Lovely Professional University,Punjab

Course No Cours Title Course Planner Lectures Tutorial Practical Credits

PHY112 MODERN PHYSICS AND ELECTRONICS 13563 :: Neeraj Kumar 3 1 0 4

Course Category Courses with numerical focus

Sr. No. (Web adress) (only if relevant to the courses) Salient Features

5 http://www.brainflux.org/java/classes/Schrodinger1D.html This simulation helps us to understand the concept of Schrodiger wave equation in case of Particle in a box. Step potential, SHO, particle in a Well.

6 http://pegasus.cc.ucf.edu/~jparadis/STM/Animation.html Simulation helps to understand the Scanning tunneling microscope

7 http://jas.eng.buffalo.edu/education/pn/pnformation/pnformation.html

This simulation helps to understand that how PN junction is formed and what is the effect on the energy levels.

8 http://math.hws.edu/TMCM/java/labs/xLogicCircuitsLab1.html This web address lead us to download x logic circuit which is very good simulation to understand the logic gate families.

9 http://www.falstad.com/circuit/e-rectify.html Simulation leads us to a working circuit diagram which helps to understand half wave rectifier.

10 http://www.falstad.com/circuit/e-fullrect.html Simulation leads us to a working circuit diagram which helps to understand full wave bridge rectifier.

Sr No Jouranls atricles as compulsary readings (specific articles, Complete reference)

Serway A. Raymod, Jewett. W. John, Physics for Scientists and Engineers, Cengage learning, New Delhi, 8th editon1Text Book:

Other Specific Book:Boylestad. R.L. and Nashelsky. L, Electronic Devices and Circuit Theory, 9th Edition, Pearson Education, New Delhi, 2007.2

Beiser A, Concept of Modern Physics, Tata McGraw Hill, New Delhi, 2007.3

Serway R.A., Moses C.J. and Moyer C.A., Modern Physics, Thomson, New Delhi, 2007.4

Relevant Websites

Other Reading

Format For Instruction Plan [for Courses with Lectures and Tutorials

1 Approved for Spring Session 2011-12

11 http://www.phy.ntnu.edu.tw/ntnujava/index.php?topic=27 This clipper simulation helps to understand that how clipper circuit change the shape of the input AC supply.

12 http://www.falstad.com/circuit/e-voltdouble.html This simulation helps to understand the voltage doublers circuit.

13 http://www.falstad.com/circuit/e-volttriple.html This simulation helps to understand the voltage triples circuit.

Detailed Plan For Lectures

Week Number Lecture Number Lecture Topic Chapters/Sections of Textbook/other reference

Pedagogical tool Demonstration/case study/images/anmation ctc. planned

Part 1Week 1 Lecture 1 Black body radiation and Planck's hypothesis ->Reference

:1,40.1/p1186

Lecture 2 Black body radiation and Planck's hypothesis ->Reference :1,40.1/p1186

JAVA SIMULATION.

Lecture 3 Photoelectric effect. ->Reference :1,40.2/p1192

JAVA SIMULATION.

Week 2 Lecture 4 Compton effect. ->Reference :1,40.3/p1197

Lecture 5 Compton shift equation ->Reference :1,40.3/p1199

Lecture 6 Photons and Electromagnetic waves, The wave properties of particles.

->Reference :1,40.4-40.5/p1200 & p1201

(TERM PAPER ALLOCATION)

Week 3 Lecture 7 Photons and Electromagnetic waves, The wave properties of particles.

->Reference :1,40.4-40.5/p1200 & p1201

Lecture 8 The Quantum particle. ->Reference :1,40.6/p1204

Lecture 9 Double slit experiment revisited. ->Reference :1,40.7/p1207

JAVA SIMULATION.

Week 4 Lecture 10 The uncertainty principle. ->Reference :1,40.8/p1208

Part 2Week 4 Lecture 11 The Interpretation of quantum mechanics. ->Reference

:1,41.1/p1220

2 Approved for Spring Session 2011-12

Week 4 Lecture 12 The Interpretation of quantum mechanics(The wave function).

