lesson plan - · pdf filelesson plan name of faculty : ... 1 review of basic atomic structure...

LESSON PLAN

Name of Faculty : VISITING FACULTY-1

Discipline : ELECTRONICS & COMMUNICATION ENGG

Semester : 2th

Subject : BASIC ELECTRONICS

Work Load : LECTURES-03, PRACTICAL-06

:15 weeks(from 9th Jan,2018 to 30th April,2018)

Week Lecture Day THEORY

Practicals

day

PRACTICALS

Topic Topic

1 REVIEW OF BASIC ATOMIC STRUCTURE & ENRGY LEVELS G-1 INTRODUCTION OF ANALOG/ BASIC ELECTRONICS

COMPONENTS

2 CONCEPT OF INSULATORS, CONDUCTORS & SEMI CONDUCTORS

3 ATOMIC STRUCTURE OF GE & SI, COVALENT BONDS, CONCEPT OF

INTINSIC & EXHINSIC SEMI CONDUCTOR

4 PROCESS OF DOPING, ENERGY LEVEL DIAGRAM OF CONDUCTORS,

INSULANTS & SEMI CONDUCTORS

G-1 OPERATION & USE OF MULTIMETER, CRO, SIGNAL

GENERATOR

5 MINORITY & MAJORITY CHARGE CARRIERS, P & N TYPE SEMI

CONDUCTORS AND THEIR CONDUCTIVITY

6 EFFECT OF TEMPERATURE ON CONDUCTIVITY OF INTRINSIC SEMI

CONDUCTORS

7 PN JUNCTION DIODE, MECHANISM OF CURRENT FLOW IN PN JUNCTION G-1 OPERATION & USE OF LCR METER, REGULATED POWER

SUPPLY

8 FORWARD & REVERSE BIARED PN JUNCTION DIODE, POTENTIAL BARRIER

9 DRIFF & DIFFUSION CURRENTS DEPLETION LAYER

10 CONCEPT OF JUNCTION CAPACITANCE IN FORWARD & REVERSE BIASED G-1 PLOTTING OF V-I CHARACTERISTICS OF PN JUNCTION

DIODE

11 V-I CHARACTERISTICS, STATIC & DYNAMIC RESISTANCE & THEIR VALUE

CALCULATION FROM THE CHARACTERSTICS

12 APPLICATION OF DIODE AS HALF-WAVE, FULL-WAVE & BRIDGE

RECTIFIERS

13 PEAK INVERSE VOLTAGE, RECTIFICATION EFFICIENCJ & RIPPLE FACTOR

CALCULATIONS

G-1 PLOTTING OF VI CHARACTRISTICS OF ZENER DIODE

14 SHUNT CAPACITOR FILTER, SERIES INDUCTOR FILTER

15 LC & TI FILTERS

16 TYPES OF DIODES, CHARACTERISTICS & APLICATION OF ZENER DIODES G-1 TO OBSERVE OUTPUT OF CLIPPING & CLAMPING

CIRCUITS

17 ZENER DIODE & AVALANCHE BREAKDOWN

18 CLIPPING & CLAMPING CIRCUITS

Lesson Plan Duration

2 2

G-2 OPERATION & USE OF MULTIMETER, CRO, SIGNAL

GENERATOR

Week

1 1

G-2 INTRODUCTION OF ANALOG/ BASIC ELECTRONICS

COMPONENTS

3 3

G-2 OPERATION & USE OF LCR METER, REGULATED POWER

SUPPLY

4 4

G-2 PLOTTING OF V-I CHARACTERISTICS OF PN JUNCTION

DIODE

5 5

G-2 PLOTTING OF VI CHARACTRISTICS OF ZENER DIODE

6 6

G-2 TO OBSERVE OUTPUT OF CLIPPING & CLAMPING

CIRCUITS

19 CONCEPT OF A BIPOLAR TRANSISTOR ITS STRUCTURE G-1 MEASUREMENT OF VOLTAGE GAIN, INPUT & OUTPUT

IMPEDANCE IN A SINGLE STATE CE AMPLIFIER CIRCUIT

20 PNP & NPN TRANSISTORS & THEIR SYSMBOLS & MECHANISM OF

CURRENT FLOW

21 CURRENT RELATIONS IN A TRANSISTOR, CONCEPT OF LEAKAGE CURRENT

22 CB, CE, CC CONFIGURATION OF A TRANSISTOR G-1 DESIGN HALF-WAVE RECTIFIER CIRCUIT USING ONE

DIODE ON BREAD BOARD

23 INPUT & OUTPUT CHARACTERISTICS IN CB & CE CONFIGURATION

24 INPUT & OUTPUT DYNAMIC RESISTANCE IN CB & CE CONFIGURATION

25 CURRENT AMPLIFICATION FACTORS G-1 DESIGN FULL-WAVE RECTIFIER CIRCUIT USING TWO

DIODES ON BREAD BOARD

26 COMPASS ON CB, CE & CC CONFIGURATION

27 TRANSISTOR AS AN AMPLIFIER IN CE CONFIGURATION, CENCEPT OF DC

LOAD LINE

28 CALCULATION OF CURRENT GAIN & VOLTAGE GAIN USING DC LOAD LINE G-1 DESIGN BRIDGE RECTIFIER CIRCUIT USING FOUR DIODES

ON BREAD BOARD

29 CONCEPT OF TRANSISTOR BIASING

30 SELECTION OF OPERATIONG POINT, NEED FOR STABILIZATION OF

OPERATING POINT

31 DIFFERENT TYPES OF BIASING CIRCUITS G-1 PLOTTING OF THE WAVE SHAPE OF FULL WAVE RECTIFIER

WITH SHUNT CAPACITOR FILTER

32 SINGLE STAGE TRANSISTOR AMPLIFIER CIRCUIT

33 CONCEPT OF DC & AC LOAD LINE & ITS USE

34 EXPLANATION OF PHASE REVERSAL OF OUTPUT VOLTAGE WITH RESPECT

TO INPUT VOLTAGE

G-1 PLOTTING OF THE WAVE SHAPE OF FULL WAVE RECTIFIER

WITH SERIES INDUCTOR FILTER

35 CONSTRUCTION OF FETS

36 OPERATION & CHARACTRISTICS OF FETS

37 APPLICATION OF FETS & INSTRUCTION OF MOSFET G-1 PLOTTING OF INPUT & OUTPUT CHARACTERISTICS OF CE

CONFIGURATION

38 CONSTRUCTION OF MOSFET

39 OPERATION & CHARACTRISTICS OF MOSFET INDEPLETION MODES

40 MOSFET IN ENHANCEMENT MODE ITS APPLICATION G-1 PLOTTING OF INPUT & OUTPUT CHARACTERISTICS OF CB

CONFIGURATION

41 INTRODUCTION OF CMOS

42 CMOS CONSTRUCTION

43 CMOS ADVANTAGES & APPLICATIONS G-1 PLOTTING OF V-I CHARACTERISTICS OF FET

44 BJT

45 COMPARISON OF JFET, MOSFET & BJT

7 7

G-2 MEASUREMENT OF VOLTAGE GAIN, INPUT & OUTPUT

IMPEDANCE IN A SINGLE STATE CE AMPLIFIER CIRCUIT

8 8

G-2 DESIGN HALF-WAVE RECTIFIER CIRCUIT USING ONE

DIODE ON BREAD BOARD

9 9

G-2 DESIGN FULL-WAVE RECTIFIER CIRCUIT USING TWO

DIODES ON BREAD BOARD

10 10

G-2 DESIGN BRIDGE RECTIFIER CIRCUIT USING FOUR DIODES

ON BREAD BOARD

11 11


WITH SHUNT CAPACITOR FILTER

12 12


WITH SERIES INDUCTOR FILTER

15 15

G-2 PLOTTING OF V-I CHARACTERISTICS OF FET

13 13

G-2 PLOTTING OF INPUT & OUTPUT CHARACTERISTICS OF CE

CONFIGURATION

14 14

G-2 PLOTTING OF INPUT & OUTPUT CHARACTERISTICS OF CB

CONFIGURATION

Lesson Plan

Name of the faculty : VISITING FACULTY-02

Discipline : Electronics & communication Engg.

Semester : 2nd

Subject : BEE

Lesson Plan Duration :15 weeks(from 9th Jan,2018 to 30th April,2018)

Work Load(Lecture/Practical)Per week (in hours): Lectures-03,Practical-06

Week Theory Practical

Lecture

day

Topic(including assignment/test) Practical

day

Topic

1st 1

st Concept of electricity, various applications of

electricity, advantages of electricity over other

types of energy.

1st

Description

about

instruments

2nd

Definition- voltage, current, potential difference,

power, energy and their units.

3rd

Ohm’s law and its practical applications, concepts

of resistance, conductance, resistivity and their

units

2nd

4th

Effect of temperature on resistance, temperature

coefficient of resistance

2nd

Familiarization

of measuring

instruments viz

voltmeter and

ammeter

5th

Series and parallel combination of resistors,

wattage consideration, simple problems

6th

Kirchhoff’s current law and Kirchhoff’s voltage

law and their applications to simple circuits.

3rd

7th

Conversion of electrical circuits from Star to Delta

and Delta to Star.

3rd

Familiarization

of measuring

instruments viz

CRO, wattmeter

and multimeter

8th

DC Circuit Theorem- Thevenin’s theorem,

Norton’s theorem

9th

Superposition theorem

4th

10th

Maximum Power transfer theorem 4th

Verification of

ohm's law

11th

Application of network theorems in solving d. c

circuit problems

12th

Concept of voltage sources- symbol, graphical

representation and characteristics of

constant/ ideal and practical sources

5th

13th

Concept of current sources- symbol, graphical

representation and characteristics of

constant/ideal and practical current sources.

5th

To verify in d.c

circuits:

Thevenin’s

theorem and

norton theorem

14th

Basic idea about primary and secondary cells

15th

Construction, working and applications of Lead-

Acid battery, Nickel- Cadmium cell and Silver-

Oxide cells

6th

16th

Concepts of magnetic field produced by flow of

current, Magnetic circuit, concept of

magneto-motive force (MMF) and flux in circuit

6th

To verify D.C

circuit using

Super position

theorem 17th

Concepts of reluctance, permeability, analogy

between electric and magnetic circuit

18th

Faraday’s laws of electro-magnetic induction,

principles of self and mutual induction

7th

19th

Self and mutually induced e.m.f, simple numerical

problems

7th

To find the

voltage current

relationship in a

single phase

R-C

20th

Concept of current growth, decay in RL circuit

21th

Concept of time constant in an inductive (RL)

circuit

8th

22th

Energy stored in an inductor 8th

To find the

voltage current

relationship in a

single phase R-L

23th

Series and parallel combination of inductors

24th

Concept of alternating voltage and current

9th

25th Difference between alternating current(a.c) and

direct current(d.c)

9th

To measure

(very high)

resistance of an

ammeter and

voltmeter

26th Concept of cycle, frequency, time period,

amplitude, instantaneous value, average value

27th Concept of r.m.s. value, maximum value, form

factor and peak factor

10th

28th Representation of sinusoidal quantities by phasor

diagrams

10th

To observe

change in

resistance of a

bulb in hot and

cold conditions,

using ammeter

29th Equation of sinusoidal wave form

30th Derivation of equation of sinusoidal wave form

11th

31th Effect of alternating voltage applied to a pure

resistance

11th

Verification of

Kirchhoff's

Current Law

32th Effect of alternating voltage applied to a pure

inductance and Pure capacitance

33th Concept of Inductive reactance, Capacitive

reactance and impedance

12th

34th Alternating voltage applied to resistance and

inductance in series

12th

Verification of

Kirchhoff's

Voltage Law in a

dc circuit 35

th Alternating voltage applied to resistance and

capacitance in series

36th

Impedance triangle and phase angle

13th

37th

Solutions and phasor diagrams for simple RLC

circuits (series and parallel)

