LakireddyBalireddy College of Engineering College

LakireddyBalireddy College of Engineering College L.B.Reddy Nagar, Mylavaram , Krishna District, A.P

DEPARTMENT OF ELECTRONICS AND INSTRUMENTATION ENGINEERING

LESSON PLAN

Subject : COMPUTER ORGANIZATION(CO) - S169 Academic Year : 2016-17 Semester : IV Date: 30.11.2016

To 25.04.2017

Year : IV (2015-19) Section :

S169 - COMPUTER ORGANIZATION

Lecture : 4 Periods / Week Internal Marks : 25

Tutorial : 1 Period / Week External Marks : 75

Credits : 3 External Examination : 3 hrs.

----------------------------------------------------------------------------------------------------------------

UNIT – I

Register Transfer and Micro Operations: Register Transfer language, Register Transfer

Bus and Memory Transfers, Arithmetic Micro Operations, Logic Micro Operations, Shift

Micro Operations, Arithmetic Logic Shift Unit.

Basic Computer Organization and Design: Instruction Codes, Computer Registers,

Computer Instructions– Instruction cycle, Memory – Reference Instructions, Input – Output

and Interrupt.

UNIT – II

Micro Programmed Control: Control Memory, Address Sequencing, Micro program

example, Design of Control unit, hard wired control, Micro programmed control.

Central Processing Unit: STACK organization, Instruction formats, Addressing modes,

DATA Transfer and Manipulation, Program control, Reduced Instruction Set computer.

UNIT – III

Pipelining and Vector Processing: Parallel Processing, Pipelining, Arithmetic Pipeline,

Instruction Pipeline, RISC pipeline, Vector Processing.

Computer Arithmetic: Data Representation, Fixed Point Representation, Floating Point

Representation, Addition and Subtraction, Multiplication Algorithms, Division Algorithms,

Floating Point Arithmetic operations, Decimal Arithmetic unit, Decimal Arithmetic

operations.

UNIT- IV

Memory Organization: Memory Hierarchy, Main Memory, Auxiliary Memory.

Associative Memory, Cache Memory, Virtual Memory.

UNIT – V

Input-Output Organization: Peripheral Devices, Input-Output Interface, Asynchronous

Data Transfer, Modes of Transfer, Priority Interrupt, Direct Memory Access, Input –Output

Processor, Serial communication.

TEXT BOOK

M.Morris Mano, “Computer Systems Architecture”, Pearson Education publishers,2012.

REFERENCES

1. Carl Hamacher, ZvonksVranesic, SafeaZaky, “Computer Organization”, Tata McGraw

Hill publishers,2002.

2. William Stallings, “Computer Organization and Architecture”, Sixth Edition,

Pearson/PHI publishers,2000.

3. Andrew S. Tanenbaum, “Structured Computer Organization”, Pearson/PHI

publishers,2012.

4. SivaraamaDandamudi, “Fundamentals or Computer Organization and Design”,

Springer publishers,2003.

Pre-requisite:Computer Programming, Date Structures, Digital Electronic Circuits

Course Educational Objectives(CEOs):

In this course Students

1. Have a thorough understanding of the basic structure and operation of a

digitalcomputer.

2. Discuss in detail the operation of the arithmetic unit including the algorithms

&implementation of fixed-point and floating-point addition, subtraction,

multiplication &division.

3. Study the hierarchical memory system including cache memories and virtualmemory.

4. Make use of the binary number system to translate values between the binary and

decimal number systems, to perform basic arithmetic operations (i.e. addition,

subtraction, multiplication, and division) and to construct machine code instructions.

5. Study the different ways of communicating with I/O devices and standard I/O

interfaces.

COMPUTER ORGANIZATION

Course Outcomes(COs):

By the completion of the course, the students are able to:

CO1: Summarize the programming proficiency using the various addressing modes and data

transfer instructions

CO2: Execute a machine code program using the capabilities of the stack, the program

counter, and the status register

CO3: Illustrate various algorithms for various representations and understand Pipelining,

vector processing

CO4: Distinguish various memories in memory Hierarchy

CO5: Illustrate various modes of transfer and interrupts in I/O hierarchy

S.No Teaching Learning Process (TLP) Delivery Methods

(DM)

Assessment Methods

(AM)

1 Solving Real world problem Chalk & Talk Assignments

2 Explaining application before theory ICT tools Quiz

3 Solving problems Group discussions Tutorials

4 Designing of experiments Industrial visit Surprise Tests

5 Problems on environmental,

economics, health & safety Field work Mid Exams

6 Problems on professional & ethics Case studies Model Exam

7 Seminar Mini Projects QAs

8 Problems using software Numerical treatment

9 Self study Design / Exercises

Detailed Lesson Plan

S.NO TOPIC TO BE COVERED Date

TLP DM AM Tentative Actual

1 Introduction to Computer Fundamentals

30-11 -

2016 2 1

2 Introduction to Computer Organization 01-12-2016 2 1

UNIT –I:

3 Introduction to Register Transfer and Micro

Operations 02-12-2016 2 1

1,3,5,7

4 Register Transfer language 05-12-2016 2 1

5 Register Transfer 07-12-2016 2 1

6 Bus and Memory Transfers 08-12-2016 2 1

7 Tutorial -1 09-12-2016 2 1

8 Three state Bus Buffers 10-12-2016 2 1,

7 Memory Transfer 12-12-2016 2 1,

9 Arithmetic Micro Operations 14-12-2016 2 1,

10 Binary Adder, Adder-Subtractor 15-12-2016 2 1

11 Tutorial -2 16-12-2016 2 1

12

Logic Micro Operations- List of Logic Micro

Operations

17-12-2016

2 1

13

Hardware Implementation, Applications of

Logic Micro Operations

19-12-2016

2 1

14 Shift Micro Operations 21-12-2016 2 1

15 Arithmetic Logic Shift Unit, 22-12-2016 2 1

16 Tutorial -3 23-12-2016 2 1

17

Basic Computer Organization and Design:

Instruction Codes

24-12-2016

2 1

18

Stored Program Organization, Indirect

address.

01-12-2016

2 1

19 Computer Registers, Computer Instructions 26-12-2016 2 1

20

Instruction cycle, Memory – Reference

Instructions,Input – Output and Interrupt

28-12-2016

2 1

1,3,5,7

21 .Tutorial -4 29-12-2016 2 1

UNIT –II:

22 Introduction to Micro Programmed Control 30-12-2016 2 1 1,3,5,7

23 Control Memory 31-12-2016

1

24 Address Sequencing-Conditional Branching 02-01-2017 2 1

1,3,5,7

25 Micro Program Example 04-01-2017 2 1,

26 Tutorial -5 05-01-2017 2 1

27 Design of Control unit 06-01-2017 2 1

28 Hardwired control 07-01-2017

1

29 Micro programmed control 16-01-2017

1

30 STACK organization 18-01-2017 2 1

31 Tutorial-6 19-01-2017 2 1

32 Instruction formats 20-01-2017 2 1

33 Addressing modes 21-01-2017 2 1

37 I-MID Exams 23-01-2017 2 1

38 I-MID Exams 24-01-2017 2 1

39 I-MID Exams 25-01-2017 2 1

UNIT –III:

40

Introduction to Pipelining and Vector

Processing 27-01-2017 2 1

1,3,5,7

41 Parallel Processing 28-01-2017 2 1

42 Pipelining 30-01-2017 2 1

43 Arithmetic Pipeline 01-02-2017 2 1

44 Instruction Pipeline 02-02-2017 2 1

45 Tutorial-7 03-02-2017 2 1

46

Data dependency and Handling of Branch

Instructions.

04-02-2017

2 1

47

RISC pipeline, Delayed load and Delayed

Branch

06-02-2017

2 1

48

Vector Processing, Memory interleaving,

Superscalar Processors

08-02-2017

2 1

49 Computer Arithmetic: Data Representation 09-02-2017 2 1

50 Tutorial-8 10-02-2017 2 1

51

Fixed Point Representation 11-02-2017

2 1

52 Floating Point Representation 13-02-2017 2 1

53 Addition , Subtraction 15-02-2017 2 1

54 Multiplication Algorithms 16-02-2017 2 1

55 Division Algorithms 16-02-2017 2 1

56 Floating Point Arithmetic operations 17-02-2017 2 1 1,3,5,7

57

Decimal Arithmetic unit, Decimal Arithmetic

operations.

18-02-2017

2 1

UNIT-IV

58 Memory Hierarchy 20-02-2017 2 1

59 Main Memory 22-02-2017 2 1

60 Memory Address Map 23-02-2017 2 1

61 Auxiliary Memory 24-02-2017 2 1

1,3,5,7

62 Tutorial -9 25-02-2017 2 1

63 Associative Memory 27-02-2017 2 1

64 Math logic 01-03-2017 1

65 Cache Memory 03-03-2017 2 1

66 Virtual Memory. 04-03-2017 2 1

67 Tutorial -10 06-03-2017 2 1

68 revision

UNIT-V

69 Peripheral Devices 08-03-2017 2 1

1,3,5,7

70 Input-Output Interface 09-03-2017 2 1

71 Asynchronous Data Transfer 10-03-2017 2 1

72 Modes of Transfer, 10-03-2017 2 1

73 Tutorial -11 11-03-2017 2 1

74 Priority Interrupt, 13-03-2017 2 1

75 Direct Memory Access, 14-03-2017 2 1

76 Input –Output Processor 15-03-2017 2 1

77 Serial communication. 16-03-2017 2 1

78 revision 17-03-2017

79 II-MID EXAMS 31-03-2017 2 1

80 II-MID EXAMS 01-04-2017 2 1

81 II-MID EXAMS 03-04-2017 2 1

82 II-MID EXAMS 04-04-2017 2 1

83 II-MID EXAMS 05-04-2017 2 1

Assessment Summary

Assessment Task Weight age

(Marks) CO1 CO2 CO3 CO4 CO5

Assignments 05 X X X X X

Quizzes -- X X X X X

Tutorials -- X X X X X

Surprise Tests -- X X X X X

Mid Exams 20 X X X X X

Model Exams -- X X X X X

End Exam 75 X X X X X

Attendance --

Total 100

Mapping Course Outcomes with Programme Outcomes:

Course

Code

COs Pos PSOs

1 2 3 4 5 6 7 8 9 10 11 12 PSO1 PSO2

S169

CO1 3 3 2 2 2

CO2 3 3 2 2 2 2

CO3 3 3 2 2 1

CO4 3 3 2 2 1 2

CO5 3 3 2 2 2

Note: Where 3-Strongly correlated, 2-Moderately Correlated , 1-Slightly Correlated

Instructor Course Coordinator Module Coordinator HOD

Name Mrs. K.Pavani Dr. Suman Maloji Mr. Y.Amar Babu Mr.R. Anjaneyulu

Naik

Sign with

Date


DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING

LESSON PLAN

Subject : CONTROL SYSTEM (CS)-S174 Academic Year : 2016-17 Semester : IV Date: 01.12.2016

To 03.04.2017

Year : II (2015-19) Section :

S174 – CONTROL SYSTEM

Lecture: 5 Periods/week Internal Marks : 25

Tutorial : 1 External Marks : 75

Credits : 4 External Examination : 3 Hrs

---------------------------------------------------------------------------------------------------------------

UNIT – I

INTRODUCTION

Concepts of Control Systems- Open Loop and closed loop control systems and their

differences- Different examples of control systems- Classification of control systems, Feed-

Back Characteristics, Effects of feedback. Mathematical models – Differential equations,

Impulse Response and transfer functions – Translational and Rotational mechanical

systems.Transfer Function of DC Servo motor - Block diagram representation of systems

considering electrical systems as examples -Block diagram algebra – Representation by

Signal flow graph -Reduction using Mason’s gain formula.

UNIT – II

TIME RESPONSE ANALYSIS

Standard test signals - Time response of first order systems – Characteristic Equation of

Feedback control systems, Transient response of second order systems - Time domain

specifications – Steady state response - Steady state errors and error constants – Effects of

proportional derivative, proportional integral, PID systems.

UNIT – III

FREQUENCY RESPONSE ANALYSIS

Introduction, Frequency domain specifications Polar Plots -Bode diagrams-Determination of

Frequency domain specifications and Transfer function from the Bode Diagram-Phase

margin and Gain margin- Nyquist Plots.

UNIT – IV

STABILITY ANALYSIS

The concept of stability – R-H stability criterion – qualitative stability and conditional

stability – limitations of Routh’s stability, The root locus concept - construction of root loci-

effects of adding poles and zeros to G(s)H(s) on the root loci, Stability Analysis from Bode

Plots -Nyquist Plots. Compensation techniques – Lag, Lead, Lead-Lag Compensator design

in frequency Domain.

UNIT – V

STATE SPACE ANALYSIS OF CONTINUOUS SYSTEMS

Concepts of state, state variables and state model, derivation of state models from block

diagrams, Diagonalization- Solving the Time invariant state Equations- State Transition

Matrix and it’s Properties – Concepts of Controllability and Observability.

Pre-requisite:

Students should have a good knowledge in Mathematics & Circuit Theory.

Course Educational Objectives (CEOs):Students will learn about:

i Open loop and closed loop (feedback ) systems ,methods of representation of systems

and to desire their transfer function models.

ii.Time response of systems and steady state error analysis.

iii.Basic knowledge in obtaining the open loop and closed–loop frequency responses of

systems.

iv.The concept of stability of control system and methods of stability analysis & different

ways of designing compensation for a control system.

v . State Space Model, which can be used in Digital Control System

Course Outcomes (COs):

After the completion of the course, students should be able to,

CO1: Identify basic elements of open loop and closed loop control systems & also derive

systems input output relations using differential equation(from physical systems), BDR &

signal-flow graphs techniques.

CO2: Analyze the response in Time Domain

CO3: Analyze the response in Frequency Domain

CO4: Analyze the stability of system by RHC, Root Locus, Compensation Tech etc…

CO5:Apply the concepts of State Space Model for MIMO


Course

Code

COs Programme Outcomes PSOs

1 2 3 4 5 6 7 8 9 10 11 12 1 2

S174

1 3 1 2 2

2 2 3 2 3 2

3 3 2 3 2

4 3 2 3

5 3 2 3

1 = Slightly (low) 2 = Moderate (medium) 3-Substantially(High)


(DM)

Assessment Methods

(AM)












