lesson plan odd semester for pdfggsgpcheeka.ac.in/downloads/files/n5b2244a3a73c0.pdf · half adder...

Lecture Day

Topic Practical Day Topic

1st Introduction

2nda) Distinction between analog

and digital signal.b) Applications and advantages of digital signals.

3rda) Binary, octal and hexadecimal number system conversion from

decimal to binary and vice-versa.

4thconversion from hexadecimal to

binary and vice-versa.

5thBinary addition and subtraction

including binary points

6th1’s and 2’s complement

method of addition/subtraction.

7thConcept of code, weighted and

non-weighted codes, examples of 8421, BCD

8th excess-3 and Gray code

9th Concept of parity, single and

double parity and error detection

10thConcept of negative and positive

logic; Definition, symbols and truth tables of NOT, AND GATE

11th Definition, symbols and truth

tables of OR, NAND, NOR, EXOR Gates

12thNAND and NOR as universal

gates.

Lesson PlanName of the Faculty :Ms. Rajni RaghuvanshiDiscipline: Electronics & Communication Engg.Semester:3rdSubject:Digital ElectronicsLesson Plan Duration: 15 Weeks

4th 4th Realisation of logic functions with

the help of NAND or NOR gates

2nd 2nd

Verification and interpretation of truth tables for AND, OR, NOT NAND, NOR and Exclusive OR

(EXOR) and Exclusive NOR(EXNOR) gates

Work Load(Lecture/Practical) per week (In Hours): Lectures-03, Practicals-03

Week

Theory Practical

1st 1st Introduction

3rd 3rd

Verification and interpretation of truth tables for AND, OR, NOT NAND, NOR and Exclusive OR

(EXOR) and Exclusive NOR(EXNOR) gates

13th

Introduction to TTL and CMOS logic families

14th De Morgan’s Theorems

15th Revision

16th Test

17thPostulates of Boolean algebra,

Implementation of Boolean (logic) equation with gates

18th

Karnaugh map (upto 4 variables) and simple application in

developing combinational logic circuits

19th Karnaugh map (upto 4 variables)

and simple application in developing combinational logic

20th Half adder and Full adder circuit,

design and implementation

21st

4 bit adder circuit, Four bit decoder circuits for 7 segment display and decoder/driver ICs

22nd Basic functions and block

diagram of MUX with different ICs

23rd Basic functions and block

diagram of DEMUX with different ICs

24thBasic functions and block

diagram of Encoder

25th Concept and types of latch with their working and applications

26thOperation using waveforms and

truth tables of RS, T flip flops

5th 5thTo design a half adder using XOR

and NAND gates and verification of its operation

8th 8thVerification of truth table for

encoder and decoder ICs, Mux and DeMux

9th 9th

To design a 4 bit SISO, SIPO, PISO, PIPO shift registers using JK/D flip

flops and verification of their operation.

6th 6thConstruction of a full adder circuit

using XOR and NAND gates and verify its operation

7th 7th

Verification of truth table for positive edge triggered, negative edge triggered, level triggered IC

flip-flops (At least one IC each of D latch , D flip-flop, JK flip-flops).

27thOperation using waveforms and

truth tables of D, Master/Slave JK flip flops

28th

Difference between a latch and a flip flop

Introduction to Asynchronous counters

29thIntroduction to Synchronous

counters 30th Test

31st Binary counters, Divide by N

ripple counters

32nd Decade counter, Ring counter

33rda) Serial in parallel out, serial in serial out, parallel in serial out,

parallel in parallel out34th Universal shift register

35thWorking principle of Stair step

Ramp A/D converter

36thWorking principle of Dual Slope

A/D converter

37thWorking principle of Successive Approximation A/D Converter

38thWorking principle of Binary

Weighted D/A converter

39thWorking principle of R/2R ladder

D/A converter,-

40thApplications of A/D and D/A

converter.