13th

Measurement of

power and power

factor in a single

phase R.L.C.

circuit

38th

Series resonance conditions (with derivation)

39th

Parallel resonance conditions (with derivation)

14th

40th

Power in pure resistance, inductance and

capacitance, power in combined RLC circuits

14th

Final Checking

and discussion

41th

Power factor, active and reactive power and their

significance, importance of power factor

42th

Definition of conductance, susceptance and

admittance

15th

43th

Brief idea about Various Types(thermal, hydro,

nuclear) of Power Plants and principle of power

generation

15th

Visit to a nearby

Power Station(s)

44th

Comparative study of various power plants

(thermal, hydro and nuclear)

45th

Elementary block diagram of thermal, hydro and

nuclear power stations

LESSON PLAN

Name of Faculty : PATANJALI


Semester : 4th

Subject : COMMUNICATION SYSTEMS

WORKLOAD:- LECUTRE-03, PRACTICAL -06


Week Theory Week Practicals

Topic Topic

1 INTRODUCTION OF COMMUNICATION SYSTEMS G-1 INTRODUCTION OF COMMUNICATION SYSTEMS

PRACTICAL

2 AM/FM TRANSMITTERS

A) CLASSIFICATION OF TRANSMITTERS ON THE BASIS OF MODULATION,

SERVICE, FREQUENCY AND POWER

3 BLOCK DIAGRAM OF AM TRANSMITTER AND WORKING OF EACH STAGE

4 BLOCK DIAGRAM AND WORKING PRINCIPLES OF REACTANCE FET AND ARM

STRONG FM TRANSMITTERS

G-1 TO OBSERVE THE WAVEFORMS AT DIFFERENT STAGES OF A

AM TRANSMITTER

5 AM / FM RADIO RECEIVERS

A) PRINCIPLE AND WORKING WITH BLOCK DIAGRAM OF SUPER NETERODYNE

AM RECEIVER

6 FUNCTION OF EACH BLOCK AND TYPICAL WAVE FORMS AT INPUT AND

OUTPUT OF EACH BLOCK

7 PERFORMANCE CHARACTERISTICS OF A RADIO RECEIVER

I) SENSITIVITY II) SELECTIVITY III) FIDELITY


RADIO RECEIVER

8 S/N RATIO, IMAGE REJECTION RATIO AND THEIR MEASUREMENT PROCEDURE

9 ISI STANDARDS ON RATIO RECEIVERS (BRIEF IDEA)

10 C) SELECTION CRITERIA FOR INTERMEDIATE FREQUENCY (IF) CONCEPTS OF

SIMPLE AND DELAYED AGC

G-1 TO ALIGN AM BROADCAST RADIO RECEIVER

11 BLOCK DIAGRAM OF AN FM RECEIVER, FUNCTION OF EACH BLOCK

ANDWAVEFORMS AT INPUT AND OUTPUT OF DIFFERENT BLOCKS

12 NEED FOR LIMITING AND DE-EMPHASIS IN FM RECEPTION

13 C) BLOCK DIAGRAM OF COMMUNICATION RECEIVERS, DIFFERENT WITH

RESPECT TO BROADCAST RECEIVERS

G-1 TO IDENTIFY AND STUDY THE VARIOUS TYPES OF

ANTENNAS USED IN DIFFERENT FREQUENCY RANGES

14 INTRODUCTION OF ANTENNAS

15 A) ELECTROMAGNETIC SPECTRUM AND ITS VARIOUS RANGES

16 VLF, LF, MF, HF, VHF, VHF MICROWAVE G-1 TO PLOT THE RADIATION PATTERN OF A DIFFERENT AND

OMNI DIRECTIONAL ANTENNA

5 5

G-2 TO IDENTIFY AND STUDY THE VARIOUS TYPES OF

ANTENNAS USED IN DIFFERENT FREQUENCY RANGES

6 6

3 3


RADIO RECEIVER

4 4

G-2 TO ALIGN AM BROADCAST RADIO RECEIVER

2 2


AM TRANSMITTER

Practical

Day

1 1

G-2 INTRODUCTION OF COMMUNICATION SYSTEMS

PRACTICAL

Lecture

Day

17 PHYSICAL CONCEPT OF RADIATION OF ELECTROMAGNETIC ENERGY FROM A

DIPOLE

18 CONCEPT OF POLARIZATION OF EM WAVES

19 C) DEFINITION AND PHYSICAL CONCEPTS OF THE TERMS USED WITH

ANTENNAS LIKE POINT SOURCE, GAIN DIRECTIVITY APERTURE, EFFECTIVE

AREA

G-1 TO PLOT THE VARIATION OF FIELD STRENGTH OF A

RADIATED WAVE, WITH DISTANCE FROM A TRANSMITTING

ANTENNA

20 RADITION PATTERN, BEAM WIDTH AND RADITION RESISTANCE LOSS

RESISTANCE

21 D) TYPES OF ANTENNAS BRIEF DESCRIPTION, CHARACTERISTICS AND TYPICAL

APPLICATIONS OF HALF WAVE DIPOLE

22 MEDIUM WAVE ANTENNA FOLDED DIPOLE, PATCH , LOOP ANTENNA G-1 INSTALLATION OF DISH ANTENNA FOR BEST RECEPTION

23 YAGI AND FERRITE ROD ANTENNA

24 BRIEF DESCRIPTION OF BROADSIDE AND FIRE ARRAYS THERIR RADITION

PATTERN AND APPLICATIONS (WITHOUT ANALYSIS)