S.NO TOPIC TO BE COVERED Date TLP DM AM

Tentative Actual

UNIT-1 [INTRODUCTION] 1 Concepts of Control Systems 02-Dec-16 2 1

2 Open Loop control systems 03-Dec-16 1,2 1

3 closed loop control systems 05-Dec-16 1,2 1

4 Different examples of control systems 06-Dec-16 2,3 1

5 Classification of control systems 07-Dec-16 2,3 1

6 Feed-Back Characteristics 09-Dec-16 2,3 1

7 Effects of feedback 10-Dec-16 1,2 1

8 Mathematical models 12-Dec-16 1 1

1,2,3

4,5

9 Differential equations 13-Dec-16 1,2 1

10 Impulse Response 14-Dec-16 1 1

11 transfer functions 16-Dec-16 1 1

12 TUTORIAL-1 17-Dec-16

13 Translational and Rotational mechanical

systems 19-Dec-16 1 1

14 Transfer Function of DC Servo motor 20-Dec-16 1 1

15 Block diagram representation of systems

considering electrical systems. 21-Dec-16 1 1

16 Block diagram algebra 23-Dec-16 1 1

17 Signal flow graph 24-Dec-16 1,2 1

18 Reduction using Mason’s gain formula. 27-Dec-16 1 1

19 TEST-1 28-Dec-16

1,2,3

4,5

UNIT-2 [TIME RESPONSE ANALYSIS] 20 Standard test signals 30-Dec-16 1 1

1,2,3

4,5

21 Time response of first order systems 31-Dec-16 1,2,3 1

22 Characteristic Equation of Feedback

control systems 02-Jan-17 1 1

23 Transient response of second order

systems

03-Jan-17 1 1

24 Time domain specifications 04-Jan-17 1,3 1

25 TUTORIAL-2 06-Jan-17

26 Steady state response 07-Jan-17 1 1

27 Steady state errors and error constants 16-Jan-17 1,2 1

28 Effects of proportional system 17-Jan-17 1,2 1

29 Effects of integral system 18-Jan-17 2,3 1

30 Effects of derivative system 20-Jan-17 1,3 1

31 PID systems 21-Jan-17 1,2 1

32 TEST-2 23-Jan-17

33 MID SEM-I 24-Jan-17





UNIT-3 [FREQUENCY RESPONSE ANALYSIS] 38 Introduction 31-Jan-17 1 1

1,2,3

4,5

39 Frequency domain specifications 01-Feb-17 2,3 1

40 Polar Plots 03-Feb-17 2,3 1

41 Bode diagrams 04-Feb-17 2,3 1

42 TUTORIAL-3 06-Feb-17

43 Determination of Frequency domain

specifications 07-Feb-17 2,3 1

44 Transfer function from the Bode Diagram 08-Feb-17 2,3 1

45 Phase margin 10-Feb-17 2,3 1

46 Gain margin 11-Feb-17 2,3 1

47 Nyquist Plots 13-Feb-17 2,3 1

48 Nyquist Plots 14-Feb-17 2,3 1

49 TEST-3 15-Feb-17

UNIT – IV [STABILITY ANALYSIS]

50 The concept of stability 17-Feb-17 1,2 1 1,2,3

4,5

51 R-H stability criterion 18-Feb-17 2,3 1

52 qualitative stability 20-Feb-17 2,3 1

53 conditional stability 21-Feb-17 2,3 1

54 limitations of Routh’s stability 22-Feb-17 2,3 1

55 TUTORIAL-4 25-Feb-17

1,2,3

4,5

56 The root locus concept 27-Feb-17 2,3 1

57 construction of root loci 28-Feb-17 2,3 1

58 effects of adding poles and zeros to

G(s)H(s) on the root loci 01-Mar-17 2,3 1

59 Stability Analysis from Bode Plots 03-Mar-17 2,3 1

60 Stability Analysis from Bode Plots 04-Mar-17 2,3 1

61 Stability Analysis from Nyquist Plots 06-Mar-17 2,3 1

62 Compensation techniques 07-Mar-17 2,3 1

63 Lag Compensator design in frequency

domain

08-Mar-17 2,3 1

64 Lag Compensator design in frequency

domain 10-Mar-17 2,3 1

65 Lead Compensator design in frequency

domain 11-Mar-17 2,3 1

66 Lead-Lag Compensator design in

frequency domain 13-Mar-17 2,3 1

67 TEST-4 14-Mar-17

UNIT – V [STATE SPACE ANALYSIS OF CONTINUOUS SYSTE2,3MS]

68 Concepts of state 15-Mar-17 1,2 1

1,2,3

4,5

69 state variables and state model 17-Mar-17 2 1

70 derivation of state models from block

diagrams

18-Mar-17 3 1

71 Diagonalization 20-Mar-17 2 1

72 Solving the Time invariant state Equations 21-Mar-17 ,3 1

73 TUTORIAL-5 21-Mar-17

74 State Transition Matrix 22-Mar-17 2 1

75 Properties of State Transition Matrix 22-Mar-17 2 1

76 Concepts of Controllability 23-Mar-17 2,3 1

77 Concepts of Observability 25-Mar-17 2 1

78 TEST-5 26-Mar-17

77 Beyond the Syllabus: Introduction to

Robust Control

Robust Control

27-Mar-17 2 1

78 Adaptive Control 29-Mar-17

77 Predictive Control 31-Mar-17 2 1

Assessment Summary:

Assessment Task Weight age Course Outcomes

(Marks) CO1 CO2 CO3 CO4 CO5

Assignments --

Quizzes --

Tutorials --

Surprise Tests 05

Mid Exams 20

Model Exams --

End Exam 75

Attendance --

Total 100

Sign with

Date

Name



DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING

LESSON PLAN

Subject : Electrical & Electronic Measurements (EEM)-S207 Academic Year : 2016-17 Semester : IV Date: 01.12.2016

To 03.04.2017


S207 – ELECTRICAL & ELECTRONIC MEASUREMENTS



Credits : 4 External Examination : 3 Hrs

---------------------------------------------------------------------------------------------------------------

UNIT – I

ERRORS,CALIBRATION & STANDARDS OF MEASUREMENTS

Definitions- Accuracy Vs Precision-significant figures-types of errors- Statistical analysis –

probability of errors. Calibration: introduction-process instruments calibration. Standards:

classification-standard for mass-length-volume-time and frequency standards-electrical

standards-IEEE standards.

UNIT – II

ELECTRO MECHANICAL INDICATING INSTRUMENTS

Suspension galvanometer-torque & deflection of galvanometer-PMMC mechanism –DC

Ammeters-DC voltmeters-voltmeter sensitivity- Series and shunt type of Ohm meter-

Calibration of DC instruments and AC instruments- AC indicating instruments-thermo

instruments-Electro Dynamo Meter in power measurement-Watt hour Meter –power factor

meter-introduction to Instruments transformers

UNIT – III

BRIDGE MEASUREMENTS

Introduction Bridges-DC BRIDGES: wheatstone bridge -Kelvin double bridge-AC

BRIDGES:

Maxwell Bridge-Hay’s Bridge -Schering Bridge-Anderson’s bridge –Wein Bridge-Wagner

ground connections, Q- meter.

.

UNIT – IV

ELECTRONIC INSTUMENTS

AC voltmeter using rectifiers, AC voltmeter using rectifier, electronic multimeter , digital

voltmeter DVM, staircase ramp DVM dual slope and successive approximation DVM- 3½

Digit – Resolution and sensitivity of Digital voltmeters.

UNIT – V

OSCILLOSCOPES , ANALYZERS AND RECORDERS

CRO block diagram operation- CRT operation- CRO probes- frequency and phase

measurement using lissajous figures.-storage oscilloscope- Spectrum analyzers, -wave

analyzer-Harmonic distortion analyzer-Recorders: introduction to magnetic recording

techniques, strip chart recorder and x-y recorders and their applications.

TEXTBOOKS

1. Cooper W.D & Hlefrick A.D, Electronic instrumentation & measurement technique, 3rd

Edition, PHI, 1991.

REFERENCES

1. Alan S Morries, “Principles of Measurement and Instrumentation”, Prentice-Hall of

India, 2nd Edition, 2002.

2. A.K.Sawhney, A Course in Electrical and Electronics Measurements and

Instrumentation, Dhanpat Rai and sons, New Delhi, 1995.

3. H.S.Kalsi, Electronic Instrumentation, TMH, 2002

Pre-requisite:

Students should have a good knowledge in measurement and calibration of the

different instruments.

Course Educational Objectives (CEOs): Students will learn about:

1. Various types of measurement errors, calibration and various standards of

measurements

2. Voltmeters, Ammeters and Ohm meters for both DC and AC.

3. Various types of DC and AC bridges.

4. Different types and principle of operations of DVM used in Instrumentation

5. The principle of operation of Oscilloscope, Recorders and Analyzers.

Course Outcomes (COs):

After the completion of the course, students should be able to,

CO1: Calculate the errors, calibration and various standards of measurement.

CO2. Describe various electromechanical indicating instruments.

CO3. Measure various DC and AC bridges for analysis of R, L& C.

CO4. Analyse AC voltmeters, multimeters and digital voltmeters.

CO5. Justify the function of Oscilloscopes, Analyzers and Recorders


Course

Code

COs Programme Outcomes PSOs

1 2 3 4 5 6 7 8 9 10 11 12 1 2

S174

1 2 3 3 2 2 2 2 2 3

2 2 2 2 2

3 1 2 2 2 2 3 2

4 2 2 2 2

5 2 2 3 2 2 2

1 = Slightly (low) 2 = Moderate (medium) 3-Substantially(High)


(DM)

Assessment Methods

(AM)












S.NO TOPIC TO BE COVERED Date TLP DM AM

Tentative Actual

UNIT-I 1 Introduction of instrumentation 02-DEC-16 2 1

1,2,3

4,5

2 Definitions errors and calibration 03-DEC-16 1,2 1

3 Accuracy and types of accuracy measurement 05-DEC-16 1,2 1

4 Precision and significant figures 06-DEC-16 2,3 1

5 Types of errors 07-DEC-16 2 1

6 Tutorial-1 09-DEC-16 9,3 1

7 Statistical analysis 10-DEC-16 2,3 1

8 Probability of error 12-DEC-16 1 1

9 Introduction of calibration methods 14-DEC-16 1,2 1

10 Process Instruments Calibration 16-DEC-16 1 1

11 Standards Introduction 17-DEC-16 1 1

12 Tutorial-2 19-DEC-16 9,3 1

13 Standards classification, Standards of mass

and length

standards-IEEE standards.