41st

Memory organization, classification of semiconductor

memories (RAM, ROM, PROM, EPROM, EEPROM),

42ndstatic and dynamic RAM,

introduction to 74181 ALU IC43rd Revision44th Revision45th Test

12th 12th8. Use of Asynchronous Counter ICs

(7490 or 7493)

13th 13th Practice

10th 10thTo design a 4 bit ring counter and

verify its operation

11th 11th Practice

Lesson PlanName of the Faculty : Anju Rani

14th 14th internal viva


Lecture Day Topic Practical Day Topic1st Introduction

2nd

Basic knowledge of electronic devices like diodes, transistors, and elementary circuits

3rd Need for multistage amplifier4th Gain of multistage amplifier

5th

Different types of multistage amplifier like RC coupled, transformer coupled, direct coupled

6th

frequency response and bandwidth of different types of amplifiers

7thBlock diagram of Power Amplifier & concept of power Amplification

8thDifference between voltage and power amplifiers

9thImportance of impedance matching in amplifiers

10thClass A, Class B, Class AB, and Class C amplifiers

11thCollector efficiency and Distortion in class A,B,C

12th

Single ended power amplifiers, Graphical method of calculation of output power

13thheat dissipation curve and importance of heat sinks.

14th

Push-pull amplifier, and complementary symmetry push-pull amplifier

Discipline: Electronics & Communication Engg.Semester:3rdSubject:EDCLesson Plan Duration: 15 Weeks

2nd 2nd

Plot the frequency response of two stage RC coupled amplifier and

calculate the bandwidth and compare it with single stage

amplifier

3rd 3rd To measure the gain of push-pull

amplifier at 1KHz


Week

Theory Practical


4th 4th To measure the voltage gain of

emitter follower circuit and plot its frequency response

5th 5th

15th

Basic principles and types of feedbackDerivation of expression for gain of an amplifier employing feedback

16th Revision17th Test

18th Positive and Negative feedback

19th

Effect of feedback (negative) on gain, stability, distortion and bandwidth of an amplifier

20th

RC coupled amplifier with emitter bypass capacitorEmitter follower amplifier and its application

21st

Use of positive feedback in oscillators,Barkhausen criterion for oscillations

22nd

Different oscillator circuits-tuned collector, Hartley, Colpitts with their working principle

23rd

Phase shift, Wien’s bridge, and crystal oscillator with their working principles

24th Revision of 4th chapter

25th

Introduction to Tuned Voltage Amplifier

26th

Series and parallel resonant circuits and bandwidth of resonant circuits

27th

Single tuned voltage amplifiers and its frequency response characteristics

28th

Double tuned voltage amplifiers and its frequency response characteristics

29th Revision of 5th chapter 30th test

31stIntroduction to Multivibrator Circuits

6th 6th Practice of previous experiments

7th 7thPlot the frequency response curve

of phase shift and Wein bridge Oscillator

5th 5th

Plot the frequency response curve of Hartley and Colpitt’s Oscillator

10th 10th(8) To use IC 741 (op-amplifier)as

i) Inverter, ii) Adder, iii) Subtractor iv) Integrator

8th 8th Use of IC 555 as monostable multivibrator and observe the

output for different values of RC

9th 9thUse of IC 555 as astable

multivibrator and observe the output at different duty cycles

32nd

Working principle of transistor as switch. Concept of multi-vibrator: astable, monostable, and bistable and their applications

33rdBlock diagram of IC555 and its working and applications

34thIC555 as monostable and astable multi-vibrator

35th

IC555 as bistable multivibratorApplications of Multivibrators

36th

Introduction to Operational Amplifiers and its symbol.Characteristics of an ideal operational amplifier and its block diagram

37th

IC-741 and its pin configurationSingle ended and double ended operation of op-amp

38th

Definition of differential voltage gain, CMRR, PSRR, slew rate and input offset current.