25 BRIEF IDEA ABOUT RHOMBIC ANTENNA AND DISH ANTENNA G-1 TO OBSERVE WAVEFORMS AT INPUT AND OUTPUT OF ASK

AND FSK MODULATORS

26 INTRODUCTION OF PROPOGATION

27 BASIC IDEA ABOUT DIFFERENT MODES OF WAVE PROPAGATION AND TYPICAL

AREAS OF APPLICATION

28 GROUND WAVE PROPAGATION AND ITS CHARACTERISTICS, SUMMER FIELD

EQUATION FOR FIELD STRENGTH

G-1 REVISION OF WAVEFORMS AT DIFFERENT STAGES OF A AM

TRANSMITTER

29 SPACE WAVE COMMUNICATION LINE OF SIGHT PROPAGATION STANDARD

ATMOSHPHERE

30 CONCEPT OF EFFECTIVE EARTH RADIUS RANGE OF SPACE WAVE

PROPAGATION STANDARD ATMOSPHERE

31 C) DUCT PROPAGATION SKY WAVE PROPAGATION G-1 REVISION TO OBSERVE THE WAVE FORMS AT DIFFERENT

STAGES OF RADIO RECEIVER

32 IONOSPHERE AND ITS LAYERS. EXPLANATION OF TERMS VIRTUAL HEIGHT,

CRITICAL FEQUENCY SKIP DISTANCE

33 MAXIMUM USABLE FREQUENCY MULTIPLE NOP PROPAGATION

34 DIGITAL MODULATION TECHNIQUES INTRODUCTION OF

A) PCM, DPCM B) DELTA ,MODULATION

G-1 REVISION OF ALIGN AM BROADCAST RADIO RECEIVER

35 BASIC BLOCK DIAGRAM AND PRINCIPLE OF WORKING OF FOLLOWING

ASK,FSK,PSK, QPSK

36 SPREAD SPECTURM TECHNIQUES. FEQUENCY HOPPING TECHNIQUE

37 REVISION OF ALL TOPICS G-1 REVISION OF INSTALLANTION OF DIST ANTENNA FOR BEST

RECEPTION38 SEMINAR

39 ASSIGNMENT

40 REVISION OF IST UNIT G-1 REVISION TO OBSEVE WAVEFORMS AT INPUT AND

OUTPUT OF ASK AND FSK MODULATORS

13 13

G-2 REVISION OF INSTALLANTION OF DIST ANTENNA FOR BEST

RECEPTION

14 14

11 11

G-2 REVISION TO OBSERVE THE WAVE FORMS AT DIFFERENT

STAGES OF RADIO RECEIVER

12 12


9 9

G-2 TO OBSERVE WAVEFORMS AT INPUT AND OUTPUT OF ASK

AND FSK MODULATORS

10 10

G-2 REVISION OF WAVEFORMS AT DIFFERENT STAGES OF A AM

TRANSMITTER

7 7

G-2 TO PLOT THE VARIATION OF FIELD STRENGTH OF A

RADIATED WAVE, WITH DISTANCE FROM A TRANSMITTING

ANTENNA

8 8

G-2 INSTALLATION OF DISH ANTENNA FOR BEST RECEPTION

G-2 TO PLOT THE RADIATION PATTERN OF A DIFFERENT AND

OMNI DIRECTIONAL ANTENNA

41 REVISION OF IST UNIT

42 DUCT PROPAGATION

G-2 REVISION TO OBSEVE WAVEFORMS AT INPUT AND

OUTPUT OF ASK AND FSK MODULATORS

LESSON PLAN

Name of Faculty : RAMESH KUMARI


Semester : 4th

Subject : DE-II

WORKLOAD: LECTURE-03, PRACTICAL-06


Week lecture

Day

Theory Practicals

Topic Topic

1 LOGIC FAMILIES

LOGIC FAMILY CLASSIFICATION TTL, ECL, MOS, CMOS

TYPES OF INTEGRATION SSI, MSI, LSI, VLSI

G-1 INTRODUCTION OF KITS

2 CHARACTERSTICS OF TTL & CMOS AND THE COMPARISON. PROPOGATION

DELAY SPEED, NOTISE MARGIN, LOGIC LEVEL, POWER DISSIPATION, FAN-IN,

FAN-OUT, POWER SUPLY REQUIREMENTS

3 OPEN COLLECTOR & TOTEMPOLE O/P CIRCUITS

4 operation of a standard TTL, CMOS, gates G-1 INTRODUCTION OF KITS

5 NAND, NOR, CMOS to TTL interfacing and TTL to CMOS interfacing

6 Introduction to tri-state devices, tri-state buffer and inverter circuits.

7 D/A Converters :

Performance characteristics of converters

G-1 FAMILIRITY WITH THE USE OF EP ROM PROGRAMMES OF UV

INDEX

8 PERFORMANCE CHARACTERSTICS OF D/A CONVERTERS. BINARY RESISTOR N/W

9 RESISTANCE LADDER N/W METHODS OF D/A CONVERTERS & APPLICATIONS

10 PERFORMANCE CHARACTERSISTICS OF A/D CONVERTERS. SINGLE SLOPE G-1 EXERCISE OF PROGRAMMING EPROM

11 DUAL SLOPE & SUCCESSIVE APPROXIMATION

12 PARALLEL A/D CONVERTERS ASSIGNMENT

13 MEMORIES:- MEMORY ORGANISATION, CLASSIFICATION OF SEMI CONDUCTOR

MEMORIES

G-1 DESIGN & IMPLEMENT FULL ADDER & FULL SUBTRACTOR

14 ROM, PROM, DROM, EPROM, EEPROM, RAM

15 EXPANSION OF MEMORY

16 CCD MEMORIES, CONTENT ADDRESSABLE MEMORY G-1 REVISION

17 PROGRAMMABLE LOGIC DEVICES, PROM AT PLD

18 PROGRAMMABLE LOGIC ARAY (PLA)

19 FPGA, FAMILIARAIZATION WITH COMMOM Ics G-1 REVISION

Week

1

2

3

4

5

6

7

1

2

3

4

5

6

7

G-2

G-2

G-2

G-2

G-2

G-2

Practical

Day

INTRODUCTION OF KITS

INTRODUCTION OF KITS

FAMILIRITY WITH THE USE OF EP ROM PROGRAMMES OF UV

INDEX

EXERCISE OF PROGRAMMING EPROM

DESIGN & IMPLEMENT FULL ADDER & FULL SUBTRACTOR

REVISION

20 COMBINATIONAL CIRCUITS: MINIMIZATION OF BOOLEAN EXPRESSION USING K-

MAP

21 Minimization of Boolean expressions using Quine Mcclaaskey method

22 ASSIGNMENT DISCUSSION OF THAT ASSIGNMENT G-1 REVISION

23 REVISION OF COVERED SYLLABUS

24 DOUBT CLASS

25 SEQUENTIAL CIRCUITS: ESSENTIAL COMPONENTS OF SEQUENTIAL CIRCUITS G-1 REVISION

26 synchronous and asynchronous sequential circuits,

27 classification of sequential circuits

28 design of counters using J-K and R-S flip-flops. G-1 REVISION

29 Arithmetic and Logic Unit: Basic idea about arithmetic logic unit w.r.t. IC 74181

30 APPLICATION OF ALU

31 IMPLEMENTATION OF BINARY MULTIPLICATION & BINARY DIVISION G-1 REVISION

32 IMPLEMENTATION OF BINARY SUBTRACTION & ADDITION

33 DOUBT CLASS

34 INTRODUCTION OF FUZZY LOGIC: FUZZY SETS & THEIR OPERATION G-1 REVISION

35 classical sets and their operations

36 FUZZY REALTIONS

37 PROPERTIES OF MEMBERSHIP FUNCTIONS G-1 REVISION

38 FUZZIFICATION & DEFUZZIFICATION

39 FUZZY CONTROL SYSTEM

40 DOUBT CLASS G-1 REVISION

41 REVISION OF ABOVE TOPICS

42 ASSIGNMENT

43 SEMINAR REVISION

44 DISCUSSION ABOUT TESTS

45 DISCUSSION ON QUESTION PAPER

8

9

12

G-2

13

G-2

G-2

14

15

8

9

10

11

12

10

11

G-2

G-2

G-2

G-2

REVISION

REVISION

13

14

15

REVISION

G-2

REVISION

REVISION

REVISION

REVISION

REVISION

REVISION

LESSON PLAN

Name of Faculty :VISITING FACULTY-1


Semester : 4th

Subject : ELECTRONICS DESIGN AND FABRICATION TECHNIQUES

WORKLOAD: LECTURES-0, PRACTICAL -06


Week Practical

Day

Practicals

Topic

1 SELECTION OF USE OF COMMONLY USE ACTIVE & PASSIVE COMPONENTS

2 TESTING OF ACTIVE COMPONENTS

3 TESTING OF PASSIVE COMPONENTS

4 SOLDERING & SOLDERING TECHNICQUES

5 PRINTED CIRCUIT BOARDS

6 PCB BOARD MATERIALS & THEIR CHARACTERISTICS & PLATING CORROSION & ITS

PREVENTION

7 PHOTO PROCESSING , SCREEN PRINTING, DRILLING, BUFFING

8 PROTECTION FROM HARSH ENVIRONMENT, PLATED THROUGH HOLES , DOUBLE SIDED &

MULTILAYER PCBS

9 STANDARDS OF BOARD SIZES, MODULAR ASSEMBLIES EDGE CONNECTORS, MULTI

BOARD RACKS

10 ASSEMBLY OF CKT ON PCB, ROLE OF TINNING, FLOW & WAVE SOLDERING

11 SOLDERABILITY, COMPOSITION OF SOLDER, EDGE CONNECTOR ELEMENTS OF WIRE

SHAPING

12 DESIGN & PREPARE A PCB

13 STORGAE & SUPPLY OF COMPONENTS FOR ASSEMBLY ROLE OF INCOMMING

INSPECTION OF COMPONENTS

14 MANUAL & AUTOMATIC INSERTION TECHNIQUES, CLOSE LOOP ASSEMBLY OF MODULES

INSTRUMENTS

15 SPECIFIC EXAMPLES OF SMALL SCALE & LARGE SCALE PRODUCTION BE GIVEN TO

ILLUSTRATE

16 JIGS & FIXTURE FOR OPERATIONAL TESTING OF MODULES

17 SEQUENCE TESTING FOR FAILURE ANALYSIS

18 ENVIRONMENT TESTING AT ELEVATED TEMPERATURE & HUMIDITY

19 VARIOUS VIBRATION & MECHANICAL ENDURANCE TESTING

20 PACKING FOR TRANSPORTATION

21 STATEMENT OF BRIEF SPECIFICATION

22 DETAILED SPECIFICATION & LIMITATIONS

23 BLOCK DIAGRAM DETAILED DIAGRAMS

24 TESTING & CHECKING POINTS

25 WARNING RELATIVE TO HIGH VOLTAGE FOR HANDLING DURING REPAIR

26 FAULT LOCATION GUIDE


28 SIMPLE SOLUTION FOR FAULT REMOVAL

29 PRODUCTION PLANNING

30 PROJECT CHECKING GIVEN TO STUDENTS

13

14

15

7

8

9

10

11

12

6

1

2

3

4

5

LESSON PLAN



Semester : 4th

Subject : ELECTRONICS DESIGN AND FABRICATION TECHNIQUES



Week Practical

Day

Practicals

Topic

1 SELECTION OF USE OF COMMONLY USE ACTIVE & PASSIVE COMPONENTS

2 TESTING OF ACTIVE COMPONENTS

3 TESTING OF PASSIVE COMPONENTS

4 SOLDERING & SOLDERING TECHNICQUES

5 PRINTED CIRCUIT BOARDS

6 PCB BOARD MATERIALS & THEIR CHARACTERISTICS & PLATING CORROSION & ITS

PREVENTION

7 PHOTO PROCESSING , SCREEN PRINTING, DRILLING, BUFFING

8 PROTECTION FROM HARSH ENVIRONMENT, PLATED THROUGH HOLES , DOUBLE SIDED &

MULTILAYER PCBS

9 STANDARDS OF BOARD SIZES, MODULAR ASSEMBLIES EDGE CONNECTORS, MULTI

BOARD RACKS

10 ASSEMBLY OF CKT ON PCB, ROLE OF TINNING, FLOW & WAVE SOLDERING

11 SOLDERABILITY, COMPOSITION OF SOLDER, EDGE CONNECTOR ELEMENTS OF WIRE

SHAPING

12 DESIGN & PREPARE A PCB

13 STORGAE & SUPPLY OF COMPONENTS FOR ASSEMBLY ROLE OF INCOMMING

INSPECTION OF COMPONENTS

14 MANUAL & AUTOMATIC INSERTION TECHNIQUES, CLOSE LOOP ASSEMBLY OF MODULES

INSTRUMENTS

15 SPECIFIC EXAMPLES OF SMALL SCALE & LARGE SCALE PRODUCTION BE GIVEN TO

ILLUSTRATE

16 JIGS & FIXTURE FOR OPERATIONAL TESTING OF MODULES

17 SEQUENCE TESTING FOR FAILURE ANALYSIS

18 ENVIRONMENT TESTING AT ELEVATED TEMPERATURE & HUMIDITY

19 VARIOUS VIBRATION & MECHANICAL ENDURANCE TESTING

20 PACKING FOR TRANSPORTATION

21 STATEMENT OF BRIEF SPECIFICATION

22 DETAILED SPECIFICATION & LIMITATIONS

23 BLOCK DIAGRAM DETAILED DIAGRAMS

24 TESTING & CHECKING POINTS

25 WARNING RELATIVE TO HIGH VOLTAGE FOR HANDLING DURING REPAIR



28 SIMPLE SOLUTION FOR FAULT REMOVAL

29 PRODUCTION PLANNING

30 PROJECT CHECKING GIVEN TO STUDENTS

13

14

15

7

8

9

10

11

12

6

1

2

3

4

5

Lesson Plan

Name of the faculty : Mr. Tejpal Rawat (H.O.D)

Discipline : Electronics and Communication Engg.

Semester : VIth

Subject : EDM


Work Load(Lecture)Per week (in hours): Lectures-03

Week Theory

Lecture day Topic(including assignment/test)

1st

1st

Introduction of entrepreneurship

2nd

Concept /Meaning and its need

3rd

Qualities and functions of entrepreneur and barriers in

entrepreneurship

2nd

4th

Sole proprietorship and partnership forms of business organisations

5th

NSIC Schemes of assistance by entrepreneurial support agencies at

National, State, District level

6th

NRDC Schemes of assistance by entrepreneurial support agencies at

National, State, District level

3rd

7th

DC, MSME Schemes of assistance by entrepreneurial support

agencies at National, State, District level

8th

SIDBI, NABARD Schemes of assistance by entrepreneurial support


9th

Commercial Banks, SFC’s Schemes of assistance by

entrepreneurial support agencies at National, State, District level

4th

10th

TCO, KVIB, DIC Schemes of assistance by entrepreneurial support


11th

Technology Business Incubator (TBI)

12th

Science and Technology Entrepreneur Parks(STEP)

5th

13th

Introduction to Market Survey and Opportunity Identification

14th

Scanning of business environment

15th

Salient features of National and State industrial policies

6th

16th

resultant business opportunities

17th

Types of market survey

18th

conduct of market survey

7th

19th

Assessment of demand and supply in potential areas of growth

20th

Identifying business opportunity

21th

Considerations in product selection

8th

22th

Introduction Project report Preparation

23th

Preliminary project report

24th

project report including technical aspects

9th

25th

project report including economic aspects

26th

project report including market feasibility aspects

27th

Detailed project report including technical, economic and market

feasibility

10th

28th

Common errors in project report preparations

29th

Exercises on preparation of project report

30th

Introduction to Management

11th

31th

Definitions and importance of management

Functions of management: Importance and Process of planning,

organising, staffing,

directing and controlling

32th

Principles of management (Henri Fayol, F.W. Taylor)

Concept and structure of an organisation

33th

Types of industrial organisations

a)Line organisation

b)Line and staff organisation

c)Functional Organisation

12th

34th

Introduction -Leadership and Motivation

35th

a) Leadership

•Defi itio and Need

•Qualities a d fu tio s of a leader

•Ma ager Vs leader

•T pes of leadership

36th

b) Motivation

•Defi itio s a d hara teristi s

•Fa tors affe ti g oti atio

•Theories of oti atio Maslo , Herz erg, M Gregor

13th

37th

Management Scope in Different Areas

38th

a) Human Resource Management

•I trodu tio a d o je ti e

•I trodu tio to Ma po er pla i g, re ruit e t a d sele tio

•I trodu tio to perfor a e appraisal ethods

39th

b) Material and Store Management

•I trodu tio fu tio s, and objectives

•ABC A al sis a d EOQ

14th

40th

c) Marketing and sales

•I trodu tio , i porta e, a d its fu tio s

•Ph si al distri utio

41th

Marketing and sales

Introduction to promotion mix

Sales promotion

42th

d) Financial Management

•I trodu tio s, i porta e a d its fu tio s

•Ele e tar k o ledge of i o e ta , sales ta , e ise dut , usto duty and VAT

15th

43th

Miscellaneous Topics

a) Customer Relation Management (CRM)

•Defi itio a d eed

•T pes of CRM

44th

b) Total Quality Management (TQM)

•Statisti al pro ess o trol •Total e plo ees I ol e e t •Just i ti e JIT

45th

c) Intellectual Property Right (IPR)

•I trodu tio s, defi itio a d its i porta e

•I fri ge e t related to pate ts, op right, trade ark

LESSON PLAN


Discipline : ELECTRONIC & COMMUNICATION ENGG.