20-DEC-16 1,2 1

14 Standards of volume and time 21-DEC-16 1,2 1

15 Standards of frequency and time 23-DEC-16 1,2 1

16 Electrical standards 24-DEC-16 1,2 1

17 IEEE standards 26-DEC-16 1,2 1

18 Tutorial-3 27-DEC-16 9,3 1

19 TEST-1 28-DEC-16 9,3 1 1,2,3

4,5

UNIT-II

20 Introduction of electro mechanical indicating

instruments

Indiinstruments

30-DEC-16 1 1

1,2,3

4,5

21 Suspension galvanometer 31-DEC-16 1,2,3 1

22 Deflection of galvanometer-PMMC mechanism 02-JAN-17 2 1

23 DC voltmeters-voltmeter sensitivity

Ammet

Ammeters

03-JAN-17 2 1

24 Series and shunt type of Ohm meter 04-JAN-17 2 1

25 TUTORIAL-4 06-JAN-17 9,3 1

26 Calibration of DC instruments and AC

instruments

07-JAN-17 2 1

27 Thermo instruments-Electro Dynamo Meter in

power

16-JAN-17 2 1

28 Watt hour Meter –power factor

Meter

17-JAN-17 2 1

29 Introduction to Instruments transformers

18-JAN-17 2,3 1

30 Current transformers 20-JAN-17 2,3 1

31 TEST-2 21-JAN-17 9,3 1

32 MID SEM-I 23-JAN-17



UNIT-III

35 Introduction Bridges 27-JAN-17 1 1

1,2,3

4,5

36 Dc Bridges: wheatstone bridge 28-JAN-17

2,3 1

37 Kelvin bridge and problems 30-JAN-17 2,3 1

38 Kelvin double bridge 31-JAN-17 2,3 1

39 TUTORIAL-5 01-FEB-17 9,3 1

40 Ac brigdes: Maxwell’s and hay bridge 03-FEB-17 2.3,4 1

41 Problems on Maxwell’s and hay bridge 04-FEB-17 3,4 1

42 Schering Bridge 06-FEB-17 2,4 1

43 Wein’s bridge 07-FEB-17 2,4

1

44 Tutorial-6 08-FEB-17 9,3 1

45 Anderson’s bridge 10-FEB-17 2,4 1

46 Problems 11-FEB-17 3 1

47 Wagner’s ground 13-FEB-17 2 1

48 Q,meters 14-FEB-17

2 1

49 TUTORIAL-7 15-FEB-17

9,3 1

50 Direct connection and series connection 17-FEB-17

2 1

51 Parallel connection ofQ-meter 18-FEB-17

2 1

52 Problems on bridges 20-FEB-17

2,3 1

53 TEST-3 21-FEB-17

9,3 1

UNIT-IV 22-FEB-17

54 AC voltmeter using rectifier 22-FEB-17 2,3 1

1,2,3

4,5

55 AC voltmeter using rectifier 24-FEB-17

2.3 1

57 Electronic multimeter 25-FEB-17 2,3 1

58 Digital voltmeters introduction 27-FEB-17 2,3 1

59 Tutorial-8 28-FEB-17 9,3 1

60 Staircase DVM 01-MAR-17 2,3 1

61 Ramp type DVM 03-MAR-17 2,3 1

62 Dual slope and SAR type DVM 04-MAR-17

2,3 1

63 3 ½ digit display 06-MAR-17 2,3 1

64 Tutorial-9 07-MAR-17 9,3 1

65 Resolution and sensitivity of DVM 08-MAR-17 2,3 1

66 Problems 10-MAR-17 2,3 1

67 TEST-4 11-MAR-17 9,3 1

UNIT – V 10-MAR-17

68 Introduction of CRO 13-MAR-17 1,2 1

1,2,3

4,5

69 CRT operation, CRO probes 14-MAR-17

2 1

70 Frequency and phase measurement 15-MAR-17

2 1

71 storage oscilloscope 17-MAR-17 2 1

72 TUTORIAL-10

analyzer-Harmonic distortion analyzer

18-MAR-17 9,3 1

73 Spectrum analyzers 20-MAR-17 2 1

74 Wave Analyzers 21-MAR-17 2 1

75 Harmonic Distortion 22-MAR-17 2 1

76 Recorders introduction 24-MAR-17 2 1

77 Magnetic recorders 25-MAR-17 2 1

78 Strip chart recorders 27-MAR-17 2 1

79 x-y recorders and applications 28-MAR-17 2 1

80 TEST-5 29-MAR-17 9,3 1

81 MID EXAM II 31-MAR-17

82 MID EXAM II 01-APR-17

83 MID EXAM II 03-APR-17

Assessment Summary:


(Marks)

Course Outcomes

CO1 CO2 CO3 CO4 CO5

Assignments --

Quizzes --

Tutorials --

Surprise Tests 05

Mid Exams 20

Model Exams --

End Exam 75

Attendance --

Total 100

Sign with

Date

Name


DEPARTMENT OF ELCTRONICS & INSTRUMENTATION

INSTRUMENTATION-1 LAB SCHEDULE (FIRST BATCH)

DATE &

EXP

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EXP DATE & EXP

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EXP DATE & EXP DATE & EXP

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EXP

06-12-

16 15-12-16 20-12-16 27-12-16 03-01-17 10-01-17 24-01-17 31-01-17 07-02-17 14-02-17 21-02-17 28-02-17 07-03-17 14-03-17 21-03-17 28-03-17

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DEPARTMENT OF ELCTRONICS & INSTRUMENTATION

INSTRUMENTATION-1 LAB SCHEDULE (SECOND BATCH)

DATE & EXP

DATE &

EXP DATE & EXP

DATE &

EXP

DATE &

EXP DATE & EXP

DATE &

EXP DATE & EXP

DATE &

EXP

DATE &

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01-12-16 15-12-16 22-12-16 29-12-16 05-01-17 2-02-17 09-02-17 16-02-17 23-02-17 2-03-17 09-03-17 16-02-17 30-03-17

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LESSON PLAN

Subject : PDC LAB (L174) Academic Year : 2016-17 Semester : IV

Year : II(2015-19) Section :

BATCH - A

Signature of Faculty Signature of HOD

S.No Date Name of the Experiment Date Marks Signature

CYCLE-I

1 06.12.2016 Study of Logic gates &

Implementation using

Universal Gates.

2 13.12.2016 Applications of Logic Gates –

Adders &

Subtracters.

3 20.12.2016 R-S & J-K Flip-Flops

Implementation

4 27.12.2016 Linear Wave Shaping - RC Low

Pass and its

response for Square Wave.

5 03.01.2017 Linear Wave Shaping - RC High

Pass and its


6 17.01.2017 Non-linear Wave Shaping - Diode

Clippers and its

Characteristics

CYCLE-II


Clamper

circuits

8 31.01.2017 Switching Characteristics of

Transistor

9 07.02.2017 Mono-stable Multivibrator

10 14.02.2017 Astable Multivibrator

11 21.02.2017 UJT Relaxation Oscillator



LESSON PLAN

Subject : PDC LAB (L174) Academic Year : 2015-16 Semester : IV

Year : II(2014-18) Section :

BATCH - B

Signature of Faculty Signature of HOD

S.No Date Name of the Experiment Date Marks Signature

CYCLE-I

1 08.12.2016 Study of Logic gates &

Implementation using

Universal Gates.

2 15.12.2016 Applications of Logic Gates –

Adders &

Subtracters.

3 22.12.2016 R-S & J-K Flip-Flops

Implementation

4 29.12.2016 Linear Wave Shaping - RC Low

Pass and its


5 05.01.2017 Linear Wave Shaping - RC High

Pass and its



Clippers and its

Characteristics

CYCLE-II


Clamper

circuits

8 26.01.2017 Switching Characteristics of

Transistor

9 02.02.2017 Mono-stable Multivibrator

10 09.02.2017 Astable Multivibrator

11 16.02.2017 UJT Relaxation Oscillator



LESSON PLAN

Subject : PULSE AND SWITCHING CIRCUITS - S361 Academic Year : 2016-17 Semester : IV Date: 01.12.2016

To 15.04.2017


S361 - PULSE AND SWITCHING CIRCUITS

(Common to ECE, EIE)

UNIT – I Linear Wave Shaping Circuits:

Low pass and High pass RC circuits and their response for sinusoidal, step, pulse, square and

ramp inputs. RC circuit as differentiator, integrator and double differentiator, RL, RLC

circuits and their response for step input.

UNIT – II Non Linear Wave Shaping Circuits:

Clipper circuits using Diode and Transistor, clipping at two independent levels, Zener Diode

Clippers, Emitter coupled clipper, Comparators, applications of voltage comparators,

Clamping operation, clamping circuits using diode with different inputs, Clamping circuit

theorem and practical clamping circuits.

UNIT – III Switching Characteristics of Devices:

Diode Modeling, Diode Switching Times, Transistor as a switch, Break down voltage

considerations of transistor, saturation parameters of Transistor and their variation with

temperature, Transistor switching times.

Multivibrators-I: Bistable Multivibrator-Fixed bias, self biased transistor binary,

commutating capacitors, Principle of operation, analysis and design of Bistable

Multivibrator.

