LESSON PLAN

NAME OF FACULTY : Neeti

DISCIPLINE : Electronics and communication Engg.

SEMESTER : 2nd

SUBJECT : Basic Electronics

LESSON PLAN DURATION: 15 weeks

WORK LOAD (LECTURE/ PRACTICAL): LECTURES - 03, PRACTICALS - 03

WEEK THEORY PRACTICAL

LECTURE DAY

TOPIC PRACTICAL DAY

TOPIC

1st 1 Review of basic atomic structure and energy levels

1 Observation and use of Multi-meter, CRO and signal generator. 2 Concept of insulators, conductors

and semiconductors, atomic structure of Germanium and silicon, covalent bonds

2

3 Concept of intrinsic and extrinsic semiconductor, process of doping

3

2nd 1 Energy level diagram of conductors, insulators and semiconductors

1 Observation and use of LCR meter and regulated power supply. 2 Minority and majority charge

carriers 2

3 P and N Type semiconductors and their conductivity Applications and specifications of diagnostic equipments

3

3rd 1 1 Plotting of V-I characteristics of a PN junction diode.

2 Effect of temperature on conductivity of intrinsic semiconductors.

2

3 PN junction diode, mechanism of current flow in PN junction

3

4th 1 Forward and reverse biased PN junction, potential barrier, drift and diffusion currents, depletion layer, concept of junction capacitance in forward and reverse biased condition.

1 Plotting of V-I characteristics of a Zener diode. 2 2

3 V-I characteristics, static and dynamic resistance and their value calculation from the characteristics.

3

5th 1 Application of diode as half-wave, full wave and bridge rectifiers, peak inverse voltage, rectification efficiencies and ripple factor

1 To observe output of clipping and clamping circuits. 2 2

calculation.

3 Shunt capacitor filter, series inductor filter, LC and π filters.

3

6th 1 Types of diodes, characteristics and applications of zener diodes, zener and avalanche breakdown

1 Measurement of voltage gain, input and output impedance in a single stage amplifier circuit.

2 2

3 Clipping and clamping circuits 3

7th 1 Concept of a bipolar transistor, its structure, PNP and NPN transistors, their symbols and mechanism of current flow; Current relations in a transistor, concept of leakage current.

1 Design of half-wave rectifier circuit using one diode on breadboard..

2 2

3 3

8th 1 CB, CE, CC configurations of a transistor; input and output characteristics in CB and CE configurations; input and output dynamic resistance in CB and CE configurations; Current amplification factors. Comparison of CB, CE and CC configurations.

1 Design of full-wave rectifier circuit using two diodes on breadboard.

2 2

3 3

9th 1 Transistor as an amplifier in CE configuration; concept of DC load line and calculation of current gain and voltage gain using DC load line.

1 Design of bridge-rectifier circuit using four diodes on breadboard.

2 2

3 3

10th 1 1 Plotting of the wave shape of full wave rectifier with shunt capacitor filter.

2 Concept of transistor biasing and selection of operating point.

2

3 Need for stabilization of operating point

3

11th 1 Different types of biasing circuits.

1 Plotting of the wave shape of full wave rectifier with series inductor filter.

2 2

3 Single stage transistor amplifier circuit

3

12th 1 1 Plotting of input and output characteristics and calculation of parameters of transistors in CE configuration.

2 Concept of dc and ac load line and its use

2

3 3

13th 1 1 Plotting of input and output characteristics and calculation of parameters of transistors in CB configuration.

2 Explanation of phase reversal of output voltage with respect to input voltage

2

3 Construction, operation and characteristics of a MOSFET in depletion and enhancement modes and its applications.

3

14th 1 1 Plotting of V-I characteristics of a FET based amplifier. 2 2

3 3

15th 1 CMOS - advantages and applications

1

2 2

3 Comparison of JFET, MOSFET, BJT 3

LESSON PLANNAME OF FACULTY : Dr. Pradeep KumarDISCIPLINE : ECESEMESTER : 6THSUBJECT : EMPLOYABILITY SKILLS – IILESSON PLAN DURATION : 16 WEEKSWORK LOAD (LECTURE/ PRACTICAL) : PRACTICAL -02