Semester : 6th

Subject : EMPLOYBILITY SKILLS-II

Work Load : 0 LECUTRE , 02 Practical


Week Practical

Day

Practicals

Topic

1 1 DISCUSSION ABOUT EMPLOYABLITY SKILL AND ITS FEATURES

2 2 DISCUSSION ABOUT MOCK INTERVIEW AND ITS TYPES

3 3 FEATURES OF MOCK INTERVIEW AND ADVANTAGE OF

4 4 APPLICATION OF MOCK INTERVIEW AND PRACTICALLY PERFORMED BY

STUDENTS

5 5 HOW TO PREPARE FOR MEETING

6 6 ADVANTAGE OF PREPARING FOR MEETING

7 7 GROUP DISCUSSION

8 8 FEATURES ABOUT GD AND PREACTICALLY PEROFRMA BY STUDENTS BY

TAKING ANY EXAMPLE

9 9 HOW TO PREPARE SEMINAR AND INTRODUCTION AND SEMINAR

10 10 PREPARE STUDENTS FOR EXAMINER BU GIVING ANY TOPIC

11 11 DISCRIPTION ABOUT THE TYPES OF SEMINAR AND APPLICATION

12 12 ELEMENTS OF PRESENTATION

13 13 STRUCTURE AND TOOLS OF PRESENTATION

14 14 PAPER READING

15 15 DISCUSSION ABOUT POWER POINT PRESENTATION

LESSON PLAN

Name of Faculty : PATANJALI


Semester : 4th

Subject : INSTRUMENTATION


WORKLOAD : LECTURE-03, PRACTICAL-04

Week Lecture

Day

THEORY Practicals PRACTICALS

Topic Topic

1 INTRODUCTION OF INSTRUMENTATION G-1 INTRODUCTION OF INSTRUMENTATION PRACTICAL

2 MEASUREMENTS OF IMPORTANCE OF MEASUREMENTS

3 BASIC MEASURING SYSTEMS, ADVANTAGES AND LIMITAITONS OF

EACH MEASURING SYSTEMS AND DISPLAY DEVICES

4 INTRODUCTION OF TRANSDUCERS G-1 TO MEASURE THE LEVEL OF A LIQUID USING A TRANSDUCER

5 THEORY, CONSTRUCTION AND USE OF VARIOUS TRANDUCERS

6 RESISTANCE, INDUCTANCE

7 CAPACITANCE, ELECTROMAGNETIC G-1 TO MEASURE TEMPERATURE USING A THERMO-COUPLE

8 PIEZO ELECTRIC TYPE

9 INTRODUCTION OF MEASUREMENT OF DISPLACEMENT AND STRAIN

10 DISPLACEMENT MEASURING DEVICES G-1 STUDY AND USE OF DIGITAL TEMPERATUTE CONTROLLER

11 WIRE WOUND POTENTIOMETER

12 LVDT, STRAIN GAUGES

13 DIFFERENT TYPES SUCH AS INDUCTANCE TYPE

I) RESISTIVE TYPE, WIRE AND FOIL TYPE ETC

G-1USE OF THERMISTOR IN ON/OFF TRANSDUCER

14 GAUGE FACTOR

15 GAUGE MATERIALS AND THEIR SELECTIONS

16 USE OF ELECTRICAL STRAIN GUAGES G-1 STUDY OF VARIABLE CAPACITIVE TRANSDUCER

17 STRAIN GAUGE BRIDGES AND AMPLIFIERS

18 INTRODUCTION OF FORCE AND TORQUE MEASUREMENT

19 DIFFERENT TYPES OF FORCE MEASURING DEVICES AND THEIR

PRINCIPLES

G-1DRAW THE CHARACTERISTICS OF A POTENTIOMETER

20 LOAD MEASUREMENTS BY USING ELESTIC TRANSDUCERS

21 ELECTRICAL STRAIN GAUGES

22 SPEED MEASUREMENTS G-1 TO MEASURE LINEAR DISPLACEMNT USING LVDT

7 7

G-2 DRAW THE CHARACTERISTICS OF A POTENTIOMETER

8 8

5 5

G-2 USE OF THERMISTOR IN ON/OFF TRANSDUCER

6 6

G-2 STUDY OF VARIABLE CAPACITIVE TRANSDUCER

3 3

G-2 TO MEASURE TEMPERATURE USING A THERMO-COUPLE

4 4

G-2 STUDY AND USE OF DIGITAL TEMPERATUTE CONTROLLER

2 2

G-2 TO MEASURE THE LEVEL OF A LIQUID USING A TRANSDUCER

Practical

Day

1 1

G-2 INTRODUCTION OF INSTRUMENTATION PRACTICAL

23 DIFFERENT METHODS DEVICES

24 INTRODUCTION OF PRESSURE MEASUREMENT

25 BOURDON PRESSURE GAUGES G-1 TO STUDY THEUSE OF ELECTRICAL STRAIN GUAGE

26 ELECTRICAL PRESSURE PICK UP AND THEIR PRINCIPLE

27 CONSTRUCTION AND APPLICATIONS

28 USE OF PRESSURE CELLS G-1 TO STUDY WEIGHING MACHINE USING LOAD CELL

29 INTRODUCTION OF FLOW MEASUREMENT

30 BASIC PRINCIPLE OF MAGNETIC AND ULTRASONIC FLOW METERS

31 MEASUREMENTS OF TEMP G-1 TO STUDY PH METER

32 BI METALLIC THERMOMETER

33 THE MOELECTRIC THERMOMETERS, RESISTANCE THERMOMETER

34 THERMOCOUPLE THERMISTERS AND PYROMETER G-1 REVISION OF MEASURE THE LEVEL OF A LIQUID USING A

TRANSDUCER

35 TEMPERATURE RECORDERS

36 INTRODUCTION OF MEASUREMENT OF OF NON ELECTRICAL

QUANTITIES

37 MEASUREMENT OFOTHER NO ELECTRICAL QUANTITIES SUCH AS

HUMIDITY

G-1 REVISION OF MEASURE TEMPERATURE USING A THERMO-

COUPLE

38 SUCH AS PH

39 LEVEL AND VIBRATIONS

40 REVISION OF STRAIN GAUGE BRIDGES G-1 REVISION OF LVDT

41 LOAD MEASUREMENTS BY USING ELESTIC TRANSDUCERS

42 ASSIGNMENT (ELECTRICAL STRAIN GAUGES)

43 REVISION OF IST UNIT G-1 REVISION OF PH METER

44 DISPLACEMENT MEASURING DEVICES

45 LEVEL AND VIBRATIONS

15

REVISION OF PH METERG-2

15

13 13

G-2 REVISION OF MEASURE TEMPERATURE USING A THERMO-

COUPLE

14 14

G-2 REVISION OF LVDT

11 11

G-2 TO STUDY PH METER

12 12


9 9

G-2 TO STUDY THEUSE OF ELECTRICAL STRAIN GUAGE

10 10

G-2 TO STUDY WEIGHING MACHINE USING LOAD CELL

G-2 TO MEASURE LINEAR DISPLACEMNT USING LVDT

LESSON PLAN

Name of Faculty : Mrs. Pooja Sindhu

Discipline :ELECTRONICS & COMMUNICATION ENGG

Semester : 6th

Subject : Medical Electronics

Work load: lectures 04, practical -06


Week Practicals Practicals

Topic Topic

1 INTRODUCTION TO SUBJECT, IMPORTANCE / NEED, SYLLABUS, CONTENTS

REFERENCE BOOKS

2 UNIT-1: Anatomy and physiology-Content of Unit, Introduction

3 Heart and circulatory system.

4 Central nervous system

5 Muscle action ,Respiratory system

6 Body temperature and reproduction system

7 OVERVIEW OF UNIT-1, DISCUSSION OF IMPORTANT QUESTIONS REGARDING

EXAMS POINT OF VIEW REVISION

8 Unit-2 Medical Electronics equipments -CONTENTS OF UNIT, BIO-MEDICAL

INSTRUMENTATION SYSTEM- TYPES OF MEDICAL MEASUREMENTS,

PERFORMANCE REQUIREMENT OF MEDICAL EQUIPMENT, CLASSIFICATION OF

MEDICAL EQUIPMENTS

9 Diagnostic Equipments , X-RAYS

10 ULTRASONOGRAPHY

11 COMPUTED TOMOGRAPHY

12 MAGNETIC RESONANCE IMAGING

(PRINCIPLES, MACHINES, COMPONENTS, APPLICATIONS, ADVANTAGES &

DISADVANTAGES OF THE ABOVE

13 Clinical laboratory equipments-

TYPES, COLORIMETER, SECTROPHOTOMETRY

14 FLAME PHOTOMETER, KYMOGRAPH, ELECTROPHORESIS

15 THEREPEUTIC EQUIPMENTS - TYPES, HEAMODIALYSIS, ANAESTHESA- MACHINES,

OPERATION

16 VENTILATOR, HEART LUNG MACHINE, HEARING AIDS, NEBULIZER- OPERATION,

APPLICATION

4 4 G-1 TO OPERATE & FAMILIRISATION OF ECG MACHINE

G-2 TO OPERATE & FAMILIRISATION OF ECG MACHINE

3 3 G-1 TO OPERATE & FAMILIRISATION OF B.P. APPARATUS

G-2 TO OPERATE & FAMILIRISATION OF B.P. APPARATUS

2 2 G-1 INTRODUCTION, BRIEFING ABOUT THE COMPONENTS,

KIT, APPARATUS THAT WILL BE USED IN THE SUBJECT