39thOperational amplifier as an inverter, scale changer, adder

40th

Operational amplifier as subtractor, differentiator, and integrator

41st

Regulated DC Power Supplies and its block diagramConcept of DC power supply. Line and load regulation

42ndConcept of fixed voltage, IC regulators (like 7805, 7905)

11th 11th

To realize positive and negative fixed voltage DC power supply using three terminal voltage

regulator IC (7805, 7812, 7905)

14th 14th

internal viva

12th 12thFabricate any simple operational

amplifier circuit

13th 13thFabricate any simple operational

amplifier circuit

43rdConcept of variable voltage regulator like (IC 723)

44th Revision 45th test

Lecture Day Topic Practical Day Topic1st Introduction2nd Need for modulation

3rd

frequency translation and demodulation in communication systems

4th

Basic scheme of a modern communication system.

5thDerivation of expression for an amplitude modulated wave

6thCarrier and side band components. Modulation index.

7th

Spectrum and BW of AM Wave. Relative power distribution in carrier and side bands.

8th Elementary idea of DSB-SC,SSB-SC

9th

ISB,VSB modulations, their comparison, and areas of applications

10th

Expression for frequency modulated wave,frequency spectrum

15th 15th

internal viva


Week

Theory Practical


Lesson PlanName of the Faculty : Priyanka NainDiscipline: Electronics & Communication Engg.Semester:3rdSubject:Principles of communication Engg.Lesson Plan Duration: 15 Weeks

a) To obtain an AM wave from a square law modulator circuit and

2nd 2nd

a) To observe an AM wave on CRO produced by a standard signal

generator using internal and external modulation

3rd 3rd

b) To measure the modulation index of the wave obtained in

above practical

11th

Modulation index, maximum frequency deviation and deviation ratio,BW of FM signals, Carson’s rule.

12thEffect of noise on FM carrier. Noise triangle, Role of limiter

13thNeed for pre-emphasis and de-emphasis, capture effect.

14th

Comparison of FM and AM in communication systems


17th Derivation of expression for phase modulated wave

18thmodulation index, comparison with frequency modulation.

19th

Circuit Diagram and working operation of:a) Collector and Base Modulator

20th

Circuit Diagram and working operation of:b) Square Low Modulator

21st

Circuit Diagram and working operation of:c) Balanced Modulator

22nd

Working principles and applications of reactance modulator

23rd varactor diode modulator,24th VCO25th Armstrong phase modulator

26th Stabilization of carrier using AFC

27th

Principles of demodulation of AM wave using diode detector circuitsion

28th Revision29th Revision30th Test

4th 4th

square law modulator circuit and observe waveforms

b) To measure the modulation index of the obtained wave form.

5th 5th

To obtain an FM wave and measure the frequency deviation for

different modulating signals.

8th 8th

To obtain modulating signal from FM detector.

9th 9th

To observe the sampled signal and compare it with the analog input signal. Note the effect of varying

the sampling pulse width and frequency on the sampled output.

6th 6th Practice

7th 7th

To obtain modulating signal from an AM detector circuit and observe

the pattern for different RC time constants and obtain its optimum

value for least distortion.

10th 10thTo observe and note the pulse

amplitude modulated signal (PAM) and compare them with the

31st

concept of Clipping and formula for RC time constant for minimum distortion

32nd

Basic principles of FM detection using slope detector

33rd

Principle of working of the FM demodulators Foster-Seeley discriminator

34th

Principle of working of the FM demodulators Ratio detector

35th Block diagram of Phase locked Loop (PLL) FM demodulators

36th Statement of sampling theorem

37thelementary idea of sampling frequency for pulse modulation

38thBasic concepts of time division

multiplexing (TDM)

39thfrequency division multiplexing (FDM)

40thPulse Amplitude Modulation (PAM)

41st Pulse Position Modulation (PPM)

42nd Pulse Width Modulation (PWM). 43rd Revision44th Revision45th Test

12th 12th

To observe PPM and PWM signal and compare it with the analog

input signal

13th 13th Practice

11th 11th Practice

Lesson PlanName of the Faculty : Ms. Meenakshi Goyal Discipline: Electronics & Communication Engg.Semester:3rdSubject:Electrical MachinesLesson Plan Duration: 15 Weeks

14th 14th

internal viva

15th 15thinternal viva


Lecture Day


1Three Phase Supply Advantage

of three-phase system over single-phase system.