1. Oral Practice123456789

1011121314151617181920

v) Making a presentation 212223242526272829303132

LECTURE DAY TOPIC

iii) Group discussion

iv) Seminar presentation

b) Structure and tools of presentation

i) Mock interview

ii) Preparing for meeting

c) Paper reading

d) Power point presentation

a) Elements of good presentation

11th

12th

13th

14th

15th

16th

WEEK

10th

1st

2nd

3rd

4th

5th

6th

7th

8th

9th

LESSON PLANNAME OF FACULTY : Dr. Pradeep KumarDISCIPLINE : ECESEMESTER : 6THSUBJECT : ENTREPRENEURSHIP DEVLOPMENT AND MANAGEMENTLESSON PLAN DURATION : 16 WEEKSWORK LOAD (LECTURE/ PRACTICAL) : LECTURES -03

LECTURE DAY TOPIC1 SECTION – A ENTREPRENEURSHIP - Introduction2 Concept /Meaning and its need3 Qualities and functions of entrepreneur4 barriers in entrepreneurship5 Sole proprietorship6 partnership forms of business organisations7 Schemes of assistance by entrepreneurial support agencies at National,

State District level

8 organisation: NSIC, NRDC9 DC, MSME, SIDBI

10 NABARD11 Commercial Banks12 SFC’s TCO, KVIB13 DIC14 Technology Business Incubators (TBI) and Science and Technology

Entrepreneur ParksTEST -1

15 2. Market Survey and Opportunity Identification (Introduction )16 Scanning of the business environment17 Salient features of National and State industrial policies18 resultant business opportunities19 Types and conduct of market survey20 Types and conduct of market survey21 Assessment of demand and supply in potential areas of growth22 Identifying business opportunity23 Considerations in product selection24 Considerations in product selection and Assignment- 1 25 Project report Preparation - Preliminary project report 26272829303132

TEST-II

SECTION –B MANAGEMENT 4. Introduction to Management

33 Definitions and importance of management Functions of management: Importance and process of planning, organising, staffing, directing and controlling

Detailed project report including technical, economic and market feasibility

11th

11th

Exercises on preparation of project report

Common errors in project report preparations

9th

10th

8th

WEEK THEORY

1st

2nd

3rd

4th

5th

6th

7th

34 Principles of management (Henri Fayol, F.W. Taylor) Concept and structure of an organisation35 Types of industrial organisationsa) Line organisationb) Line and staff organisationc) Functional Organisation

36 c) Functional Organisation and Assignment-2 37 5. Leadership and Motivation (Introduction )38 a) Leadership

• Definition and Need• Qualities and functions of a leader• Manager Vs leader• Types of leadership

39 b) Motivation• Definitions and characteristics• Factors affecting motivation• Theories of motivation (Maslow, Herzberg, Douglas, McGregor)

40 6. Management Scope in Different Areas (Introduction )41

4243

4445 c) Marketing and sales

• Introduction, importance, and its functions• Physical distribution • Introduction to promotion mix• Sales promotiond) Financial Management• Introductions, importance and its functions• Elementary knowledge of income tax, sales tax, excise duty, custom duty and VATAssignment-3

47 7. Miscellaneous Topics a) Customer Relation Management (CRM)• Definition and need• Types of CRM

48 b) Total Quality Management (TQM)• Statistical process control• Total employees Involvement• Just in time (JIT)c) Intellectual Property Right (IPR)• Introductions, definition and its importance• Infringement related to patents, copy right, trade markTEST- 3

a) Human Resource Management• Introduction and objective• Introduction to Man power planning, recruitment and selection• Introduction to performance appraisal methods

b) Material and Store Management• Introduction functions, and objectives• ABC Analysis and EOQ

46

14th

15th

16th

12th

13th

LESSON PLAN

NAME OF FACULTY : Neeti

DISCIPLINE : Electrical Engg.

SEMESTER : 4th

SUBJECT : Electronics-II

LESSON PLAN DURATION : 15 weeks

WORK LOAD (LECTURE/ PRACTICAL) : LECTURES - 04 , PRACTICALS - 03

WEEK THEORY PRACTICAL

LECTURE DAY

TOPIC PRACTICAL DAY

TOPIC

1st 1 Difference between voltage and power amplifier

1 To study the effect of coupling capacitor on lower cut off frequency and upper cut off frequency by plotting frequency response curve of a two stage RC coupled amplifier.

2 Important terms in power amplifier, collector efficiency, distortion and dissipation capability.

2

3 Classification of power amplifier class A, B and C.

3

4 Class A single-ended power amplifier, its working and collector efficiency.

2nd 1 1 To measure optimum load, output power and signal handling capacity of a push pull amplifier.