G-2 INTRODUCTION,BRIEFING ABOUT THE COMPONENTS,

KIT, APPARATUS THAT WILL BE USED IN THE SUBJECT

Week

1 1 G-1 INTRODUCTION ABOUT SYLLABUS, SUBJECT

G-2 INTRODUCTION ABOUT SYLLABUS, SUBJECT

Practical

Day

Lecture

Day

17 UNIT-3: ELECTRODES-CONTENTS OF UNIT, BIO-ELECTRIC SIGNALS-SOURCES,

TYPES, ORIGIN

18 BIO ELECTRODES, PROPERTIES OF BIO-ELECTRODES, ELECTRODES

19 ELECTRODE-TISSUE INTERFACE-METAL ELECTROLYTE INTERFACE, ELECTROLYTE-

SKIN INTERFACE, ELECTRODE MODEL CKT

20 CONTACT IMPEDANCE, TYPES OF ELECTRODES-ELECTRODES ON THE BASIS OF

ELECTEODE ACTION, PLACE OF USE , APPLICATION

21 ELECTRODES USED FOR ECG, EEG, EMG, EEG ELECTRODES, EEG ELCTRODES-TYPES,

BRIEF DESCRIPTION

22 OVERVIEW, DISCUSSION OF IMPORTANT QUESTION REGARDING EXAMS POINT

OF VIEW, REVISION

23 ASSIGNMENT-1, DISCUSSION & DOUBT CLEARANCE OF UNIT-1,2,3

24 UNIT-4: PHYSIOLOGICAL TRANSDUCERS: INTRODUCTION, CONTENTS OF UNIT,

CLASSIFICATION OF TRANSDUCERS, USE OF TRANSDUCERS FOR DIFFERENT

SIGNAL PARAMETERS

25 PERFORMANCE CHARACTERSTICS OF TRANSDUCERS-STATIC, DNAMIC, OTHER

CHARACTERISTICS, TRANSDUCER SELECTION CRITERIA

26 PHYSICLOGICAL SENSORS / TRANSDUCERS- IDEA, TYPES, PRESSURE TRANSDUCER

STRAIN GUAGE, LVDT

27 PRESSURE TRANSDUCER- CAPACITIVE PRESSURE, PIEZOELECTRIC PRESSURE

TRANSDUCERS,

FLOW TRANSDUCERS-IDEA

28 TYPE OF FLOW TRANSDUCERS. EXPLANATION

29 TEMPERATURETRANSDUCERS- TYPES, EXPLANATION

30 PULSE SENSORS-TYPES, EXPLANATION

31 RESPIRATION SENSORS-TYPES, EXPLANATION, REVISION & DISCUSSION OF UNIT-4

32 ASSIGNMENT -2, ORAL TEST OF UNIT-4

33 UNIT-5: BIO MEDICAL RECORDERS

INTRODUCTION, CONTENTS OF UNIT, ECG, BASICS, WAVEFORM, INTERPRETATION

OF HUMAN ECG, ELECTRODES & LEADS FOR ECG

34 PROCESS/METHODS OF RECORDING ECG, ECG MACHINE / RECORDER-

DESCRIPTION, TYPES OF ECG RECORDER, FACTORS THAT AFFECT NORMAL ECG,

APPLICATIONS OF ECG, MERITS & DEMERITS

35 EEG-BASIC CONCEPT, BIOELECTRIC SIGNALS FROM BRAIN, ELECTRODE

PLACEMENT, EEG RECORDING MODES, METHOD/PROCESS OF EEG RECORDING ,

EEG MACHINE, APPLICATION , MERITS & DEMERITS

36 ELECTROMYOGRAPHY-EMG M/C ,TYPES OF EMG, APPLICATION, ADVANTAGES

37 REVISION OF UNIT-5, DISCUSSION OF IMPORTANT QUESTIONS REGARDING EXAM

POINT OF VIEW

10 10 G-1 OPERATION & USE OF ELECTRO PHYSIOTHERAPY

9 9 G-1 STUDY OF LARGE MEDICAL EQUIPMENT IN HOSPITAL

NURSING HOME

G-2 STUDY OF LARGE MEDICAL EQUIPMENT IN HOSPITAL

NURSING HOME

8 8 G-1 INSTALLATION OF SMALL MEDICAL EQUIPMENT IN LABS

OF HOSPITAL- PRECAUTIONS TO BE TAKEN

G-2 INSTALLATION OF SMALL MEDICAL EQUIPMENT IN LABS

OF HOSPITAL -PRECAUTIONS TO BE TAKEN

7 7 G-1 TO MEASURE THE PULSE RATE

G-2 TO MEASURE THE PULSE RATE

6 6 G-1 TO MEASURE THE RESPIRATION RATE

G-2 TO MEASURE THE RESPIRATION RATE

5 5 G-1 TO MEASURE THE CONCENTRATION OF BLOOD SUGAR

WITH GLUCOMETER (FASTING, P.P RANDOM)

G-2 TO MEASURE THE CONCENTRATION OF BLOOD SUGAR

WITH GLUCOMETER (FASTING, P.P RANDOM)

38 DOUBT CLEARENCE, DISCUSSION & EXPLANATION OF TOPICS THAT STUDENTS

WANT TO REPEAT

39 UNIT-6: PATIENT MONITORING SYSTEMS

INTRODUCTION, CONTENTS OF UNIT, NEED/IMPORTANCE

40 HEART RATE MEASUREMENT - DIFF. METHODS

41 PULSE RATE MEASUREMENT - DIFFERENT TYPES & METHODS

42 RESPIRATION RATE MEASUREMTN- DIFFERENT METHODS

43 BLOOD PRESSURE MEASUREMENT- DIRECT METHODS, INDIRECT ( NON-INVASIVE)

44 ADVANTAGES, DISADVANTAGES OF METHODS OVER EACH OTHER, COMPARISON

45 PACEMAKEER-NEED, EXPLANATION , COMPARISON BETWEEN EXTERNAL &

INTERNAL PACEMAKER; APPLICATIONS

46DEFIBRILLATOR- IMPORTANCE, TYPES OF ELECTRODES USED IN IT,

CLASSIFICATION OF DEFIBRILLATORS

47USE OF MICROPROCESSOR IN PATIENT MONITORING, REVISION OF TOPICS

STUDIED IN UNIT-6

48DISCUSSION OF IMPORTANT QUESTIONS FROM EXAM POINT OF VIEW,

ASSIGNMENT-3

49UNIT-7: SAFETY ASPECTS OF MEDICAL

INSTRUMENTS-NEED, IMPORTANCE, EFFECTS OF ELECTRICAL CURRENT ON THE

HUMAN BODY- PHYSIOLOGICAL, PSYCHOLOGICAL

50 SAFETY ASPECTS OF CURRENT- GROSS SHOCK, MICRO CURRENT SHOCK

51LEAKAGE CURRENTS- TYPES, PRECAUTIONS TO MINIMISE ELECTRIC SHOCK

HAZARDS.

52METHODS OF ACCIDENT PREVENTION, TESTING OF BIOMEDICAL EQUIPMENTS

53 SPECIAL DESIGNS FROM SAFETY CONSIDERATION, SEFETY STANDARDS

54 REVISION OF TOPICS STUDIED IN UNIT-7

55ASSIGNMENT-4, DISCUSSION OF IMPORTANT QUESTIONS REGARDING EXAMS

POINT OF VIEW

56DOUBT CLEARANCE, DISCUSSION OF TOPICS THAT STUDENTS WANT TO DISCUSS

57REVISION OF UNITS-6,7 ; DISCUSSION & EXPLANATION OF TOPICS THAT

STUDENTS WANT TO REPEAT

58REVISION OF UNIT-4,5; DISCUSSION & EXPLANATION OF TOPICS THAT STUDENTS

WANT TO REPEAT

59REVISION OF UNIT-1,2,3; DISCUSSION & EXPLANATION OF TOPICS THAT

STUDENTS WANT TO REPEAT

60PAPER ATTEMPTION TIPS, IMPORTANT QUESTION REGARDING EXAMS POINT OF

VIEW

15 15 G-1 REPEAT OF EXPERIMENTS OF EARLIER ABSENTEE

STUDENTS

G-2 REPEAT OF EXPERIMENTS OF EARLIER ABSENTEE

STUDENTS

14 14 G-1 REPEAT OF EXPERIMENTS -7 (FOR ABSENTEE EARLIER)

G-2 REPEAT OF EXPERIMENTS -7 (FOR ABSENTEE EARLIER)

13 13 G-1 REPEAT OF EXPERIMENTS OF 4,5,6 (FOR ABSENTEE

EARLIER)

G-2 REPEAT OF EXPERIMENTS OF 4,5,6 (FOR ABSENTEE

EARLIER)

12 12 G-1 REPEAT OF EXPERIMENTS OF 1,2,3 (FOR ABSENTEE

STUDENTS EARLIER)

G-2 REPEAT OF EXPERIMENTS OF 1,2,3 (FOR ABSENTEE

STUDENTS EARLIER)

11 11 G-1 MAINTENANCE SCHEDULE FOR DIFFERENT EQUIPMENT &

THEIR RECORDS IN HOSPITAL

G-2 MAINTENANCE SCHEDULE FOR DIFFERENT EQUIPMENT &

THEIR RECORDS IN HOSPITAL

G-2 OPERATION & USE OF ELECTRO PHYSIOTHERAPY

LESSON PLAN

Name of Faculty : RAMESH KUMARI


Semester : 6th

Subject : MOCS



Week Theory Week Practicals

Topic Topic

1 MOTHERBOARD : INTRODUCTION TO DIFFERENT TYPES OF

MOTHERBOARD

2 SINGLE BOARD BASED SYSTEM

3 BLOCK DIAGRAM OF MOTHERBOARD

4 INSTALLATION OF COMPUTER SYSTEM

5 BUSES & PORTS: DIFFERENT TYPES OF BUSES PCI, SCSI

6 SERIAL & PARALLEL PORT (COM PORTS)

7 PORTS COM1, LPT1, USB

8 RS232C, USE OF COMPUTER FOR INSTRUMENTATION

9 MEMORY: PRINCIPLES

Principle and construction of Hard Disk Drive (HDD)