2 Star Delta connections

3Relation between phase and line voltage and current in a

three phase system

4Power and power factor in

three-phase system and their measurements by one

5 two and three wattmeter methods

6 Test of unit 17 Transformers

8Principle of operation and

constructional details of single phase transformer

9 Voltage Regulation of a transformer

10 Losses in a transformer

11Efficiency, condition for

maximum efficiency and all day efficiency

12CTs and PTs (Current

transformer and potential transformer)

13 CVT (Constant Voltage Transformer)

14 Test of unit 215 Sessional test 1

16

Introduction to Rotating Electrical Machines E.M.F

induced in a coil rotating in a magnetic field.

17 Definition of motor and generator

18 Basic principle of a generator and a motor

19Torque due to alignment of two magnetic fields and the concept

of Torque angle

2nd 2nd

Demonstrate various instruments use viz Ammeter, Voltmeter, Wattmeter, p.f meter etc for their identification and and

connecting procedure in a circuit.

3rd 3rdTo measure power and power factors in 3 Phase load by two

wattmeter method

Week

Theory Practical

1st 1stDetailed introduction about

Electric Machine Lab and its equipments.

6th 6th File checking and discussion

7th 7thTo measure power and power

4th 4th

To determine the efficiency of a single phase transformer from the

data obtained through open circuit

5th 5th

To determine the efficiency of a single phase transformer from the

data obtained through short circuit

20Basic Electromagnetic laws

(Faraday’s laws of Electromagnetic Induction)

21 Test of UNIT-322 DC Machines

23 Principle of working of d.c motors

24 d.c generator 25 their constructional details

26 Function of the commutator for motoring and generating action

27 Factors determining the speed of a DC motor

28 Different types of excitation

29 Characteristics of different types of DC machines

30 Starting of DC motors and starters

31 Application of DC machines32 Test of UNIT-433 Sessional Test-234 A.C. Motors

35 Revolving magnetic field produced by poly phase supply

36Brief introduction about three

phase induction motors, its principle of operation

37 Principle and working of Synchronous Machines

38 Application of Synchronous Machines

39 Test of UNIT-5

40

Single Phase Fractional Kilowatt Motors Introduction Principle of operation of single

phase motors

41

Types of single phase induction motors and their constructional

details Single phase synchronous motors –

reluctance motor ( hysteresis motor

7th 7th factor of a single phase induction motor.

10th 10thTo make connections of starting and running winding of a single

phase capacitor motor

11th 11thto run it with the help a DOL

starter and to measure its speed

8th 8thTo run a synchronous motor with a.c supply and to measure speed to verify the relation N=12O f/ P

9th 9th Files checking

14th 14thQueries regarding any

experiment.

12th 12thStudy construction of a stepper

and servomotor and to write their complete specifications

13th 13thFabricate a transformer using

simple iron core and two copper coils and read the output voltage.

42

Introduction to Commutator type single-phase motors

,Introduction to servo- motors and stepper motors

43 Concept of micro-motors.44 Sessional Test-3

45 Previous year paper discussion

Lecture Day


1 Introduction about measurement

2 Basic of measurement and method of measurement

3 Types of instrument

4 Limiting Errors ,loading effect & soures of errors

5 Importance and Application of standard Instrument

6 Introduction about voltage,Current & Resistance

7 operation & Construction of PMMC

8 Working & Application of PMMC

9 Introduction about Moving Iron Types instrument

10 Introduction about Analog & Digital Multimeter

11 Block diagram of Analog multimeter

12 Working Principle of Analog Multimeter

13 Comparison between Analog & digital multimeter

15th 15th Files checking.