2 Impedance matching in a power amplifier using transformer, Heat sinks in power amplifiers

2

3 Push-Pull amplifier: circuit details, working and advantages

3

4

3rd 1 Principle of working of complementary symmetry push-pull amplifier

1 To measure the effect of negative current feedback on the voltage gain of a single stage transistor amplifier by removing emitter bye-pass capacitor.

2 2

3 Introduction to tuned voltage amplifier

3

4 Series and parallel resonance

4th 1 Single and double tuned voltage amplifiers

1 To measure voltage gain, input and output impedance for an emitter follower circuit.

2 2

3 Frequency response of tuned voltage amplifiers

3

4 Applications of tuned voltage amplifiers

5th 1 Feedback and its importance 1 To measure frequency generation in Hartley oscillator. 2 Positive and negative feedback

and their need 2

3 Voltage gain of an amplifier with negative feedback

3

4 Effect of negative feedback on voltage gain, stability and distortion, bandwidth, output and input impedance of an amplifier.

6th 1 1 To measure frequency generation in R-C phase shift oscillator.

2 Typical feedback circuits, Effect of removing the emitter bypass capacitor on a CE transistor amplifier

2

3 3

4 Emitter follower and its applications.

7th 1 Sinusoidal oscillators-positive feedback in amplifiers.

1 To observe the differentiated and integrated square wave on a CRO for different values of R-C time constant.

2 Difference between an oscillator and an alternator.

2

3 Essentials of an oscillator. 3

4 Circuit details and working of LC oscillators viz. Tuned collector, Hartley and Colpitt’s oscillators.

8th 1 1 Clipping of both portion of sine wave using diode and dc source, zener diodes. 2 R-C oscillator circuits, phase shift

and wein bridge oscillator circuits

2

3 3

4 Introduction to piezoelectric crystal and crystal oscillator circuit

9th 1 Concept of wave shaping 1 Clamping a sine wave to negative dc voltage and positive dc voltage.

2 RC differentiating and integrating circuits, diode clipping circuits, diode clamping circuits

2

3 3

4

10th 1 Applications of wave shaping circuits

1 To generate square wave using an astable multivibrator and to observe the waveform on a CRO.

2 Transistor as a switch 2

3 3

4 Collector coupled astable, monostable, bistable multivibrator circuits, brief mention of use of multivibrators.

11th 1 1 To observe triggering and working of a bistable multivibrator circuit and observe its output waveform on a CRO.

2 2

3 3

4 Working and applications of transistor inverter circuit using power transistors.

12th 1 1 To use op-amp as inverting and non-inverting amplifier.

2 Working principles of different types of power supplies viz. CVTs, IC voltage regulator (78Xx, 79XX).

2

3 3

4

13th 1 To use op-amp as adder, comparator, differentiator and integrator.

2

3 The basic operational amplifier,

4 the differential amplifier, The emitter coupled differential amplifier, offset even voltages and currents.

14th 1 Basic operational amplifier applications, integrator and differentiator, summer, subtractor.

To study the pin configuration and working of IC 555 and its use as monostable and astable multivibrator.

2

3

4 Familiarization with specifications and pin configuration of IC 741.

15th 1 To realize the regulated power supply by using three terminal voltage regulator ICs such as 7805, 7905,7915 etc.

2 Block diagram and operation of 555 IC timer.

3 Revision for the exam.

4

NAME OF FACULTYDISCIPLINE

SEMESTERSUBJECT LESSON PLAN DURATION WORK LOAD (LECTURE/ PRACTICAL)

LECTURE DAY

TOPIC PRACTICAL HOURS

TOPIC

1 Introduction to subject, syllabus and books, Introduction to different type of mother boards

1

2 Single Board Based System

2

3 Block diagram of motherboard

3

4 Description of motherboard different parts

5 Installation of computer system

4

1st Operation, Maintenance,Installation and Testing ofthe Monitors (LCD andLED)

LESSON PLAN

Vikas MalikElectronics Engineering

6th

MOCS

15 week ( from January 2018 to April 2018)THEORY-4 PRACTICAL- 3

WEEK THEORY PRACTICAL

2nd Operation, Maintenance,Installation and Testing ofthe HDD, Partitioning andFormatting

6 Complete procedure to install a computer system, Windows and softwares installation

5

7 Rapid Revision of 1st unit

6

8 Different type of Buses PCI

9 SCSI and Serial and Parallel ports (COM ports)

7

10 Ports COM 1, LPTI

8

11 USB. 912 RS 232 C13 Use of

computer for instrumentation.