10 FLOPPY DIK CONTROLLER & HARD DISK CONTROLLER

11 PEN DRIVER, COMMON FAULTS WITH HDD & FDD

12 RAM MODULE

13 KEYBOARD & MOUSE: BLOCK DIAGRAM OF KEYBOARD CONTROLLED

14 KEYBOARD SWITCHES KEYBOARD FAULTS

15 MOUSE, COMMON FAULTS WITH MOUSE & OPTICAL MOUSE

16 INTRODUCTION TO SCANNER & digitizer.

17 CRT DISPLAY DEVICES: BLOCK DIAGRAM

PRINCIPLE OF OERATION OF COMPUTER MONITOR

18 DIFFERENCE BETWEEN TV & COMPUTER MONITOR

19 VIDEO DISPLAY ADAPTORS (MONOCHROME & COLOR)

20 INTRODUCTION TO SOLID STATE DISPLAYS

21 PRINTERS:

PRINTING MACHINISIM

22 CONSTRUCTION & WORKING PRINCIPLE OF DOT MATRIX PRINTER

G-1

G-2

G-2

G-1

G-1

G-2

G-2

G-1

Practical

Day

G-2 INTRODUCTION OF HDD, FDD PEN DRIVES

3 3 INTRODUCTION OF HDD, FDD PEN DRIVES

G-1 OPERATION MAINTEANACE, INSTALLATION OF TESTING OF

CONNECTIONS & CABLES

INSTALLATION OF ANY OPERATING SYSTEM

1

2

1

2

OPERATION MAINTEANACE, INSTALLATION OF TESTING

MOTHERBOARD

OPERATION MAINTEANACE, INSTALLATION OF TESTING

MOTHERBOARD

OPERATION MAINTEANACE, INSTALLATION OF TESTING OF

CONNECTIONS & CABLES

INSTALLATION OF ANY OPERATING SYSTEM

Lecture

Day

G-1 OPERATION MAINTEANACE, INSTALLATION OF MONITOR CLCD &

LED

4

5

4

5

OPERATION MAINTEANACE, INSTALLATION OF HDD PARTITIONARY

FORMATTING

OPERATION MAINTEANACE, INSTALLATION OF HDD PARTITIONARY

FORMATTING

OPERATION MAINTEANACE, INSTALLATION OF MONITOR CLCD &

LED

6 6 OPERATION MAINTEANACE, INSTALLATION OF TESTING OF LASER

PRINTER & DOT MATRIX PRINTER

23 INJECT PRINTER

24 LASER PRINTER

25 PRINTER CONTROLLER

26 CONTROLLER INTERFACE

27 SIGNALS FROM PC TO PRINTER & PRINTER TO PC

28 NETWORKING DEVICES : LAN , WAN

29 WI-FI , WLAN

30 ROUTER SWITCH

31 HUB

32 MODEMS-NEED & FUNCTIONS OF MODEMS

33 LAPTOP THEIR NEED

34 FUNTIONS

35 APPLICATIONS

36 ASSIGNMENT

37 REVISION OF B D MOTHERBOARD

38 REVISION OF B D KEYBOARD CONTROLLER

39 REVISION OF B D MONITOR

40 REVISION OF B D DIFFERENCE BETWEEN T.V & COMPUTER MONITOR

41 REVISION CONSTRUCTION PRINCIPLA OF DOT MATRIX

42 REVISION INKJET PRINTER

43 REVISION LASER PRINTER

44 REVISION PRINTING MACHANISM

45 REVISION WIFI

46 REVISION WLAN

47 REVISION ROUTER SWITCH

48 REVISION HUB

49 REVISION LAPTOP

50 REVISION FUNCTION OF LAPTOP

51 REVISION MODEMS

52 REVISION SCANNERS

53 REVISION BUSES

54 REVISION FLOPPY DISK CONTROLLER

55 REVISION PEN DRIVES

56 REVISION HARD DISK CONTROLLER

57 REVISION SERIAL & PARALLEL PORT

58 REVISION USB

G-1

G-2

G-1

G-2

G-1

G-2

G-1

G-2

G-1

G-2

G-2

G-1

G-1

G-2

REVISION HDD

REVISION HDD

REVISION FDD

REVISION FDD

REVISION LAPTOP

REVISION INSTRALLATION OF OPERATING SYSTEM

REVISION INSTRALLATION OF OPERATING SYSTEM

REVISION OF LASER PRINTER

REVISION OF DOT MATRIX PRINTER

REVISION OF DOT MATRIX PRINTER

12

13

14

15

12

13

14

15

G-2 OPERATION MAINTEANACE, INSTALLATION OF TESTING OF LASER

PRINTER & DOT MATRIX PRINTER

G-1 OPERATION MAINTEANACE, INSTALLATION OF TESTING OF LAN,

WAN USING NETWORK DEVICES

7

8

7

8

OPERATION MAINTEANACE, INSTALLATION OF TESTING OF DVD

ROM / DVD WRITER

OPERATION MAINTEANACE, INSTALLATION OF TESTING OF DVD

ROM / DVD WRITER

OPERATION MAINTEANACE, INSTALLATION OF TESTING OF LAN,

WAN USING NETWORK DEVICES

G-2 STUDY OF LAPTOP IPAD, SMARTPHONE

9 9 STUDY OF LAPTOP IPAD, SMARTPHONE

G-1 REVISION OF LASER PRINTER

10

11

10

11

59 REVISION VIDEO DISPLAY ADAPTORS

60 REVISION MOUSE

G-2 REVISION LAPTOP

LESSON PLAN



Semester : 4th

Subject : MICROPROCESSORS AND PERIPHERAL DEVICES

WORKLOAD: LECTURES-04, PRACTICAL-04


Week Lecture

Day

Theory Practicals

Topic Topic

1 INTRODUCTION OF MICRO COMPUTER SYSTEM AND ITS TYPICAL ORGANIZATION

2 FUNCTIONS OF MICRO COMPUTER BLOCKS

3 MICRO PROCESSOR & ITS EVOLUATION

4 FUNCTION & IMPACT ON MODERN SOCIETY

5 INTRODUCTION OF MICRO SSOR 8085 AND CONCEPT OF BUS

6 BUS ORGANIZATION OF 8085, FUNCTIONAL BLOCK DIAGRAM OF 8085 AND

FUNCTION OF EACH BLOCK

7 PIN DETAILS OF 8085 & RELATED SIGNALS

8 DEMULTIPLEXING OF ADRESSL DATA BUS

9 GENERATION OF READ / WRITE CONTROL SIGNALS

10 STEPS TO EXECUTE A STORED PROGRAM

11 INTRUCTION CYCLE

12 MACHINE CYCLE & T-STATE

13 FETCH & EXECUTE CYCLE

14 BRIEF IDEA OF MACHINE & ASSEMBLY LANGUAGES

15 MACHINES & MNEMONIC CODES

16 INSTRUCTION FORMAT

17 ADDRESSING MODE

18 IDENTIFICATION OF INSTRUCTIONS AS WHICH ADDRESSING MODE THEY BELONG

19 CONCEPT OF INSTRUCTION SET

20 EXPLANATION OF INSTRUCTIONS OF THE FOLLOWING GROUPS OF INSTRUCTION

SET

21 DATA TRANFER GROUP, ARITHMETIC GROUP

22 LOGIC GEROUP, STACK, I/O AND MACHINE CONTRO GROUP

23 PROGRAMMING EXERCISE IN ASSEMBLE LANGUAGE

6 6 G-1 WRITE & EXECUTION OF ALP FOR ARRANGING 10 NOS. IN

ASCENDING / DESCENDING ORDER

G-2 WRITE & EXECUTION OF ALP FOR ARRANGING 10 NOS. IN


5 5 G-1 WRITE & EXECUTION OF ALP FOR MULTIPLICATION &

DIVISION OF TWO 8-BIT

G-2 WRITE & EXECUTION OF ALP FOR MULTIPLICATION &

DIVISION OF TWO 8-BIT

4 4 G-1 WRITE & EXECUTION OF ALP FOR ADDITION & SUB

STATION OF TWO 8-BIT

G-2 WRITE & EXECUTION OF ALP FOR ADDITION & SUB

STATION OF TWO 8-BIT

3 3 G-1 STEPS TO ENTER, MODIFY DATA & EXECUTE A PROGRAMME ON

8085

G-2 STEPS TO ENTER, MODIFY DATA & EXECUTE A

PROGRAMME ON 8085

2 2 G-1 FAMILARIZATIO OF DIFFERENT KEYS OF 8085

MICROPROCESSOR KIT & ITS MEMORY MAP

G-2 FAMILARIZATIO OF DIFFERENT KEYS OF 8085

MICROPROCESSOR KIT & ITS MEMORY MAP

Week

1 1 G-1 GENERAL DISCUSSION ABOUT VARIOUS

MICROPROCESSOR

G-2 GENERAL DISCUSSION ABOUT VARIOUS

MICROPROCESSOR

Practical

Day

24 EXAMPLES CAN BE TAKEN

25 PROGRAMMING EXAMPLES PRACTICES

26 CONCEPT OF MEMORY MAPPING

27 PARTIONING OF TOTALLY MEMORY SPACE

28 ADDRESS DECODING

29 CONCEPT OF PERIPHERAL MAPPED I/O & MEMORY MAPPED I/O

30 INTERFACING OF MEMORY MAPPED I/O DEVICES

31 INTRODUCTION OF INTERRUPT

32 DIFFERENT TYPES OF INTERRUPTS

33 MASKABLE & NON-MASKABLE

34 EDGE-TRIGGERED & LEVEL TRIGGERED INTERRUPTS

35 SOFTWARE INTERRUPT, RESTART INTERRUPTS AND ITS USES

36 HARDWARE INTERRUPTS OF 8085

37 SERVICING INTERRUPTS, EXTENDING INTERRUPT SYSTEM

38 PROGRAMMING EXERCISE PRACTICES

39 INTRODUCTION OF DATA TRANSFER

40 CONCEDPT OF PROGRAMMED I/O OPERATIONS

41 SYNC DATA TRANSFER

42 ASYNC DATA TRANSFER

43 HAND SHAKING

44 INTERRUPT DRIVEN DATA TRANSFER

45 DMA, SERIAL OUTPUT DATA

46 SERIAL INPUT DATA

47 INTRODUCTION OF PERIPHERAL DEVICES

48 8255 PPI

49 8253 PIT

50 8257/8237 DMA CONTROLLER

51 8279 PROGRAMMABLE KB/DISPLAY INTERFACE

52 COMMUNICATION INTERFACE ADAPTOR

53 FEATURES OF MICROPROCESSOR

54 PROGRAMMING EXERCISE

55 8255 LIKE LED DISPLAY CONTROL

56 8253 PROGRAMMABLE INTERVAL TIMER

57 DIFFERENT TYPES OF ADDRESSING MODE

58 INSTRUCTION SET

59 INSTRUCTION FORMAT

15 15 G-1 INTERFACING EXERCISED ON 8255 LIKE LED DISPLAY

COUNTROL

G-2 INTERFACING EXERCISED ON 8255 LIKE LED DISPLAY

COUNTROL

14 14 G-1 INTERFACING EXERCISE ON 8253 PROGRAMMABLE

INTERVAL TIMER

G-2 INTERFACING EXERCISE ON 8253 PROGRAMMABLE

INTERVAL TIMER

13 13 G-1 EXECUTION OF ALP FOR ARRANGING 10NOS. IN


G-2 EXECUTION OF ALP FOR ARRANGING 10NOS. IN


12 12 G-1 EXECUTION ALP FOR 0-9 BCD COUNTERS

G-2 EXECUTION ALP FOR 0-9 BCD COUNTERS

11 11 G-1 EXECUTION OF ALP FOR MULTIPLICATION & DIVISION OF

TWO 8-BIT NO.

G-2 EXECUTION OF ALP FOR MULTIPLICATION & DIVISION OF

TWO 8-BIT NO.

10 10 G-1 EXECUTION OF ALP FOR ADDITION & SUB STATION OF

TWO 8 BIT NO

G-2 EXECUTION OF ALP FOR ADDITION & SUB STATION OF

TWO 8 BIT NO

9 9 G-1 INTERFACING EXERCISE ON 8255 LIKE LED DISPLAY

CONTROL

G-2 INTERFACING EXERCISE ON 8255 LIKE LED DISPLAY

CONTROL

8 8 G-1 INTERFACING EXERCISE ON 8253 PROGRAMMABLE

INTERVAL TIMER

G-2 INTERFACING EXERCISE ON 8253 PROGRAMMABLE

INTERVAL TIMER

7 7 G-1 WRITE & EXECUTION ALP FOR 0 TO 9 BCD COUNTERS

G-2 WRITE & EXECUTION ALP FOR 0 TO 9 BCD COUNTERS


60 INTERRUPTS COUNTROL

LESSON PLAN

Name of Faculty : Mrs. Pooja Sindhu


Semester : 4th

Subject : NFTL

Work Load : lecture 03, practical -06


Week THEORY Practicals PRACTICALS

Topic day Topic

1 INTRODUCTION TO SUBJECT, SYLLABUS, CONTENTS, IMPORTANCE

REFERENCE BOOKS

G-1 INTRODUCTION ABOUT SYLLABUS SUBJECT

2 UNIT -1: NETWORKS

INTRODUCTION TO THE UNIT, CONTENTS, CIRCUIT ELEMENTS, PORTS, EXAMPLES

LUMPED, DISTRIBUTED N/W, ACTIVE PASSIVE LINEAR NON-LINEAR BILATERAL

ELEMENTS

3 SYMMETRICAL N/WS, ASYMMETRICAL N/WS, EXAMPLES BALANCED

UNBALANCED N/WS

4 RECURRENT N/WS, T-SECTION A-SECTION PROPERTIES, EXAMPLES, HALF

SECTION , L-SECTION, LADDERN/W, LATTICE N/W, BRIDGE T-N/W

G-1 INTRODUCTION TO COMPONENTS KITS, APPARATUS

THAT WILL BE USED IN THE SUBJECT

5 ELECTRICAL CHARACTERISTICS OF SYMMITERICAL N/WS-

CHARACTERISTICS INPEDANCE 'Z0' & PROPAGATION CONSTT.