->Reference :1,41.1/p1222

Week 5 Lecture 13 Quantum particle under boundary conditions ->Reference :1,41.2/p1224

Lecture 14 Quantum particle under boundary conditions ->Reference :1,41.2/p1228

Lecture 15 TEST 1 (TEST 1)

Week 6 Lecture 16 The Schrondinger equation. ->Reference :5->Reference :5->Reference :1,41.3/p1230

JAVA SIMULATION

Lecture 17 Particle in a well of finite height. ->Reference :1,41.4/p1232

Lecture 18 Tunneling through a potential energy barrier ->Reference :1,41.5/p1234

JAVA SIMULATION based on tunneling.

Week 7 Lecture 19 Application of tunneling. ->Reference :7,->Reference :1,41.6/p1235

JAVA SIMULATION

Lecture 20 The simple harmonic oscillator. ->Reference :1,41.7/p1239

Lecture 21 The simple harmonic oscillator. ->Reference :1,41.7/p1239

MID-TERMPart 3

Week 8 Lecture 22 Energy Levels, Extrinsic Materials: n-Type and p-Type.

->Reference :2,Sec1.4&1.5/pp5&7

Animation on p and n type.

Lecture 23 Semiconductor Diode and its biasing. ->Reference :2,Sec1.6/pp10->Reference :8,

JAVA SIMULATION on forward and reverse biasing.

Lecture 24 Ideal diode versus practical, Resistance levels. ->Reference :2,Sec1.7&1.8/pp18&20

Week 9 Lecture 25 Load-Line Analysis and numerical problems, Series Diode Configurations.

->Reference :2,2.2-2.3/pp58

Lecture 26 Parallel and Series Parallel Configurations. ->Reference :2,2.4/pp69

Lecture 27 OR, AND Gates. ->Reference :2,2.5/pp72->Reference :8

JAVA SIMULATION

3 Approved for Spring Session 2011-12

Week 10 Lecture 28 Sinusoidal Inputs; Half-Wave Rectification. ->Reference :2,2.6/pp74->Reference :9

JAVA SIMULATION.

Lecture 29 Full Wave Rectification. ->Reference :2,2.7/pp77->Reference :10

JAVA SIMULATION(TERM PAPER SUBMISSION)

Part 4Week 10 Lecture 30 Clippers. ->Reference

:2,2.8/pp81->Reference :11

JAVA SIMULATION.

Week 11 Lecture 31 Clampers. ->Reference :2,2.9/pp88

Lecture 32 Zener Diodes. ->Reference :2,2.10/pp92

Lecture 33 Voltage-Multiplier Circuits. ->Reference :2,2.11/pp100->Reference :12->Reference :13

JAVA SIMULATION

Week 12 Lecture 34 TEST 2 (TEST 2)

Lecture 35 Transistor Construction, Transistor Operation. ->Reference :2,Sec3.2&3.3/pp131

Lecture 36 Common-Base Configuration. ->Reference :2,Sec3.4/pp133

Week 13 Lecture 37 Transistor Amplifying Action. ->Reference :2,Sec3.5/pp137

Lecture 38 Common-Emitter Configuration. ->Reference :2,Sec3.6/pp137

Lecture 39 Common-Collector Configuration. ->Reference :2,Sec3.7/pp144

Spill OverWeek 14 Lecture 40 Transistor specification sheet ->Reference

:2,Sec3.9/pp146

Lecture 41 Transistor testing. ->Reference :2,Sec3.10/pp150

Details of homework and case studies

4 Approved for Spring Session 2011-12

Homework No. Objective Topic of the Homework Nature of homework(group/individuals/field

work

Evaluation Mode Allottment / submission

Week

Term Paper,Test 1

Term Paper to develop paper writing skill of students

A report on a topic for which one review before MTE and second after MTE to be taken.