10

14 Rapid Revision of 2nd unit assignment-1

11

3rd Operation, Maintenance,Installation and Testing ofthe DOT Matrix Printer

4th Internal viva for the conducted 3 practicals

15 Memory :Principle and construction of Hard Disk Drive

12

16 Floppy Disk Controller

17 Hard Disk Controller

13

18 Pen Drives 14

19 common faults with hard disk

15

20 drive and floppy disk drive

21 Test(Oral/Written)

16

22 Test(Oral/Written)

17

23 Test(Oral/Written)

18

24 Test(Oral/Written)

25 Rapid Revision of 3rd unit

19

26 Block Diagram of keyboard Controller

20

5th Operation, Maintenance,Installation and Testing ofthe Laser Printer

6th

Operation, Maintenance,Installation and Testing ofthe Mother board basedon latest microprocessorand chipset CMOS Set up.

7th Operation, Maintenance,Installation and Testing ofthe DVD-ROM/DVD Writer

27 keyboard switches

21

28 keyboard faults

29 Mouse and its types

22

30 common faults with mouse and optical mouse

23

31 Introduction to scanner

24

32 Introduction to digitizer

33 Rapid Revision of 4th unit

25

34 CRT Display Devices Block Diagram

26

35 Principle of operation of Computer Monitor

27

36 Difference between TV and Computer Monitor

8th Operation, Maintenance,Installation and Testing ofthe Connectors and Cables

9th Internal viva for the conducted 7 practicals

37 Video display Adaptors (monochrome and Colour)

28

38 introduction to solid state displays

29

39 Rapid Revision of 5th unit and assignment-2

30

40 Printers: Printing Mechanism

41 Construction and working principles of Dot Matrix Printer

31

42 Inkjet Printer

32

43 Laser Printer

33

44 Printer Controller

45 Centronics Interface, Signals from PC to Printer and Printer to PC

34

10th Operation, Maintenance,Installation and Testing oftheMODEM/ROUTER/SWITCH

11th Installation of anyoperating system

12th Establish LAN,WLAN,using Networking Devices

46 Rapid Revision of 6th unit

35

47 LAN 3648 WAN49 Wi-Fi 3750 WLAN 3851 Router 3952 Switch,

Hub53 Rapid

Revision of 7th unit

40

54 Modems: Introduction

41

55 Need and functions of modems

42

56 Laptop: Introduction

57 Need of laptops in general life and Engineering & Technology

43

58 Functions of Laptops

44

59 Applications of Laptop

45

60 Revision of 1st unit and assignment-3

14th Internal viva for the conducted all practicals

15th Revision

13th Study of LAPTOP, IPAD,Smart Phone

NAME OF FACULTYDISCIPLINE

SEMESTERSUBJECT LESSON PLAN DURATION WORK LOAD (LECTURE/ PRACTICAL)

LECTURE DAY

TOPIC PRACTICAL HOURS

TOPIC

1 Wireless Communication Basics

1

2 Wireless Communication Basics

2

3 Wireless Communication Basics

3

4 Wireless Communication Basics

5 Advantages of wireless communication

4

6 Advantages of wireless communication

5

7 Electromagnetic waves 68 Frequency Spectrum used9 Paging system 7

10 Cordless Telephone System811 Cellular Telephone System912 Cellular Telephone System13 Comparison of

wireless communication systems

10

1st study the features, specification and working of cellular mobile

LESSON PLAN

Vikas MalikElectronics Engineering

6th

WMC

15 week ( from January 2018 to April 2018)THEORY-4 PRACTICAL- 3

WEEK THEORY PRACTICAL

2nd Study the features, specification and working of cellular mobile

3rd Study the features, specification and working of cellular mobile

4th Signal strength measurement of various points from a transmitting antenna/cordless phone