DEFINITION , DERIVATION

6 OPEN & SHORT CKT IMPEDANCE OF SYMMETRICAL T N/WS, 'Z0' OF

SYMM. π-SECTION, DERIVATION. 'ɤ' OF SYMM. π-SECTION, OPEN & SHORT CKT. IMPEDANCE OF SYM π- SECTION

7 RELATION BETWEEN Z0 OF SYMM T & π N/WS G-1 TO MEASURE THE CHARACTERISTIC IMPEDANCE OF T-

N/W (SYMMETRICAL)

8 PARAMETERS OF ASYMMETRICAL N/WS ITERATIVE IMPEDANCE OF HALF

SECTION

9 DERIVATION OF IMAGE IMPEDANCE OF HALF SECTION, ASYMMETRICAL T-

N/WS ITERATIVE IMPEDANCE OF ASYMMETRICAL T-N/WS, OPEN CKT &

SHORT CKT IMPEDANCE OF ASYMM T N/WS

10 UNIT-2: ATTENUATORS-DEFINITION

FORMULAS, UNITS, GENERAL CHARACTERISTICS OF ATTENTUATORS

G-1 TO MEASURE THE CHARACTERISTIC IMPEDANCE OF π-

N/W (SYMMETRICAL)

11 ANALYSIS & DESIGN OF SYMMETRICAL T-ATTENUATOR, ATTENUATOR-

DERIVATION

12 ASYMMETRICAL ATTENUATOR - L TYPE, WORKING BETWEEN TWO EQUAL

RESISTANCE & 2 UNEQUAL RESISTANCE

2 2

G-2 INTRODUCTION TO COMPONENTS KITS, APPARATUS

THAT WILL BE USED IN THE SUBJECT

Week

1 1

G-2 INTRODUCTION ABOUT SYLLABUS SUBJECT

Lecture

Day

3 3

G-2 TO MEASURE THE CHARACTERISTIC IMPEDANCE OF T-

N/W (SYMMETRICAL)

4 4

G-2 TO MEASURE THE CHARACTERISTIC IMPEDANCE OF π-N/W (SYMMETRICAL)

13 DISCUSSION & BRIEFING ABOUT IMPORTANT QUESTIONS FROM UNIT-1,

UNIT-2, ASSIGNMENT -1

G-1 TO MEASURE THE IMAGE IMPEDANCE OF

ASYMMETRICAL T & π N/W14 REVISION & ORAL TEST FROM STUDENTS FROM UNIT-1

15 ASSIGNMENT -2, REVISION & ORAL TEST FROM UNIT-2

16 UNIT-III: FILTER- CONTENTS, DEFINITION, IDEA OF FILTER N/WS IN DIFF.

COMMUNICATION SYSTEMS, APPLICATIONS CHARATERISTICS

G-1 FOR PROTOTYPE LPF

(A) DETERMINE CHARACTERISTIC IMPEDANCE

(B) PLOT THE ATTENUATION CHARACTERISTIC

17 CLASSIFICATION OF FILTER-LPF, HPF, BPF, BSF

18 PROTOTYPE FILTER-CONSTANT-K FILTER, DEFINITION, CHARACTERSTICS,

DRAWBACKS

19 M-DERIVED FILTER- CONCEPT, FORMULAS, DERIVATION,. COMPARISON

& ADVANTAGES OVER PROTOTYPE FILTER

G-1 TO DESIGN & MEASURE ATTENUATION OF

SYMMETRICAL T ATTENUATOR

20 CONSTANT-K LPF- DERIVATION, DESIGN IMPEDANCE VS FREQUENCY

CHARACTERISTICS

21 CONSTANT -K HPF-DESIGN, DERIVATION fc, Zo, ᶑ ,ß , ɤ FORMULASIMPEDANCE VS FREQUENCY CHARACTERISTICS

22 ATTENUATION VS FREQUENCY, PHASE SHIFT VS FREQUENCY, CHARACTERISTICS

IMPEDANCE VS FREQUENCY OF T-FILTERS; SIGNIFICANCEG-1 TO DESIGN & MEASURE ATTENUATION OF

SYMMETRICAL Π attenuator

23 ATTENUATION VS FREQUENCY, PHASE SHIFT VS FREQUENCY,

CHARACTERISTICS IMPEDANCE VS FREQUENCY OF π-FILTERS;

SIGNIFICANCE

24 SIMPLE DESIGN PROBLEMS OF PROTOTYPE LPF

25 CRYSTAL FILTER- CONCEPT, EQUIVALLENT CKT OF CRYSTAL FILTER.

PROPERTIES OF PIEZOELECTRIC FILTER & THEIR USE

G-1 FOR A PROTOTYPE HPF

(A) DETERMINE CHARACTERSTIC IMPEDANCE

(B) TO PLOT THE ATTENUATION CHARACTRISTIC

26 ACTIVE FILTER- CONCEPT , TYPES, EXPLANATION, DESIGN

27 PASSIVE FILTERS-CONCEPT, COMPARISON WITH ACTIVE FILTERS,

IMPORTANT QUESTIONS FROM EXAMS POINT OF VIEW

28 ASSIGNMENT -3, REVISION OF UNIT-3 G-1 TO PLOT IMPEDANCE CHARACTERISTIC &

(B) TO PLOT ATTENUATION CHARACTERISTIC OF

PROTOTYPE BPF

29 REVISION OF ORAL TEST FROM UNIT 3

30 DISCUSSION OF SESSIONAL TEST QUESTIONS

31 UNIT-4: TRANSMISSION LINES

CONTENTS OF UNIT, CONCEPT, IDEA, TYPES OF TRANSMISSION LINES,

APPLICATIONS

G-1 TO PLOT THE IMPEDANCE CHARACTERISTIC OF M-

DERIVED LPF

32 DISTRIBUTED CONSTANTS, T&π REPRESENTATION OF TRANSMISSION LINE SECTION, DEFINITION OF CHARACTERISTIC IMPEDNACE

,DERIVATION

5 5

G-2 TO MEASURE THE IMAGE IMPEDANCE OF

ASYMMETRICAL T & π N/W

6 6

G-2 FOR PROTOTYPE LPF

(A) DETERMINE CHARACTERISTIC IMPEDANCE

(B) PLOT THE ATTENUATION CHARACTERISTIC

7 7


SYMMETRICAL T ATTENUATOR

8 8


SYMMETRICAL Π attenuator

9 9

G-2 FOR A PROTOTYPE HPF

(A) DETERMINE CHARACTERSTIC IMPEDANCE

(B) TO PLOT THE ATTENUATION CHARACTRISTIC

10 10

G-2 TO PLOT IMPEDANCE CHARACTERISTIC &

(B) TO PLOT ATTENUATION CHARACTERISTIC OF

PROTOTYPE BPF

11 11

G-2 TO PLOT THE IMPEDANCE CHARACTERISTIC OF M-

DERIVED LPF

33 DEFINITION OF PROPAGATION CONSTANT, ATTENUATION CONSTANT,

PHASE SHIFT CONSTANT, DERIVATION

34 CONCEPT OF INFINITE LINE, CONDITION FOR MINIMUM DISTORTION &

MINIMUM ATTENUATION OF SIGNAL ON THE LINE

G-1 TO PLOT CHARACTERISTIC (ATTENUATION ) OF M-

DERIVED HPF

35 INTRODUCTION TO LOADING METHODS, TRANSMISSION LINE EQUATION,

EXPRESSION FOR VOLTAGE, CURRENT , IMPEDANCE AT A POINT ON -THE-

LINE

36 CONCEPT OF REFLECTION & STANDING WAVES, DEFINITION OF

REFLECTION COEFFICIENT, SWR & VSWR & THEIR RELATION

37 CONCEPT OF TRANSMISSION LINES AT HIGH FREQUENCIES, IMPEDANCE

MATCHING

G-1 TO OBSERVE INFORMATION OF STANDING WAVES ON

A TRANSMISSION LINE & MEASUREMENT OF SWR,

CHAR IMPEDANCE OF LINE

38 INTRODUCTION TO STUBS-SINGLE,OPEN ,SHORT STUBS, PRACTICE OF

NUMERICALS

39 PRACTICE OF MORE NUMERICALS ,REVISION OF UNIT-4

40 ASSIGNMENT-4: DISCUSSION OF IMPORTANT QUESTIONS REGARDING

EXAM POINT OF VIEW

G-1 TO DRAW THE ATTENUATION CHARACTERISTICS OF A

CRYSTAL FILTER

41 REVISION & ORAL TEST FROM UNIT-4

42 DISCUSSION & DOUBT CLEARANCE

43 RE-EXPLANATION & DISCUSSION OF DIFFICULT TOPICS THAT STUDENTS

WANT TO REPEAT

G-1 REPEAT OF EXPERIMENTS OF ABSENTEE STUDENTS

44 ORAL TEST & DISCUSSION OF QUESTIONS ANSWERS OF UNIT-1,2

45 ORAL TEST & DISCUSSION OF QUESTIONS ANSWERS OF UNIT-3,4

12 12

G-2 TO PLOT CHARACTERISTIC (ATTENUATION ) OF M-

DERIVED HPF

15 15

G-2 REPEAT OF EXPERIMENTS OF ABSENTEE STUDENTS

13 13

G-2 TO OBSERVE INFORMATION OF STANDING WAVES ON

A TRANSMISSION LINE & MEASUREMENT OF SWR,

CHAR IMPEDANCE OF LINE

14 14

G-2 TO DRAW THE ATTENUATION CHARACTERISTICS OF A

CRYSTAL FILTER

Lesson Plan

Name of the faculty : Mr. Tejpal Rawat (H.O.D)


