LESSON PLAN

NAME OF FACULTY : Dr V. M Kalra

DISCIPLINE : Electronics & Communication Engg

SEMESTER : 5th

SUBJECT : EMPLOYABILITY SKILLS –I

LESSON PLAN DURATION : 15 WEEKS

WORK LOAD (LECTURE/PRACTICAL) PER WEEK : (3 Practical’s of 2Hrs Duration) per WEEK

week Practical

day

Topic

1 st week 1 Writing skills Official and business correspondence

2 nd

Week

2 Job application - covering letter and resume (Cont.)

3 rd

week

3 Job application - covering letter and resume.

4 th

week

4 Report writing - key features and kinds.

5 th

week

5 Oral Communication Skills Giving advice

6 th

week

6 Making comparisons /Viva Voce

7 th

week

7 Agreeing and disagreeing

8 th

week

8 Taking turns in conversation

9 th

week

9 Fixing and cancelling appointments (Cont.)

10th

week

10 Fixing and cancelling appointments /Viva Voce & evaluation

11th

week

11 Generic Skills Stress management

12th

week

12 Time management

13th

week

13 Negotiations and conflict resolution

14th

week 14 Team work and leadership qualities

15th

week 15 Viva voce and evaluation

Lesson Plan

Name of Faculty : Sanjay Puri

Discipline : Electronics and Communication Engg.

Semester : Fifth

Subject : Power Electronics

Lesson Plan Duration : 16 weeks (July 2018 to November2018)

**Work Load (Lecture / Practical) per week (in hours) : 3 hrs / 9 hrs

Week Theory Practical

Lecture Day Topic (including assignment / test)

Practical Day Topic

1st 1st Introduction to thyristors and other Power Electronics Devices

To plot V-I characteristics of DIAC.

2nd Calculation of power,resistance of load

3rd Construction, Working principle of SCR,

2nd 4th V-I characteristics of SCR To plot V-I characteristic of an SCR.

5th two transistor analogy of SCR

6th SCR specifications and ratings

3rd 7th SCR specifications and ratings To plot V-I characteristics of TRIAC

8th Comparison of BJT and SCR

9th Different commutation circuits for SCR

4th 10th Different commutation circuits for SCR contd.

To plot V-I characteristics of UJT.

11th Construction and working principle of DIAC, TRIAC and their V-I characteristics

12th TRIAC V-I characteristics contd.

5th 13th Construction, working principle of UJT, V-I characteristics of UJT.

Revision of practicals

14th UJT as relaxation oscillator.

15th Different methods of SCR triggering

6th 16th Different methods of SCR triggering contd.

Study of UJT relaxation oscillator and waveforms

17th fan regulator

18th Lamp intensity control circuit

7th 19th Applications such as LDR based circuit, speed control of universal motors,

Observation of wave shape of voltage at relevant point of single-phase half wave controlled rectifier and effect of change of firing angle

20th automatic battery charger ,time delay relay etc.

21st Basic idea about the selection of Heat sink for thyristors.

8th 22nd Brief introduction to Gate Turn off thyristor (GTO), Programmable Uni-junction Transistor (PUT)

Observation of wave shapes of voltage at relevant point of single phase full wave controlled rectifier and effect of change of firing angle

23rd MOSFET

24th Revision

9th 25th Test no.1 Observation of wave shapes and measurement of voltage at relevant points in TRIAC based AC phase control circuit for Varying lamp intensity and AC fan speed control.

26th

27th Controlled Rectifiers a) Single phase half wave controlled rectifier with load (R, R-L)

10th 28th Single phase half controlled full wave rectifier with load (R, R-L)

revision

29th Fully controlled full wave bridge rectifier.

30th Single phase full wave centre tap rectifier

11th 31st revision Viva voce

32nd Principle of operation of basic inverter circuits, concepts of duty cycle, series inverter

33rd Parallel inverter and applications

12th 34th Introduction, types of choppers (Class A, Class B, Class C and Class D). Step up and step down choppers.