14 Cellular Telephone System1115 Introduction to First Generation1216 Introduction to

Second Generation

17 Introduction to Third Generation

13

18 Introduction to Fourth Generation

14

19 Cellular Concept 1520 Cellular Concept21 Test(Oral/Written) 16

22 Test(Oral/Written) 17

23 Test(Oral/Written) 18

24 Test(Oral/Written)

25 Cell area 1926 Capacity of cell 2027 Frequency Response 2128 Co-channel Interference29 Adjacent channel Interference2230 Power Control for

reducing Interference

23

31 Improving coverage and capacity in cellular system

24

32 Cell Splitting33 Sectoring 2534 Repeater for Range Extension2635 Revision 2736 Revision37 Test(Oral/Written) 28

38 Test(Oral/Written) 29

39 Test(Oral/Written) 30

40 Test(Oral/Written)

41 Multiple Access Techniques for Wireless Communication

31

5th Signal strength measurement of various points from a transmitting antenna/cordless phone

6th Demonstration of Base Trans Receiver(BTS) with nearby cellular tower

7th Visit of a Mobile Switching Centre(MSC) in the nearest M.S. facility provider

8th Observing call processing of CDMA trainer Kit

9th Pairing of two devices using Bluetooth

10th Data transfer using WI-FI

11th Observing call processing of GSM trainer Kit

42 Introduction to Multiple Accesses.3243

Frequency Division Multiple Access (FDMA)

33

44 Time Division Multiple Access (TDMA)45 Code Division Multiple Access (CDMA)3446

Spread Spectrum Multiple Access (SSMA)

35

47Frequency Hopping spread Spectrum (FHSS)

36

48 Comparison of FDMA/TDMA/CDMA49 Mobile Communication Systems3750 Introduction of

Global Systems for Mobile Communication (GSM) and its architecture

38

51 Introduction of Global Systems for Mobile Communication (GSM) and its architecture

39

52 Introduction of CDMA System53 comparison of

CDMA and GSM Systems

40

54 Introduction of GPRS and GPS System4155 Introduction to Blue tooth4256 Wi-Fi57 Basic block

diagram of digital and data communication system

43

58comparison with data analog communication systems

44

59 Test 4560 Test

14th Revision

15th Revision

12th Internal viva for the conducted all practicals

13th Revision

Name of the Faculty : Rishi Kumar

Discipline : Electronics & Communication Engg.

Semester : III

Subject : Instrumentations

Lesson Plan Duration : 15 Weeks

Work Load (Lecture / Practical)

