Lesson Paln of Adc

7/31/2019 Lesson Paln of Adc

1/14

S.No

Proposed

Date of

CompletionPeriod

Topics TA Reference

Actual

Date ofCompletion Periods

1 Introduction about subject A

2 Kirchoffs current law A,B

3 Kirchoffs voltage law A,B

4

series and parallel connection

of independent sources of R

and L

A,B

5series and parallel connection

of independent sources CA

6Network Theorems of

TheveninA,C

7 Superposition Theorem

8 Norton Theorem

9 Maximum power transfer theorem

10 duality

11 Star-delta conversion.

12 Tutorials A

13 Tutorials

14 Tutorials

15 Basic RL circuits and theirresponses to pulse inputs

A

16Basic RL circuits and their

responses to sinusoidal inputsA

17Basic RLC circuits and their

responses to pulse inputsA,B

18Basic RLC circuits and their

responses to sinusoidal inputsA,B

19frequency response - Parallel

resonance Q factorA,B

20frequency response - series

resonance Q factorA

21 single tuned circuits. A

22 Double tuned circuits A

23 Tutorials A

24 Tutorials A,B

25 Tutorials A,B

Ref2

KPR INSTITUTE OF ENGG & TECHNOLOGY, COIMBATORE.

DEPARTMENT OF ECE

Lesson Plan for Even semester 2012

Code & Subject : EC2151 & Electric circuits and Electron devices Staff Name:Ms.R.PADMAVATHY

Class:I ECE-A Semester : II

UNIT I -CIRCUIT ANALYSIS TECHNIQUES

Ref

1,2

UNIT-II-TRANSIENT RESONANCE IN RLC CIRCUITS


2/14

S.No

Proposed

Date of

CompletionPeriod

Topics TARefere

nce

Actual

Date of

Completion Periods

26Review of intrinsic &

extrinsicA,B

27 Theory of PN junction diode A,B

28 Energy band structure A

29 current equation A

30Effect of temperature and

breakdown mechanismA

31Zener diode and its

characteristics.A,B

32 Tutorials A

33 Tutorials A,B

34 Tutorials

35

Principle of operation of PNP

transistors A,B

36Principle of operation of NPN

transistorsA,B

37study of CE and their

characteristicsA,B

38study of CB and their

characteristicsA,B

39study of CC and their

characteristicsA,C

40comparison of their

characteristicsA,C

41 Breakdown in transistors A42 Operation of N-Channel JFET A,B

43Operation of P-Channel JFET

and ComparisonA

44 Drain current equation A

45

MOSFET-Enhancement and

depletion types-structure and

operation

A

46

Comparison of BJT with

MOSFET-thermal effect on

MOSFET

47 Tutorials

48 Tutorials

49 Tutorials

50 Tunnel diodes A,B

51 PIN diode and varactor diode A,B

52SCR characteristics and two

transistor equivalent modelA

53 UJT A,B

54 Diac and Triac A

55 Laser, CCD A,B

56 Photodiode ,Phototransistor A,B

UNIT-V-SPECIAL SEMICONDUCTOR DEVICES

UNIT-III SEMICONDUCTOR DIODES

UNIT-IV-TRANSISTORS

Ref2

Ref2

Ref2


3/14

S.No

Proposed

Date of

CompletionPeriod

Topics TARefere

nce

Actual

Date of

Completion Periods

57Photoconductive and

Photovoltaic cellsA

58 LED, LCD A,B

59 Tutorials A,B

60 Tutorials A,B

FACULTY I/C HOD

B. Over Head Projector

C. LCD Projector

D. Others ( Field visit, Charts, Cutset Models )

1. Robert T. Paynter, Introducing Electronics Devices and Circuits, Pearson Education, 7th Education, (2006).

2. William H. Hayt, J.V. Jack, E. Kemmebly and steven M. Durbin,Engineering Circuit Analysis,Tata McGraw Hill

2002.

