

28 Sspd_chapter 6_part 9_caliberating athena for typical bipolar flow

29 Sspd_chapter 6_part 9_appendix device physics

30 Sspd_chapter 6_part 9_figure ix of appendix on device physics

31 Sspd_chapter 6_part 10_simulation of mosfet

32 Sspd_chapter 6_part 10_simulation of mosfet_conclusion

Sspd_chapter 7_vlsi design of cmos digital systems.

Sspd_chapter 7_syllabus of cmos digital vlsi design

1 Sspd_chapter 7_part 1_the art of microchip fabrication transforms into

2 Sspd_chapter 7_part 2_bicmos technology

3 Sspd_chapter 7_part 3_basic electrical properties of mos and mos circuits

4 Sspd_chapter 7_part3_electrical properties of mos continued2

5 Sspd_chapter 7_part 3_electrical properties of moscontinued3

6 Sspd_chapter 7_part 3_basic electrical properties_continued4.

7 Sspd_chapter 7_part3_basic electrical properties of moscontinued5.

8 Sspd_chapter 7_part 3_basic electrical properties of moscontinued6

9 Sspd_chapter 7_part 3_basic electrical properties of mosfet_continued7

10 Sspd_chapter 7_part 3_basic electrical properties of mosfet_continued8

11 Sspd_chapter 7_part 3_basic electrical properties of mosfet_concluded.

12 Sspd_chapter 7_part 4_cmos lay-out design rules.

13 Sspd_chapter 7_part 4_cmos lay-out design rules_continued2.

14 Sspd_chapter 7_part 4_cmos lay-out design rules_concluded.

15 Sspd_chapter 7_part 5_stick diagram of logic gates.

16 Sspd_chapter 7_part 5_stick diagrams of logic gates_continued 2

17 Sspd_chapter 7_part 5_stick diagram of cmos logic gates_continued 3

18 Sspd_chapter 7_part 5_stick diagrams of cmos gates_concluded.

19 Sspd_chapter 7_part 6_basic circuit concepts.

20 Sspd_chapter 7_part 6_basic circuit concepts_continued2

21 Sspd_chapter 7_part 6_basic circuit concepts_continued 3

22 Sspd_chapter 7_part 6_basic circuit concepts_continued4

23 Sspd_chapter 7_part 6_basic circuit concepts_continued 5

24 Sspd_chapter 7_part 6_basic circuit concepts_continued 6

25 Sspd_chapter 7_part 6_basic circuit concepts_concluded

26 Sspd_chapter 7_part 7_scaling of mos circuits.

27 Sspd_chapter 7_part 7_scaling of mos circuits_continued2

28 Sspd_chapter 7_part 7_scaling of mos circuits_concluded.

Sspd lab experiments

Experiment no -1: components testing

1 Sspd-experiment number 2

2 Sspd_experiment2_frequency domain response of hpf

3 Sspd_experiment 2_time domain response of hpf.

4 Sspd_experiment 2_tdr of hpf_part2

5 Sspd_experiment 2_figures of lpf_part1

6 Sspd_experiment 2_time domain response of lpf

7 Sspd_experiment 2_time domain response of lpf_part2

Sspd lab experiments

Sspd lab experiments

Source: OpenStax, Solid state physics and devices-the harbinger of third wave of civilization. OpenStax CNX. Sep 15, 2014 Download for free at http://legacy.cnx.org/content/col11170/1.89

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