Per week (in Hours) : Lectures – 03, Practical – 02

Week Theory Practical

Lecture

Day

Topic Practical

Day

Topic

I 1 Importance of measurement

Basic measuring systems

1 Importance of measurement

Basic measuring systems

2 Advantages and limitations of each measuring

systems and display devices

3 Oral Test of Ch. 1

Transducers Theory

II 4 Construction and use of Resistance type

Transducers

2 Introduction of Transducers

5 Construction and use of Inductance type

Transducers

6 Construction and use of Capacitance type

Transducers

III 7 Construction and use of Electromagnetic type

Transducers

3 Measurement of the level of a

liquid using a transducer

8 Construction and use of Piezo-electric type

Transducers

9 wire wound potentiometer

IV 10 LVDT 4 Measurement of temperature

using a thermo-couple

11 Strain gauges and their different types

12 Gauge factor, gauge materials and their

selections

V 13 Use of electrical strain gauges,

strain gauge bridges and amplifiers

5 Use of digital temperature

controller

14 Oral Test of Ch. 2 & 3

15 Assignment: LVDT, Strain Gauge & Gauge

Factor

VI 16 Different types of force measuring devices and

their principles

6 Use of themistor in ON/OFF

transducer

17 Different types of force measuring devices and

their principles

18 Load measurements by using elastic

transducers

VII 19 Load measurements by using electrical strain

gauges

7 Measurement using variable

capacitive transducer

20 Load cells

21 Measurements of torque by brake,

dynamometer

VIII 22 Measurements of torque by electrical strain

gauges

8 Study of characteristics of a

potentiometer

23 Speed measurements

24 Assignment: Load Cell, Speed Measurement

IX 25 Oral Test of Ch. 4 9 Measurement of linear

displacement using LVDT

26 Bourdon pressure gauges

27 Electrical pressure pickups and their principle

X 28 Electrical pressure pickups construction and

applications

10 Study of weighing machine

using load cell

29 Use of pressure cells

30 Oral Test of Ch. 5

XI 31 Basic principles of magnetic flow meters 11 Study of pH meter

32 Basic principles of ultrasonic flow meters

33 Oral Test of Ch. 6

XII 34 Assignment: Basic principles of ultrasonic

flow meters & Electrical pressure pick ups

12 Repetition of Practical 1, 2, &

3

35 Bimetallic thermometer, thermoelectric

thermometers

36 Resistance thermometers

XIII 37 Thermocouple 13 Repetition of Practical 4, 5, &

6

38 Thermisters and pyrometer

39 Temperature recorders

XIV 40 Oral Test of Ch. 7 14 Repetition of Practical 7, 8, 9

& 10

41 Measurement of other non electrical quantities

such as humidity

42 Measurement of other non electrical quantities

such as ph

XV 43 Measurement of other non electrical quantities

such as level

15 Repetition of All Practicals

44 Measurement of other non electrical quantities

such as vibrations

45 Oral Test of Ch. 8

Name of the Faculty : Rishi Kumar

Discipline : Electronics & Communication Engg.

Semester : IV

Subject : N.F.T.L.

Lesson Plan Duration : 15 Weeks

Work Load (Lecture / Practical)

Per week (in Hours) : Lectures – 03, Practical – 03

Week Theory PracticalLectureDay

Topic PracticalDay

Topic

I 1 Symmetrical networks 1 Introduction to Diff. Networks2 Asymmetrical networks3 Balanced and unbalanced network

II 4 T-network, Л network, Ladder network 2 Introduction of Filter

5 Lattice network6 L-network and Bridge T-network

III 7 Concept and significance of the termscharacteristic impedance of T-network and ЛNetwork

3 Measurement of thecharacteristic impedance ofsymmetrical T and Л networks

8 Concept and significance of the termspropagation constant of T-network and ЛNetwork

9 Concept and significance of the termsattenuation constant of T-network and ЛNetwork

IV 10 Concept and significance of the terms phaseshift constant and insertion loss of T-networkand Л Network

4 Measurement of the imageimpedance of a givenasymmetrical T and Лnetworks

11 Concept and significance of iterativeimpedance, image impedance, image transferconstant and insertion loss.

12 The half section (L-section); symmetrical Tand Л sections into half sections

V 13 5 For a prototype low pass filterdetermine the characteristicimpedance experimentally

14 Units of attenuation (Decibels and Nepers):General characteristics of attenuators

15 Analysis and design of simple attenuator ofSymmetrical T Filter

VI 16 Analysis and design of simple attenuator ofSymmetrical Л type Filter

6 For a prototype low pass filterPlot the attenuationcharacteristic

17 Analysis and design of simple attenuator ofSymmetrical L type Filter

18 Oral Test of Ch. 1

VII 19 Brief idea of the use of filter networks indifferent communication systems

7 design and measure theattenuation of a symmetricalT/ Л type attenuator

20 concept of low pass, high pass filters21 concept of band pass and band stop filters

VIII 22 Prototype Filter 8 For a prototype high pass filterDetermine the characteristicimpedance experimentally

23 Impedance characteristics vs frequencycharacteristics of a low and high pass filterand their significance

24 Attenuation Vs frequency of T and Л filtersand their significance - Simple designproblems of prototype low pass filter

IX 25 Phase shift Vs frequency of T and Л filters andtheir significance

9 For a prototype high pass filterplot the attenuationcharacteristic

26 characteristics impedance vs frequency of Tand Л filters and their significance

27 M-Derived Filter Sections Limitation ofprototype filters, need of m-derived filters

X 28 Crystal Filters Crystal and its equivalentcircuits

10 To plot the Impedancecharacteristic of a prototypeband-pass filter

29 special properties of piezoelectric filters andtheir use

30 Basic concept of active filtersXI 31 comparison of active filters with passive filters 11 To plot the attenuation

characteristic of a prototypeband pass filter

32 Oral Test of Ch. 2

33 Oral Test of Ch. 2

XII 34 Transmission Lines, their types andapplications

12 To plot the impedancecharacteristic of m- derivedlow pass filter

35 Distributed constants, T and Л representationof transmission line section

36 Definition of characteristic impedance,propagation constant, attenuation constant andphase shift constant

XIII 37 Concept of infinite line 13 To plot the attenuationcharacteristics of m-derivedhigh pass filter

38 Condition for minimum distortion andminimum attenuation of signal on-the-line andintroduction to loading methods

39 Concept of reflection and standing waves,definition of reflection coefficient

XIV 40 SWR & VSWR and their relation (noderivation)

14 To observe the information ofstanding waves on atransmission line andmeasurement of SWR andcharacteristic impedance of theline

41 Transmission line equation, expression forvoltage at a point on the line

42 Transmission line equation, expression forcurrent and impedance at a point on the line

XV 43 Concept of transmission lines at highfrequencies

15 Draw the attenuationcharacteristics of a crystalfilter

44 Introduction to stubs. (single, open and shortstubs)

45 Oral Test of Ch. 4

Name of the Faculty : Rishi Kumar

Discipline : Electronics & Communication Engg.