Lesson PlanName of the Faculty : Mr. Sohan SharmaDiscipline: Electronics & Communication Engg.Semester:3rdSubject:EIMLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Lectures-03, Practicals-03

WeekTheory Practical

1st 1st

Measurement of voltage,resistance and frequency using Digital

Multimeter

2nd 2ndMeasurement of

voltage,phase ,frequency and time period using CRO

3rd 3rdMeasurement of voltage, frequency,time and phase

using DSO

4th 4thInterfacing of DSO with

printer

14 Specifications of multimeter and its Application

15 Limitations with regards to freequency & input impedence

16 Moving type of Instruments17 Sessional test 1

18 Introduction about Cathode Ray Oscilloscope

19 Time base operation & need for blanking during Flyback

20 Brief about Synchronization

21 Block Diagram & Description about Basic CRO

22 Measurement of v,i,f & phase using CRO

23 CRO probes and special features of dual beam

24 Dual Trace and delay sweep

25Introduction about Signal

Generator & Analytical instrument

26 Block diagram specification of low freequency generator

27 Block diagram of RF Generator

28 Wave Analyzer & Distortion measurement

29 Block diagram of SpectrumAnalyzer

30 Sessional Test 2

31 Introduction about Impedance &Q meter

32 Wheat stone bridge 33 Ac Bridge34 De-sauty bridge 35 Schering Bridge 36 Anderson Bridge

37 Block diagram & working pronciple of Q meter

38 introduction about Digital instrument

39 Comparison between Analog & digital Instrument

5th 5thMeasurement of rise time

and fall time using DSO

6th 6thMeasurementof Q of a coil

& its dependence on freequency

7th 7thMeasurement of resistance and inducatnce of coil using

RLC Bridge

8th 8thUse of logic pulser & logic

probes

9th 9thMeasurement of time

period,f, avg period using universal counter

10th 10thMeasurement of Impedance

using Maxwell Induction bridge

11th 11thTo find the value of

unknown resistance using Wheat Stone bridge

12th 12th

13th 13th

40 measurement of time interval using freequency counter

41 Working priniple of logic probes , logic pulsar

42 Sessinal Test 3

43 Revision 44 Revision 45 Revision

Lecture Day


1st Introduction2nd Audio Systems Introduction

3rdCarbon, moving coil, cordless

microphone

4thDirect radiating and horn

loudspeaker5th Multi-speaker system

6thMagnetic Recording &

Digital Recording

7thOptical Recording ( CD system

and DVD)

8thMonochrome TV Introduction

9tha) Elements of TV communication

system

10th b) Scanning and its need

11thc) Need of synchronizing and

blanking pulses,12th VSB13th d) Composite Video Signal14th e) Picture Tube15th Revision16th Test

14th 14th

15th 15th

Lesson PlanName of the Faculty : Ms. Rajni RaghuvanshiDiscipline: Electronics & Communication Engg.Semester:5thSubject:Consumer ElectronicsLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Lectures-03, Practicals-03

Week

Theory Practical


2nd 2ndTo plot the frequency response of a

Microphone

3rd 3rdTo plot the frequency response of a

Loud Speaker

4th 4th Trouble shooting of CD/DVD Player

5th 5th practice

6th 6thTo observe the wave forms and

17th Camera Tube : Introduction18th Vidicon Camera Tube 19th Plumbicon Camera Tube

20thTV Receiver: Block diagram,

function of each block

21stwaveform at input and output

of each block.

22ndColour Television:

a) Primary, secondary colours

23rdb) Concept of Mixing, Colour

Triangle24th c) Camera tube25th d) PAL TV Receiver

26the) Concept of Compatibility with

Monochrome Receiver27th f) NTSC, PAL, SECAM system

28th brief comparison of TV Systems


31stBasic principle and working of

LCD TV

32ndBasic principle and working of

LCD TV

33rdBasic principle and working of

LED TV

34thBasic principle and working of

LED TV35th Cable Television Introduction36th Working of Cable TV37th Working of DTH38th Working of HDTV

39th

Electronics Gadgets: Principle, Working and troubleshooting

with special emphasis on control panel

40th a) Scanner41st b) Digital Camera42nd c) VCD/DVD43rd Revision44th Revision45th Test

6th 6th measure voltage of B/W TV Receiver at different points.

7th 7thTo observe the wave forms and

measure voltage of B/W TV Receiver at different points.

8th 8thTo observe the waveforms and measure voltages of colour TV

Receiver at different points.

9th 9thTo observe the waveforms and measure voltages of colour TV

Receiver at different points.