35th Introduction, types and basic working principle of dual converters.

36th cyclo converters and their applications

13th 37th Test no 2 Installation of UPS system and routine

maintenance of batteries

38th

39th DCmotors,characteristics,armature and field control

14th 40th DC drive control i) Half wave drives revision

41st ii) Full wave drives

42nd iii) Chopper drives (Speed control of DC motor using choppers)

15th 43rd Phase control revision

44th Cycloconverter drives

45th ii) Constant V/F operation

16th 46th ii) Constant V/F operation revision

47th Un interrupted Power Supply (UPS)

48th UPS: Block Diagram & specifications of on-line

17th 49th off line and Smart UPS revision

50th Concept of high voltage DC transmission

51st High voltage DC transmission:advantages

18th 52nd Test No 3 Practical exam

53rd revision

54th revision

Lesson Plan

*Name of the Faculty : Dr. Rajesh Kumar Discipline : Electronics & Comm. Semester : Vth Subject : Consumer Electronics Lesson Plan Duration : 15 weeks **Work Load(Lecture/ Pracitcal) per week (in hours) :

Week Theory Practical

Lecture day Topic (including assignment/test) Practical Day Topic

1

1st Audio Systems-- Introduction to Microphones, Carbon Microphone

Introduction

2nd Moving coil, cordless microphone

3rd Direct Radiating Loudspeakers

2

1st

Multispeaker system

To plot frequency response of microphone

2nd Speaker system contd.

3rd Magnetic sound recording

3 1st Digital and optical recording

2nd TELEVISION-- basic elements contd.

3rd Scanning and its need

4 1st scanning contd. To plot frequency

response of loudspeaker

2nd Horizontal & Vertical scanning

3rd synch. & Blanking pulses 5 1st topic contd.

2nd topic contd. contd.

3rd composite video signal

6 1st topic contd. To Observe wave forms of B&W tv

receiver

2nd topic contd.

3rd Picture tubes 7 1st Camera tubes, vidicon tube

2nd Plumbican camera tube contd.

3rd Details of Monochrome TV receiver

8 1st topic contd. To Observe wave forms of colour tv

receiver

2nd topic contd.

3rd Colour TV-- basics pf colours

9 1st Primary & Secondary colours, Mixing

of colours

2nd topic contd. contd.

3rd camera tubes

10 1st

topic contd.

trouble shooting of CD player 2nd PAL receiver

3rd topic contd. 11 1st compatibility

2nd NTSC, PAL & SECAM systems contd.

3rd topic contd.

12 1st

topic contd.

Fault finding of colour TV

2nd LCD T.V

3rd L.E.D.T.V

13 1st topic contd.

2nd CATV contd.

3rd DTH

14 1st HDTV

2nd Principle of scanner Demo of DTH

3rd Digital camera

15 1st VCD & DVD

2nd Revision Demo of scanner

3rd Revision

Lesson Plan

Name of the Faculty : N.K.Yadav

Discipline : Electronics & Comm. Engg.

Semester : Vth

Subject : ENVIRONMENTAL EDUCATION

Lesson Plan Duration : 15 weeks from 16.7.18 to

Work Load(Lecture per week in hours) : 3 Hours

Week

Theory

Lecture day Topic (including assignment/test)

1

1st Introduction of subject

2nd Definition

3rd Scope of Env. Education 2 1st Importance of Env. Education

2nd Basics of Ecology

3rd Biodiversity

3 1st Ecosystem

2nd Sources of Pollution

3rd Types-natural and man made 4 1st Air Pollution

2nd Air Pollution(cond.)

3rd Water Pollution 5 1st Water Pollution(cond.)