Semester : IV

Subject : Electronics Design and Fabrication Techniques

Lesson Plan Duration : 15 Weeks

Work Load (Lecture / Practical)

Per week (in Hours) : Lectures – 03, Practical – 02

Week PracticalPractical Day(3 periods)

Topic

I 1 Selection and use of commonly used active and passive components

2 Testing of active and passive components

II 3 Develop skills in assembly of components

4 soldering, and soldering techniques

III 5 Procedure for Cabinet Making

6 PCB board materials, PCB characteristics and plating, PCB corrosion and its

prevention

IV 7 Photo processing, screen printing, etching, high speed drilling, buffing,

surface treatment and protection from harsh environments, plated through

holes, double sided and multilayer PCBs

8 Standards of board sizes, Modular assemblies edge connectors, multi board

racks, flexible boards

V 9 Assembly of circuits on PCB, soldering techniques, role of tinning, flow

and wave soldering, solder ability, composition of solder. Edge connector.

Elements of wire shaping

10 Production

VI 11 Testing

12 Documentation, Introduction to log books and history sheets

VII 13 Designing and preparation of a PCB

14

VIII 15

16

IX 17 Mounting of the components

18

X 19

20

XI 21

22 Assembling in a cabinet

XII 23

24

XIII 25 Computer aided design of electronics circuit using different software

ORCAD, and Circuit Maker26

XIV 27 Production Planning

28 CNC drilling

XV 29 photo plating

30 concept of SMDs (Surface Mount Devices)

Name of the Faculty : Rishi Kumar

Discipline : Electronics & Communication Engg.

Semester : III

Subject : Microprocessor and Peripheral Devices

Lesson Plan Duration : 15 Weeks

Work Load (Lecture / Practical)

Per week (in Hours) : Lectures – 03, Practical – 02

Week Theory Practical

Lecture

Day

Topic Practical

Day

Topic

I 1 Typical organization of a microcomputer system 1 Familiarization of different keys of

8085 microprocessor kit and its

memory map

2 functions of various blocks microcomputer system

3 Microprocessor, its evolution, function and impact on

modern society

4 Oral Test: Ch. 1

II 5 Concept of Bus, bus organization of 8085 2 Familiarization of different keys of

8085 microprocessor kit and its

memory map

6 Functional block diagram of 8085

7 Function of each block of 8085

8 Function of each block of 8085

III 9 Pin details of 8085 3 Steps to enter, modify data/program

and to execute a programme on 8085

kit

10 8085 related signals

Assignment: Block Dia. & Pin Dia. of 8085

11 Demultiplexing of address/data bus generation of

read/write control signals

12 Demultiplexing of address/data bus generation of

read/write control signals

IV 13 Steps to execute a stored programme 4 Steps to enter, modify data/program

and to execute a programme on 8085

kit

14 Oral Test: Ch. 2

15 Instruction cycle

16 Instruction cycle

V 17 Machine cycle 5 Writing and execution of ALP for

addition and subtraction of two 8 bit

numbers

18 T-states

19 Fetch and execute cycle

20 Assignment: Instruction cycle, Machine cycle

VI 21 Oral Test: Ch. 3 6 Writing and execution of ALP for

multiplication and division of two 8 bit

numbers

22 Brief idea of machine and assembly languages

23 Machines and Mnemonic codes

24 Instruction format

VII 25 Addressing mode 7 Writing and execution of ALP for

arranging 10 numbers in ascending/

descending order

26 Addressing mode

27 Assignment: Addressing mode

28 Concept of Instruction set

VIII 29 Explanation of the instructions of Data transfer group 8 Writing and execution of ALP for 0 to