10th 10th practice

11th 11th Fault finding of colour T.V

12th 12th

Demonstration and Operation of following.

(a) DTH System(c) Scanner

13th 13th revision



Lesson PlanName of the Faculty : Ms. Rajni Raghuvanshi

Lecture Day


1st Introduction to Microwaves

2nd

Classification on the basis of itsfrequency bands (HF, VHF,

UHF, L, S, C, X, KU, KA, mm, SUB, mm)

3rd applications of Microwaves4th Wave guides Introduction

5thRectangular and circular wave guides and their applications.

6thMode of wave

guide; Propagation constant of a rectangular wave guide

7th

cut off wavelength,guide wavelength and their relationship with free space

wavelength

8thImpossibility of TEM mode in a

wave guide.

9thMicrowave Components & their

Constructional features

10thcharacteristics and application of

tees, bends, matchedtermination

11thcharacteristics and application of twists, detector, mount, slotted

section


directional coupler, fixedand variable attenuator


isolator, circulator

Discipline: Electronics & Communication Engg.Semester:5thSubject:MWRLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Lectures-03, Practicals-03

Week

Theory Practical


2nd 2ndTo measure electronics and

mechanical tuning range of a reflex klystron

3rd 3rdTo measure electronics and

mechanical tuning range of a reflex klystron

4th 4th To measure VSWR of a given load.


duplex, coaxial to wave guideadapter.


17th

Basic concepts of thermionic emission and vacuum tubes,

Effects of interelectrodecapacitance

18th

Lead Inductance and Transit time on the high frequency

performance of conventional vacuum tubes

19thsteps to extend their high

frequency operations.

20th

Construction, characteristics, operating principles and typical

applications of Multi cavity klystron

21stConstruction, characteristics,

operating principles and typical applications of Reflex klystron

22nd

Construction, characteristics, operating principles and typical

applications of Multi-cavity magnetron

23rd

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

tube

24thConstruction, characteristics,

operating principles and typical applications of Gunn diode

25thConstruction, characteristics,

operating principles and typical applications of Impatt diode

26thStructure characteristics and typical applications of Horn

antenna

27thStructure characteristics and typical applications of Dish

antenna

5th 5th practice

6th 6thTo measure the Klystron frequency

by slotted section method

7th 7thTo measure the directivity and

coupling of a directional coupler

8th 8thTo plot radiation pattern of a horn antenna in horizontal and vertical

planes

9th 9thTo plot radiation pattern of a horn antenna in horizontal and vertical

planes

28thBlock diagram and working

principles of microwave communication link


31stTroposcatter Communication: Troposphere and its properties

32ndTropospheric duct formation and

propagation, troposcatter propagation

33rdIntroduction to radar, its various

applications

34thradar range equation (no

derivation) and its applications.

35thBlock diagram and operating principles of basic pulse radar

36thConcepts of ambiguous range, radar area of cross-section and its dependence on frequency

37thBlock diagram and operating

principles of CW (Doppler) and its applications


principles of FMCW radars and its applications


principles of MTI radar.40th Radar display- PPI

41stIntroduction to VSAT

transponders multiple access techniques

42nd VSAT and its features43rd Revision44th Revision45th Test

10th 10th practice

11th 11thTo verify the properties of magic

tee.

12th 12thTo verify the properties of magic

tee.

13th 13th revision



Lesson PlanName of the Faculty : Priyanka NainDiscipline: Electronics & Communication Engg.Semester:5thSubject:OFCLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Lectures-03, Practicals-03

Lecture Day Topic Practical Day Topic1st Introduction2nd Historical perspective

3rdbasic communication systems,

4th

optical frequency range,advantages of optical fibre communication,

5thapplication of fibre optic communication

6th Electromagnetic spectrum

7th

Electromagnetic spectrum used Advantages and disadvantages of opticalcommunication

8thPrinciple of light penetration, reflection, critical angle

9th Fiber types construction

10thmultimedia and monomode fibers

11thstep index and gradedindex fibers,

12th acceptance angle

13thacceptance types of optical fiber cables

14thAbsorption Losses, Scattering Losses


17thRadiation losses, Compelling losses

18th Bending loses.