Semester : VIth

Subject : Project


Work Load(Practical)Per week (in hours): Practical-06

week Practical

Practical day Topic

1st

1st

Introduction regarding project work

Need, requirement and scope of Project

2nd



2nd

3rd

Formulation of groups

4th


3rd

5th

Finalization of topics

6th


4th

7th

Submission of synopsis

8th


5th

9th

Submission of circuit diagram

10th


6th

11th

Finalization of Components and IC's

12th


7th

13th

All the components assemble first in the breadboard then

testing the output

14th


testing the output

8th

15th

Artwork

16th

Artwork

9th

17th

PCB fabrication

18th

PCB fabrication

10th

19th

Preparation of PCB's- etching Process

20th


11th

21th

Preparation of PCB's- Drilling process

22th


12th

23th

Placement of components along with soldering

24th


13th

25th

Testing of circuit/Troubleshooting

26th


14th

27th

Submission of rough Project report

28th


15th

29th

Final submission of Project along with report

30th

Final submission of Project along with report

Lesson Plan

Name of the faculty : Mr. Lincoln Hadda


Semester : VIth

Subject : Project



week Practical

Practical day Topic

1st

1st



2nd



2nd

3rd


4th


3rd

5th


6th


4th

7th


8th


5th

9th


10th


6th

11th


12th


7th

13th


testing the output

14th


testing the output

8th

15th

Artwork

16th

Artwork

9th

17th

PCB fabrication

18th

PCB fabrication

10th

19th


20th


11th

21th


22th


12th

23th


24th


13th

25th


26th


14th

27th


Lesson Plan

Name of the faculty : Mrs. Ramesh Kumari


Semester : VIth

Subject : Project



week Practical

Practical day Topic

1st

1st



2nd



2nd

3rd


4th


3rd

5th


6th


4th

7th


8th


5th

9th


10th


6th

11th


12th


7th

13th


testing the output

14th


testing the output

8th

15th

Artwork

16th

Artwork

9th

17th

PCB fabrication

18th

PCB fabrication

10th

19th


20th


11th

21th


22th


12th

23th


24th


13th

25th


26th


14th

27th


Lesson Plan

Name of the faculty : Mrs. Pooja Sindhu


Semester : VIth

Subject : Project



week Practical

Practical day Topic

1st

1st



2nd



2nd

3rd


4th


3rd

5th


6th


4th

7th


8th


5th

9th


10th


6th

11th


12th


7th

13th


testing the output

14th


testing the output

8th

15th

Artwork

16th

Artwork

9th

17th

PCB fabrication

18th

PCB fabrication

10th

19th


20th


11th

21th


22th


12th

23th


24th


13th

25th


26th


14th

27th


LESSON PLAN

Name of Faculty : Mr. PATANJALI


Semester : 6th

Subject : SCA/SS


Week Practical

Day

Practicals

Topic

1 INTRUDUCTION OF TEAM BUILDING

2 INTRODUCTION OF TEAM WORK

3 MEANING ASPECTS OF TEAM BUILDING

4 SKILL NEEDED FOR TEAM WORK

5 A MODEL OF TEAM BUILDING V/S GROUP

6 CHARACTERISITICS OF EFFECTIVE TEAM ROLE OF TEAM LEADS

7 ROLE OF TEAM MEMBERS

8 INTER GROUP COLLABORATION

9 ADVANTAGES OF INTER-GROUP COLLABORATION

10 DIFFICULTIES FACED IN INTER GROUP COLLABORATION

11 FACTORS SHAPING INTER-GROUP COLLABORATION

12 INTRODUCTION OF GROUP DISCUSSION

13 MEANING OF GD

14 WHY GROUP DISCUSSION

15 CHARACTERS TESTED IN A GD

16 TIPS ON GD TYPES OF GD SKILL

17 GD CONSEQUENCES

18 GD BEHAVIOUR

19 GD ESSENTIAL ELEMENTS

20 GD DIFFERENT CHARACTERS IN GD TRAIL

21 GD ETIQUETTE

22 AREAS TO BE CONCENTRATED WHILE PREPARING FOR GD

23 INITIATING A GD TECHNIQUES

24 INITIATE A GD NON-VERBAL COMMUNICATION IN GD

25 MOVEMENT AND GESTURES TO BE AVOIDED IN A GD TOPICS

26 TOPICS FOR GD

27 INTRODUCTION OF MANNERS

28 TOPICS OF ETIQUETTE (MEANING)

29 MODERN ETTIQUETTE

30 BENEFITS OF ETIQUETTE

31 CLASSIFICATION OF ETIQUETTE

32 ACCOMPANYING WOMEN

33 TABOO TOPICS

34 PROPOSING THE TOAST

35 INTRODUCTION OF MANNERS

36 POOR MANNERS

37 GOOD MANNERS

38 PRACTICING GOOD MANNERS

39 MANNERS AT THE WHEEL

40 DRIVING

41 MANNERS IN THE FLIGHT

42 RESPECTING THE SACRED

43 VISITING HOLY PLACES

6

7

8

9

1

2

3

4

5

44 DEALING WITH THE CHALLENGED

45 PROFESSIONAL MANNERS

46 SOCIAL SKILLS

47 MANNERS (GETTING)

48 REVISION OF GROUP DISCUSSION

49 REVISION OF COLLABORATION

50 REVISION OF STRESS MANAGEMENT

51 REVISION TEAM BUILDING

52 REVISION TEAM WORK

53 REVISION ETIQUETTE

54 REVISION MANNERS

55 REVISION OF BENEFITS OF ETIQUETTE

56 REVISION FACTORS SHAPING INTER GROUP COLLABORATION

57 REVISION SKILL NEEDED OF TEAM BUILDING

58 REVISION WHY GROUP DISCUSSION

59 REVISION CHARACTERS TESTED IN A GD

60 REVISION TIPS ON GD TYPES

61 REVISION GD CONSEQUENCES

62 REVISION GD BEHAVIOUR

63 REVISION GD ESSENTAL ELEMENTS

64 REVISION CLASSIFICATION ETIQUETTE

65 REVISION MANNERS

66 REVISION GOOD MANNERS

67 REVISION POOR MANNERS

68 REVISION MANNERS IN GROUP DISCUSSION

69 ASSIGNMENT ON PRACTICE GOOD MANNERS

70 ASSIGNMENT ON DEALING WITH THE CHALLENGED

71 REVISION MANNERS IN THE FLIGHT

72 REVISION MANNERS AT THE WHEEL

73 REVISION TABOO TOPICS-PROPOSING THE TOAST

74 REVISION

75 REVISION

14

15

10

11

12

13

LESSON PLAN


Discipline : ELECTRONICS & COMMUNICATION ENGG.

Semester : 4th

Subject : SOFT SKILL / SCA

Work Load : 05 Practical


Week Practical

Day

Practicals

Topic

1 INTRODUCTION ABOUT SOFT SKILLS

2 WHAT IS ART OF LISTENING

3 INTRODUCTION ABOUT LISTENING TWO EAR AND MOUTH

4 TYPES OF LISTENING

5 BENEFOR OF LISTEING

6 FACTORS ABOUT RELATED TO LISTENING

7 FACTORS THAT HAMPER LISTENING

8 COMMON POOR LISTENING HABITS

9 ADVANTAGE OF LISTENING

10 LISTENING TIPS

11 INTRODUCTION ABOUT READING

12 COGNITIVE PROCESS OF READING

13 DISCUSSION ABOUT GOOD READERS

14 BENEFITS OF READING

15 DIFFERENT TYPES OF READING

16 TIPS FOR EFFECTIVE READING

17 DIFFERENT STAGE OF READING

18 DETERMINE STUDENT READING RATE

19 ADJUSTING READING RATE

20 ACTIVITIES FOR INCREASING READING RATE

21 PROBLEM WITH READING

22 BECOMING AN EFFICIENT READER

23 INTROCUTION ABOUT SPEAKING

24 WHAT MAKES COMMUNATION IMPORTANT

25 DEFINE COMMUNICATION

26 FEATURES OF COMMUNICATION

27 COMMUNICATION PROCESS

28 CHANNELS OF COMMUNCATION

29 FORMAL AND INFORMAL COMMUNICATION N/W

30 IMPORTANCE OF COMMUNICATION

31 BURRES OF COMMUNICAITON

32 TIPS OF EFFECTIVE COMMUNICATION

33 CONVERSATION TIPS

34 WHAT IS PRESENTATION

35 TIPS FOR POWERFUL PRESENTATION

36 ART OF PUBLIC SPEAKING

37 IMPORTANCE OF PUBLIC SPEAKING

38 BENEFIT OF PUBLIC SPEAKING

39 PUBLIC SPEAKING TIPS

40 OVER COMING FEARS FOR PUBLIC SPEAKING

41 INTRODUCTION ABOUT WRITING

42 IMPORTANCE ABOUT WRITING

43 FEATURES OF WRITING

6

7

8

9

1

2

3

4

5

44 BENEFITS OF WRITING

45 CREATIVE WRITING TIPS

46 DRAWBACK OF WRITTEN COMMUNICATION

47 INTRODUCTION ABOUT EMAIL

48 INTRODUCTION ABOUT MAIL MAGIC

49 USE OF APPROPRIATE SALUTATION

50 MAKE THE SUBJECT MATTER SIGNIFICENT

51 KEEP A DICTIONERY CLOSE BY

52 USE COMMAS WHEN IN DOUBT

53 USE SMILEY WHEN IN DOUBT

54 PREFACE INCLUDING PREVIOUS MESSGAGE

55 SHORTEN THE FILE ATTACHMENT

56 RESEND BEFORE PRESSING THE SEND BUTTON

57 BE POLITE AND REPLICATE GOOD DEEDS

58 ANTICIPATE EMPATHIZE

59 UNDERSTANT WHAT NETTQUELTE

60 INTROCUTION ABOUT

61 DISCUSSION ABOUT TOPICS REALTED TO Gender

62 DISCUSSION ABOUT PROVISION OF PUNISHMENT

63 PUT PUNISHMENT AGAINT VIOLATION

64 ILLEGAL FLESH TRADE

65 REOBLIZATION OF VICTIM

66 RAPE WILL ACT MAKE TO HELP VICTIM

67 DISCUSSION ABOUT GENERAL TOPICS

68 TEST

69 ASSIGNMENT

70 REVISION

71 REVISION / DISCUSSION

72 COPY CHECKING

73 REVISION / DISCUSSION

74 COPY CHECKING

75 DISCUSSION

14

15

10

11

12

13

LESSON PLAN

Name of Faculty : Sh. Lincoln Hadda


Semester : 6th

Subject : WMC

Work Load :

Week Practicals Week Practicals

Topic Topic

1 Overview of syllabus interconnect of various chapters to be covered in

course.

2 Wireless communication system block diagram

3 Functioning of various blocks

4 Application of Wireless communication.

5 Electro-magnetic waves – spectrum6 Application of electromagnetic waves

7 Frequency used in wireless detailed study

8 Posing system block diagram working.

9 Cordless telephone system

10 Cellular telephone system

11 Comparison of all above wireless communication system

12 Generation evolution of mobile. Communication

13 2nd

generation of mobile communication

14 3rd

generation of mobile communication.

15 4th

generation and upcoming generation in mobile communication.

16 Cell area, shape and reason for hexasonal shape

17 Capacity of cell

18 cluster and formula

19 Numericals on capacity of cell

20 Frequency reuse – numericals21 Interference, type of interference

22 Co channel interference

23 Adjacent channel interference

24 Cause of losses and ways to over come losses

25 Power control for reducing interference

26 Numericals on power and loss consideration

Discussion on concepts of cellular mobile, features & parameters etc.

7 7 G-1 Concept of call processing, connection setup and establishment,

channel allotment on kit

6 6 G-1 Vivo voice of practical's related to BTS

G-2 Vivo voice of practical's related to BTS

5 5 G-1 Demonstration of base trans receiver station with near by cellular

towar

G-2 Demonstration of base trans receiver station with near by cellular

towar

4 4 G-1 Visit of MSC in Sonipat/Delhi Exchange

G-2 Visit of MSC in Sonipat/Delhi Exchange

3 3 G-1 Performance of practical by students, observing various readings

G-2 Performance of practical by students, observing various readings

Discussion on concepts of cellular mobile, features & parameters etc.

2 2 G-1 Signal strength concept, transmitting antenna & cordless phone

demonstration on kit

G-2 Signal strength concept, transmitting antenna & cordless phone

demonstration on kit

Lecture

Day

Practical

Day

1 1 G-1

G-2

27 Methods to improve converge and capacity in cellular system

28 cell splitting diagram

29 Sectoring

30 Repeation and Rugeextension

31 Concept of multiple access

32 Advantages and techniques

33 FDMA, FDD, TDD scheme analysis

34 TDMA advantages

35 Frames in TDMA

36 Timing diagram

37 CDMA Code PN function sequence

38 SSMA

39 FHSS

40 Camparison of SSMA amd FHSS

41 Comparision of TDMA/FDMA/CDMA

42 Comparision of TDMA/FDMA/CDMA

43 Introduction of global system for mobile communication (GSM)

44 Services and features of GSM,

45 Architecture

46 Advantages of GSM

47 architectue of CDMA

48 Different between GSM and CDMA

49 CDMA structure

50 GPRS

51 GPS System

52 Blue Tooth technology

53 Wi-fi technology

54 Discussion on problem of GSM and CDMA

55 Block diagram of digital communication its working and detailed diagram.

56 Block diagram of data communication and function of each block

57Concept of data assembly communication system from with data and data

digital communication system.

58 concept of Analog Communication

59 Concept of Digital Communication

60 Evolution of Data Communication

Revision on selected practical's

Revision on selected practical's

11

12

13

14

15

11

12

13

15

14 Performance of practical's by student on Wi-fi kit

G-1

G-2

Concept of Wi-fi - technologies and working of Wi-fi systems, vivo

voice

Concept of Wi-fi - technologies and working of Wi-fi systems, vivo

voice

Performance of practical's by student on Wi-fi kit

G-1

G-2

Performance of practical's on Bluetooth technology kit

Performance of practical's on Bluetooth technology kit

G-1

G-2

Bluetooth technology concept and working demonstration of kit, vivo

voice

Bluetooth technology concept and working demonstration of kit, vivo

voice

10 10 G-1 Performance of practical's on CDMA kit by students & vivo voice

preparation

G-2 Performance of practical's on CDMA kit by students & vivo voice

preparation

9 9 G-1 Concept of call processing on CDMA kit, connection setup

establishment of channels. Demonstration on kit

G-2 Concept of call processing on CDMA kit, connection setup

establishment of channels. Demonstration on kit

8 8 G-1 Performance of practical's on gsm on kit by students

G-2 Performance of practical's on gsm on kit by students

G-2 Concept of call processing, connection setup and establishment,

channel allotment on kit

lesson plan - · pdf filelesson plan name of faculty : ... 1 review of basic atomic structure...

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