2nd Soil Pollution

3rd Noise and Radio-active Pollution 6 1st Solid waste management

2nd Causes and effects

3rd Control measures of urban waste 7 1st Industrial waste

2nd Mining

3rd Effects of mining 8 1st Deforestation

2nd Effects of deforestation

3rd Environmental Legistation

9 1st Water act 1974

2nd Air act 1981

3rd Environmental protection act 1986

10 1st

Role and function of state pollution control board

2nd Environmental impact assessment(or EIA)

3rd (contd.) 11 1st (contd.)

2nd Non conventional energy sources

3rd Solar energy 12

1st Wind energy

2nd Bio-gas energy

3rd Hydro energy

13 1st Current issues in environmental pollution

2nd Global warming

3rd Green house effect 14 1st Depletion of ozone layer

2nd Recycling of material, Env. Ethics

3rd Rain water harvesting

15 1st Acid rain,Carbon credits

2nd Revision

3rd Revision

lesson Plan

Name of the Faculty : Sh. Ranjan Pannu

Discipline : Electronics and Communication Engg.

Semester : Vth

Subject : OPTICAL FIBER COMMUNICATION

Lesson Plan Duration : July-Nov-2018

Work Load (Lecture/ Practical) per week (in hours): 03 HOURS (Lecture) 03 Hours per Group(PRACTICAL)

Theory Practical

Lecture

Week day Topic (including assignment/ test) Topic

1 Introduction about Subject

1st

To set up fiber analog 2 Ch-1. Historical perspective, basic communication systems

link

3

Optical frequency range, advantages of optical fiber

communication

4 Application of fiber optic communication

2nd

To set up fiber analog 5 Electromagnetic spectrum used, Advantages of OFC

link

6 Principle of light penetration

7 reflection, critical angle

3rd

To set up optic digital 8 Assignment/Class work

link

9 Revision

10 Ch-2. Fiber types construction

4th

To set up optic digital 11 multimode and mono-mode fibers

link

12 step index and graded index fibers

13 acceptance angle and types of optical fiber cables

5th

To measure various 14 Assignment/Class work

losses in optical fibers

15 Revision

16 1st Sessional Test

6th

To observe and

17 Ch-3. Absorption Losses measure the splice or

connector loss

18 Scattering Losses

19 Radiation losses

7th

To measure and

20 Connector losses, Bending loses calculate numerical

aperture of optical fiber

21 Dispersion: Types and its effect on data rate

22 Material Dispersion, Waveguide dispersion

8th

To measure and

23 Model dispersion,total dispersion and bit rate calculate numerical

aperture of optical fiber

24 Revision

25

Ch-4. Characteristics of light source used in optical

communication,

To observe

9th

26 Principle of operation of LED characteristics of optical

source

27

different type of LED structures used and their brief

description

28 LED driving circuitry

10th

To observe

29 Injection Laser diode, principle of operation characteristics of optical

detector

30

different injection laser diodes, comparison of LED and

ILD,

31 non-semiconductor laser

11th

32 Characteristics of photo detectors used in optical To connect a fiber with

communication connector at both ends

33

PIN diode and

avalanche photo diode (APD), their brief description

34 Revision

12th

To connect a fiber with 35 2nd Sessional Test

connector at both ends

36 Ch-5. Fiber alignment and joint losses

37 splicing, types of splices

To identify and use

13th

various components

38 types of connectors used and tools used in

optical fiber

39 couplers, three and four port coupler,

communication

40 Star coupler, fiber optic switch.

To identify and use

14th

various components

41 Revision and tools used in

optical fiber

Ch-6. Optical transmitter circuit, optical receiver circuit,

42

communication

optical power budgeting

43 Multiplexing Methods used. Modulation methods used

15th

A visit to nearby 44 Introduction to SDH

Telephone Exchange

45 SONET

46 Revision

47 Revision Revision of Experiments

48 3rd Sessional test

SETH JAI PARKASH POLYTECHNIC, DAMLA ELECTRONICS & COMMUNICATION ENGG (AIDED) -5TH SEMESTER

Name of the Faculty : N.K.Yadav Discipline : Electronics & Comm. Engg. Semester : 5th Subject : Microwave & Radar Engg. Lesson Plan Duration : 15 weeks from 16/7/18 to

Work Load(Lecture/ Pracitcal per week in hours) : 3 Hours/ 2 Hours

Week Theory Practical

Lecture day

Topic (including assignment/test) Practical Day

Topic

1

1st Introduction to Microwaves: Introduction to microwaves,its advantages and applications

Introduction to microwave lab.