19th Dispersion, Material dispersion

20thwave guide dispersion, modal dispersion

21sttotaldispersion and bit rate.

22ndCharacteristics of light source used in optical communication

23rdprinciple ofoperation of LED

Week

Theory Practical


2nd 2nd Setting up of fiber analog link

3rd 3rd Setting up to optic digital link

4th 4thMeasurement of various losses in

optical fibers

5th 5th

practice

6th 6thTo observe and measure the splice

or connector loss

7th 7thTo measure and calculate

numerical aperture of optical fiber

8th 8thTo observe characteristics of

optical source

24th

different type of LED structures used and their brief description,LED driving circuitry

25th

Injection Laser diode, principle of operation, differentinjection laser diodes,

26thcomparison of LED and ILD, non semiconductor laser.

27th

Characteristics of photo detectors used in optical communication;

28th

PIN diode andavalanche photo diode (APD), their brief description


31st Fiber alignment and joint losses32nd splicing, types of splices33rd types of connectors

34thcouplers, three and four port coupler

35th stare coupler, fiber optic switch36th Optical transmitter circuit37th optical receiver circuit,38th optical power budgeting

39thmultiplexingmethods

40th Modulation methods 41st Introduction to SDH42nd SONET43rd Revision44th Revision45th Test

optical source

9th 9th

To observe characteristics of optical defector

10th 10th

practice

11th 11thTo Connectorise a fiber with

connector at both ends

12th 12thIntroduction to various

components and tools used in optical fiber communication

13th 13th

revision



Lesson PlanName of the Faculty : Anju RaniDiscipline: Electronics & Communication Engg.Semester:5thSubject:Power ElectronicsLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Lectures-03, Practicals-03

Lecture Day Topic Practical Day Topic1st introduction

2ndConstruction and working principles of a SCR,

3rdtwo transistor analogy and characteristics of SCR

4th SCR specifications and rating

5th

Different methods of SCR triggering.

6thDifferent commutation circuits for SCR.

7thSeries and parallel operation of SCR.

8th

Construction, working principles and V-I characteristics of DIAC

9th

Construction, working principles and V-I characteristics of TRIAC

10th

UJT, its Construction, working principles and V-I characteristics

11th UJT relaxation oscillator

12th

Brief introduction to Gate Turn off thyristor (GTO), Programmable Uni-junctionTransistor (PUT), MOSFET.

13th

Basic idea about the selection of heat sinks for SCR and TRIACS

14th

Applications such as light intensity control, speed control of universal motors, fan regulator,battery charger.

15thSingle phase half wave controlled rectifier with load (R, R-L)

16th Revision 17th test

18thSingle phase half controlled full wave rectifier with load (R, R-L)

Week

Theory Practical


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

3rd 3rd To plot V-I characteristics of TRIAC.

4th 4thTo plot V-I characteristics of UJT.

5th 5th To plot V-I characteristics of DIAC.


19thFully controlled full wave bridge rectifier.

20thSingle phase full wave centre tap rectifier.

21st

Principle of operation of basic inverter circuits, concepts of duty cycle

22nd

Circuit diagram and working of series Inverters and their applications.

23rd

Circuit diagram and working of parallel Inverters and their applications.

24thChoppers-introduction & working

principles

25thtypes of choppers (Class A, Class B, Class C and Class D).

26th Step up and step down choppers.27th Dual converters-introduction

28thDual converters working principles and applications

29th Cyclo-converters- introduction30th revision31st test

32ndCyclo-converters- types, working principles and applications

33rdCyclo-converters- types, working principles and applications

34th basic principles Electric Drives & block diagram

35thtypes of electric drive & their comparision

36th DC drives control37th Half wave drives38th Full wave drives39th Chopper drives

40th

AC drive controli) Phase controlii) Constant V/F operation

41st Cycloconverter/Inverter drives.42nd block diagram of UPS

43rdspecifications of on-line, off line and Smart UPS

7th 7thStudy of UJT relaxation oscillator.