Individual total 30 marks, 5 marks for first review, 15 marks for written and 10 marks for final viva

2 / 10

Term Paper,Test 3

Test (20 marks test- Questions in multiples of 5) to develop numerical skills of students

Energy Levels, Extrinsic Materials: n-Type and p-Type, Semiconductor Diode and its biasing, Ideal diode versus practical, Resistance levels, Load-Line Analysis and numerical problems, Series Diode Configurations, Parallel and Series –Parallel Configurations, OR, AND Gates, Sinusoidal Inputs; Half-Wave Rectification, Full –Wave Rectification, Clippers, Clampers, Zener Diodes

Individual Step wise marking 10 / 12

Term Paper,Test 2

Test (20 marks test- Questions in multiples of 5) to develop numerical skills of students

Blackbody radiation and Planck’s hypothesis, Photoelectric effect, Compton effect, Nature of electromagnetic waves, wave properties of particles, A new model: the quantum particle, Double slit experiment revisited, the uncertainty principle, The wave function, Analysis model: Quantum particle under boundary conditions

Individual Step wise marking 3 / 5

Scheme for CA:out of 100*Component Frequency Out Of Each Marks Total Marks

Term Paper,Test 2 3 10 20

Total :- 10 20

* In ENG courses wherever the total exceeds 100, consider x best out of y components of CA, as explained in teacher's guide available on the UMS

List of suggested topics for term paper[at least 15] (Student to spend about 15 hrs on any one specified term paper)

Sr. No. Topic

1 Vacuum Pumps

2 Optical Tweezers

3 Fibre optics

4 Time dilation and length contraction

5 Approved for Spring Session 2011-12

5 Basic theory of nanotechnology, future prospective of nanotechnology.

6 Electronics to Microelectronics

7 Microprocessors

8 Flip flops

9 Op-Amp

10 Atomic Force Microscope

11 Spectrometer and its applications

12 Cosmic rays and its effects

13 Sensors

14 MASER

15 Black holes

16 Global warming and its effects

17 SONAR

18 Laser, action and Einstein’s theory of lasers, types, applications in industry and medical field.

19 Mobile communication

20 Future power source

21 Van Allen Belt

22 LCD and applications

23 X ray diffraction and applications

24 Laser plasma interaction

25 Scanning Tunneling Microscope

Plan for Tutorial: (Please do not use these time slots for syllabus coverage)Tutorial No. Lecture Topic Type of pedagogical tool(s) planned

(case analysis,problem solving test,role play,business game etc)

Tutorial 1 Blackbody radiation and Planck’s hypothesis. Problem solving

Tutorial 2 Photoelectric effect, Compton effect. Problem solving

Tutorial 3 Nature of electromagnetic waves, wave properties of particles.

Problem solving

6 Approved for Spring Session 2011-12

Tutorial 4 A new model: the quantum particle, Double slit experiment revisited, the uncertainty principle.

Problem solving

Tutorial 5 The wave function, Analysis model: Quantum particle under boundary conditions, The Schrödinger equation, particle in a well of finite height.

Problem solving

Tutorial 6 TERM PAPER REVIEW Problem solving,TERM PAPER REVIEW

Tutorial 7 Tunneling through a potential energy barrier, application of tunneling, The simple harmonic oscillator.

Problem solving

After Mid-TermTutorial 8 Energy Levels, Extrinsic Materials: n-Type and p-Type,

Semiconductor Diode and its biasing, Ideal diode versus practical, Resistance levels, Load-Line Analysis and numerical problems

Problem solving

Tutorial 9 TERM PAPER VIVA Problem solving,TERM PAPER VIVA

Tutorial 10 Series Diode Configurations, Parallel and Series –Parallel Configurations, OR, AND Gates, Sinusoidal Inputs; Half-Wave Rectification, Full –Wave Rectification.

Problem solving

Tutorial 11 Clippers, Clampers, Zener Diodes, Voltage-Multiplier Circuits.

Problem solving

Tutorial 12 Transistor Construction, Transistor Operation, Common-Base Configuration.

Problem solving

Tutorial 13 Transistor Amplifying Action, Common-Emitter Configuration, Common-Collector Configuration.

Problem solving

7 Approved for Spring Session 2011-12