2nd Microwave frequency bands (HF, VHF, UHF, L, S, C, X, Ku,K, Ka, mm, Sub mm)

3rd

Wave guides: Introduction, types and modes of waveguide

2

1st Rectangular wave guides and their applications

1. To measure electronic & mechanical tuning range of

a reflex klystron

2nd

circular waveguide and their applications

3rd

Propagation constant of a rectangular wave guide, cut off wavelength, guide wavelength and their relationship with free space wavelength

3 1st

Dominant modes in TE and TM modes

cont. 2nd

Impossibility of TEM mode in a wave guide

3rd

Microwave Components: Constructional features, characteristics of E- Plane, H- Plane tees

4

1st Magic T- Hybrid junction,application of tees,

2. To measure VSWR of a given load

2nd Bends, matched termination, twists

3rd Detector, mount, slotted section 5

1st Directional coupler

Viva voce & record

SETH JAI PARKASH POLYTECHNIC, DAMLA ELECTRONICS & COMMUNICATION ENGG (AIDED) -5TH SEMESTER

2nd Fixed and variable attenuator checking

3rd Isolator, circulator

6 1st

duplex, coaxial to wave guide adapter.

3. To measure the Klystron frequency and guide wave length by slotted section method in TE1,0 mode.

2nd

Microwave Devices: Basic concepts of thermionic emission.

3rd Basic concept of vacuum tubes 7

1st Effects of inter-electrode capacitance, Lead Inductance on the high frequency performance of conventional vacuum tubes

cont.

2nd

Effect of Transit time on the high frequency performance of conventional vacuum tubes

3rd

Steps to extend their high frequency operations of vacuum tubes; Construction of multicavity klystron

8

1st Operating principle of multicavity klystron, characteristics & its applications

Revision

2nd

Construction, characteristics, operating

principle and typical applications of

Reflex klystron

3rd Construction of magnetron

9

1st operating principles,characteristics and typical applications of multicavity magnetron

4.To measure the directivity & coupling factor of a directional

coupler. 2nd

Construction, characteristics, operating principles and typical applications of Traveling wave tube

3rd

Construction, characteristics, operating

principle and typical applications of

Gunn diode and Impatt diode

10 1st Microwave antennas: Antenna

parameters

Cont. 2nd Structure, characteristics of Horn

Antenna

3rd

Structure, characteristics of Dish

Antenna, application of Horn and Dish

antennas

SETH JAI PARKASH POLYTECHNIC, DAMLA ELECTRONICS & COMMUNICATION ENGG (AIDED) -5TH SEMESTER

11

1st Microwave Communication systems: Block diagram and working principle

of microwave communication link.

Cont.

2nd Troposcatter Communication:

Troposphere and its properties

3rd Tropospheric duct formation and

propagation.

12 1st Troposcatter propagation

Viva voce & record checking 2nd

Radar Systems:Introduction to radar,

its various applications

3rd

Radar range equation and its

applications

13

1st Block diagram and operating principle

of basic pulse radar

5. To plot radiation pattern of a horn antenna in

horizontal and vertical planes 2nd

Concepts of ambiguous range, radar

area of cross-section and its

dependence on frequency

3rd Block diagram and operating principles of CW (Doppler) and their applications.

14

1st Block diagram and operating principle

of FMCW radar

6.To verify the properties of magic tee.

2nd Block diagram and operating principle of MTI radar

3rd Radar display-A-Scope, PPI

15 1st Introduction to VSAT transponders Viva voce & record

checking 2nd Multiple access techniques

3rd VSAT and its features