And observe I/P and O/P wave forms

8th 8th

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

9th 9th

Observation of wave shapes of voltage at relevant point of single

phase full wave controlledrectifier and effect of change of

firing angle.

10th 10th

Observation of wave shapes and measurement of voltage at

relevant points in TRIAC basedAC phase control circuit for Varying

lamp intensity and AC fan speed

11th 11th

Installation of UPS system and routine maintenance of batteries.



14th 14th

internal viva

15th 15th

44thConcept of high voltage DC transmission

45th test

Week

Practical Day Topic

15th 15th

internal viva

Name of the Faculty : Ms. Anju Rani & Ms. Priyanka NainDiscipline: Electronics & Communication Engg.Semester:5thSubject:TSEE LabLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Practicals-06

Practical

1st1st

Introduction

2ndIntroduction

2nd3rd Repair, Servicing and

Maintenance Concepts

4th Fundamental Trouble Shooting Procedures

3rd5th i) Fault location

ii) Fault finding aids

6th Trouble Shooting Techniques,identification of

4th7th Trouble shooting and

maintenance of testing

8th Demonstration and practice of fault finding and repair of:

5th9th Demonstration and practice of

fault finding and repair of:

10th Demonstration and practice of fault finding and repair of:

6th11th Demonstration, practice of fault

finding and repair of Telephone

12th Demonstration, practice of fault finding and repair of Telephone


finding and repair of

14th Demonstration, practice of fault finding and repair of


finding and repair of VCD, DVD

16th Demonstration, practice of fault

Lecture Day Topic

1stDefinition of Environmental education

2ndScope of Environmental education

16thfinding and repair of VCD, DVD


finding and repair of Monitor

18th Demonstration, practice of fault finding and repair of Monitor

10th19th Testing of Integrated Circuits

(ICs) using IC tester

20th Testing of Integrated Circuits (ICs) using IC tester

11th21st Use of digital tools for

troubleshooting digital

22nd Use of digital tools for troubleshooting digital

12th23rd

Practice of previous experiments24th

13th25th

Practice of previous experiments26th

14th27th

Internal viva28th

15th29th

Internal viva30th

Lesson PlanName of the Faculty : Mr. Sohan SharmaDiscipline: Electronics & Communication Engg.Semester:5thSubject:Environment EducationLesson Plan Duration: 15 WeeksWork Load(Lecture/Practical) per week (In Hours): Lectures-03

WeekTheory

1st

3rdImportance of EnvironmentalEducation

4th Basics of ecology5th biodiversity6th eco system7th sustainable development8th Assignment of UNIT-1&29th Sources of pollution

10th natural and manmade11th causes, effects

12thcontrol measures ofpollution(air, water, noise, soil,radioactive and nuclear)

13th their units of measurement14th Test of UNIT- 315th Sessional Test-116th Solid waste managemen17th Causes18th effects19th control measures of urban20th industrial waste21st Test of UNIT-4

22ndMining and deforestation–Causes

23rd effects and control measures24th Test of UNIT-525th Environmental Legislation

26thWater (prevention and controlof pollution) Act 1974

27thAir (Prevention and Control ofPollution) Act 1981

28thEnvironmental Protection Act1986

29th Role

30thFunction of State PollutionControl Board

31stEnvironmental ImpactAssessment (EIA)

32nd Test of UNIT-633rd Sessional Test-2

34thRole of Non-conventionalEnergy Resources (SolarEnergy, Wind Energy

2nd

3rd

4th

5th

6th

7th

8th

9th

10th

11th

12th

35th Bio Energy, Hydro Energy)

36thCurrent Issues inEnvironmental Pollution

37thGlobal Warming, Green HouseEffect

38th Depletion of Ozone Layer.

39thRecycling of Material,Environmental Ethics

40thRain Water Harvesting,Maintenance of Groundwater

41st Acid Rain, Carbon Credits42nd Test of Unit-843rd Sessional test 344th Revision

45thPrevious year paper discussion

15th

12th

13th

14th

lesson plan odd semester for pdfggsgpcheeka.ac.in/downloads/files/n5b2244a3a73c0.pdf · half adder...

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