9 BCD counters

30 Explanation of the instructions of Arithmetic Group

31 Explanation of the instructions of Logic Group

32 Explanation of the instructions of Stack, I/O and Machine

Control Group

IX 33 execution of ALP for addition and subtraction of two 8

bit numbers

9 Interfacing exercise on 8255 like LED

display control

34 Execution of ALP for multiplication and division of two

8 bit numbers

35 Execution of ALP for arranging 10 numbers in

ascending/descending order

36 Execution of ALP for 0 to 9 BCD counters

X 37 Assignment: Program of Addition, Subtraction,

multiplication & Division

10 Interfacing exercise on 8253

programmable interval timer

38 Oral Test: Ch. 4

39 Concept of memory mapping

40 partitioning of total memory space

XI 41 Address decoding 11 Interfacing exercise on 8279

programmable KB/display interface

like to display the hex code of key

pressed on display

42 Concept of peripheral mapped I/O

43 Concept of memory mapped I/O

44 Interfacing of memory mapped I/O devices

XII 45 Oral Test: Ch. 5 12 Use of 8085 emulator for hardware

testing

46 Concept of interrupt, Maskable and non-maskable

interrupt

47 Edge triggered and level triggered interrupts

48 Software interrupt, Restart interrupts and its use

XIII 49 Various hardware interrupts of 8085, Servicing

interrupts, extending interrupt system

13 Use of 8085 emulator for hardware

testing

50 Oral Test: Ch. 6

51 Concept of programmed I/O operations

52 sync data transfer, async data transfer (hand shaking)

XIV 53 Interrupt driven data transfer, DMA 14 Test of Programming of 8085 on Kit

54 Serial output data, Serial input data

55 8255 PPI

56 Assignment: 8255 PPI

8253 PIT

XV 57 Assignment: 8253 PIT

8257 / 8237 DMA controller

15 Test of Programming of 8085 on Kit

58 Assignment: 8257 DMA Controller

8279 Programmable KB/Display Interface

59 Assignment: 8279 Programmable KB/Display Interface

8251 Communication Interface Adapter

60 Oral Test: Ch. 7, 8

LESSON PLAN

NAME OF FACULTY : Neeti

DISCIPLINE : Electronics and communication Engg.

SEMESTER : 6th

SUBJECT : Medical Electronics

LESSON PLAN DURATION: 15 weeks

WORK LOAD (LECTURE/ PRACTICAL): LECTURES - 04 , PRACTICALS - 03

WEEK THEORY PRACTICAL

LECTURE DAY

TOPIC PRACTICAL DAY

TOPIC

1st 1 Elementary ideas of cell structure

1 Familiarization with the operation of B.P. apparatus.

2 Heart and circulatory system 2

3 3

4 Central nervous system

2nd 1 Muscle action 1 Familiarization with the operation of ECG machine. 2 Respiratory system 2

3 Body temperature and reproduction system

3

4 Classification of medical equipments

3rd 1 Applications and specifications of diagnostic equipments

1 Measurement of concentration of blood sugar with glucometer.

2 Applications and specifications of therapeutic equipments

2

3 Applications and specifications of clinical laboratory equipments

3

4 Method of operation of these instruments

4th 1 1 Measurement of respiration rate. 2 Bioelectric signals 2

3 Bio electrodes 3

4 Electrode

5th 1 Electrode tissue interface 1 Measurement of pulse rate.

2 Contact impedance 2

3 Types of electrodes 3

4 Electrodes used for ECG, EEG

6th 1 Typical signals from physiological parameters

1 Precautions to be taken in the installation of small medical equipments in hospitals. 2 Pressure transducer 2

3 Flow transducer 3

4

7th 1 Temperature transducer 1 Study of large medical equipments in hospital. 2 Pulse sensor 2

3 Respiration sensor 3

4 Block diagram description of ECG machine, Application of ECG machine

8th 1 1 Study of large medical equipments in hospital 2 2

3 Block diagram description of EEG machine

3

4

9th 1 Application of EEG machine 1 Operation of electro-physiotherapy. 2 Block diagram description and

application of EMG machine 2

3 3

4

10th 1 Heart rate measurement 1 Use of electro-physiotherapy

2 2

3 Pulse rate measurement 3

4

11th 1 Respiration rate measurement 1 Maintenance schedule for different equipments in a hospital.

2 2

3 Blood pressure measurement 3

4

12th 1 Principle of defibrillator and pace maker

1 Maintenance of records of equipments in a hospital. 2 2

3 Use of microprocessor in patient monitoring

3

4

13th 1 Blood sugar measurement

2

3 Gross current shock

4

14th 1 Micro current shock

2

3 Special design from safety consideration

4

15th 1 Safety standards

2 Revision for the exam.

3

4