3. J. Millman &

Teaching Aids ( TA ):

A. Black Board with Chalk

Reference:


4/14

Remarks


5/14

Remarks


6/14

Remarks

, 6th Edition,


7/14

S.No

Proposed

Date of

CompletionPeriod

Topics TA Reference

Actual

Date ofCompletion Periods

1Introduction to Communication

Systems and Need for ModulationA

2

Principles of Amplitude Modulation

AM envelope, Frequency Spectrum

and Bandwidth

A

3Modulation index and Percent

ModulationA

4 AM voltage distribution A5 AM power distribution A

6 Tutorial A

7Angle Modulation FM and PM

waveforms, Phase DeviationA

8 Modulation index + Tutorial A

9Frequency Deviation, Percent

modulationA

10Frequency analysis of angle

modulated wavesA

11Bandwidth requirements for Angle

modulated wavesA

12 Tutorial A

13

Introduction, Shannon limit for

information capacity, Digital

amplitude modulation

A

14Frequency shift keying, FSK bit rate

and baudA

15 FSK transmitter A

16 BW consideration of FSK A

17 FSK receiver, Tutorial A

18 Phase shift keying binary phaseshift keying

A

19Quadrature Phase Shift Keying

(QPSK)A

20 Quadrature Amplitude modulation A

21Bandwidth efficiency, Carrier

recovery squaring loopA

22 Carrier recovery Costas loop A

23Differential Phase Shift Keying (

DPSK)A

UNIT-II-DIGITAL COMMUNICATION

KPR INSTITUTE OF ENGG & TECHNOLOGY, COIMBATORE.

DEPARTMENT OF ECE

Lesson Plan for Odd Semester 2012-2013

Code & Subject : Analog and Digital Communications Staff Name:Ms.Padmavathy.R

Ref1

Class:II CSE Semester : III

UNIT I -FUNDAMENTALS OF ANALOG COMMUNICATION

Ref1


8/14

S.No

Proposed

Date of

CompletionPeriod

Topics TARefere

nce

Actual

Date of

Completion Periods

24Comparison of digital modulation

techniques

25 Tutorial A


9/14

S.No

Proposed

Date of

CompletionPeriod

Topics TARefere

nce

Actual

Date of

Completion Periods

26 Introduction, Pulse modulation A

27PCM- PCM Sampling, Sampling

Rate

A

28Signal to Quantization noise rate,

CompandingA

29 Analog Companding A

30Digital companding , Percentage

errorA

31 Tutorial A

32Delta modulation - transmitter &

receiver,A

33 Adaptive Delta modulation A

34Differential Pulse Code Modulation -

transmitter & receiver

A

35Pulse transmission InterSymbol

InterferenceA

36 Eye pattern A

37 Tutorial A

38

Data Communication history,

Standards,Data Communication

Circuits

A

39 Data Communication Codes A

40 Error control - Error detection A

41 Error control- correction A42 Tutorial A

43 Data communication Hardware A

44 Serial interfaces A

45 Parallel interfaces A

46Data modems, Asynchronous modem

A

47

Synchronous modem, low-speed

modem, medium and high speed

modem

A

48 modem control A

49 Tutorial A

50 Introduction, Pseudo noise sequence A

51 Pseudo noise sequences - tutorial A

52DS Spread Spectrum with coherent

Binary PSKA

53 Processing gain A

54

Frequency Hopping Spread

Spectrum Slow Frequency Hopping

and Fast frequency

A

55 Hopping A

Ref1

UNIT-V SPREAD SPECTRUM AND MULTIPLE ACCESS TECHNIQUES

UNIT-III DIGITAL TRANSMISSION

UNIT-IV-DATA COMMUNICATIONS


10/14


11/14

Remarks


12/14

Remarks


13/14

Remarks


14/14

Remarks

tion, 2001.

Documents

Lesson Paln of Adc