UNIT – IV Multivibrators-II:

Monostable Multivibrator-Collector-coupled and Emitter-coupled Mono stable

Multivibrator, Principle of operation, analysis and design of Monostable Multivibrator;

Astable Multivibrator-Collector coupled and Emitter-coupled, Design of Astable

Multivibrator; Schmitt trigger circuit-Principle of operation, analysis and design, calculation

of UTP, LTP and applications.

UNIT – V Time Base Generators:

Features of Time Base Signals, methods of generating time based signals, RC ramp

generator, constant current ramp generator, UJT saw tooth generator, Bootstrap ramp

generator, Miller integrator ramp generator.

Sampling Gates: Operating principles of sampling gates, Unidirectional and Bi-directional

sampling gates, reduction of pedestal in gate circuits, applications of sampling gates.

TEXTBOOK

J.Millman and H.Taub, “Pulse,Digital and Switching Waveforms”, McGraw-Hill

Publishers,1965.

REFERENCES

1. A. Anand Kumar, “Pulse and Digital Circuits”, PHI Publishers, 2005.

2. K.Venkatarao, K.Rama Sudha and G.Manmadha rao, “Pulse and digital circuits”, Pearson

education Publishers, 2010.

3. V.U.Bakshi and A.P.Godse, “Pulse and Digital Circuits”, Technical Publications, Pune,

2009.

4. J.B.Gupta, “Pulse and Digital Switching Circuits”, SK.Kataria and Sons Publications, New

Delhi, 2007.

Pre-requisite: Electronic Devices and Circuits and Digital Electronic Circuits


In this course student will learn about

1. The basic concepts of low pas and high pass circuits and their response to different signal

inputs.

2. Different types of clippers and clampers and their operation.

3. Switching Characteristics of Diode and Transistor. Fixed bias and self bias Bistable

multivibrator and their operation.

4. Different types of Monostable and Astable multivibrators and their operation and

applications.

5. Different types of Time base generators and the operation of Sampling Gates.


At the end of the course student will be able to

CO1: Analyse RC, RL, RLC circuits.

CO2: Differentiate clipper and clamper circuits and their response.

CO3: Differentiate various types of Multi vibrators and their applications in digital

systems.

CO4: Analyse the methods for generating time based sweep signals.

CO5: Understand sampling gate operation and their applications.


Course

Code

COs Pos PSOs

1 2 3 4 5 6 7 8 9 10 11 12 PSO1 PSO2

S192

CO1 3 3 3 2 3 3 3

CO2 3 2 2 3 3 3

CO3 3 3 3 2 2 3 3 3

CO4 3 3 2 3 3 2

CO5 2 3 3 2 2 3 2

Note: Where 3-Strongly correlated, 2-Moderately Correlated , 1-Slightly Correlated


(DM)

Assessment Methods

(AM)














1 Introduction to Pulse and Switching Circuits 01-12-2016 2 1

UNIT –I:LINEAR WAVE SHAPING CIRCUITS

2 Sinusoidal Response of Low Pass RC

Circuit 02-12-2016 2 1

1,3,5,7

3 Step and Pulse Response of Low Pass RC 03-12-2016 2 1

4 Square Response of Low Pass RC circuit 05-12-2016 2 1

5 Ramp Response of Low Pass RC circuit 07-12-2016 2 1

6 Sinusoidal Response of High Pass RC

Circuit 08-12-2016 2 1

7

Step and Pulse Response of High Pass RC

circuit 09-12-2016 2 1,

8 Square Response of High Pass RC circuit 10-12-2016 2 1,

9 Ramp Response of High Pass RC circuit 12-12-2016 2 1,

10 High Pass RC circuit as differentiator 14-12-2016 2 1

11 Tutorial class-1 15-12-2016 2 1

12 Low pass RC circuit as Integrator 16-12-2016 2 1

13 High Pass RC circuit as double differentiator 17-12-2016 2 1

14 Step response of RL circuit 19-12-2016 2 1

15 Step response of RLC circuit 21-12-2016 2 1

16 Problems on Unit-I 22-12-2016 2 1

17 Problems on Unit-I 23-12-2016 2 1

18 Quiz on UNIT-I, Tutorial-I 24-12-2016 2 1

19 Assignment on UNIT-I 26-12-2016 2 1

UNIT –II:NON-LINEAR WAVESHAPING CIRCUITS

20 Clipper circuit using Diode 29-12-2016 2 1

21 Clipper circuit using Diode 02-01-2017 2 1

23 Clipping at two independent levels 04-01-2017 2 1

24 Clipper circuit using transistor 05-01-2017 2 1

25 Zener diode as Clippers 06-01-2017 2 1

26 Emitter Coupled clipper 07-01-2017 2 1 1,3,5,7

27 Comparators 10-01-2017 2 1

28 Applications of Voltage comparators 11-01-2017 2 1

1,3,5,7

29 Clamping operation 12-01-2017 2 1,

30

Clamping circuit using diode using

different inputs 16-01-2017 2 1

31

Clamping circuit using diode using

different inputs 17-01-2017 2 1

32 Clamping circuit theorem 18-01-2017 2 1

33 Practical clamping circuits 19-01-2017 2 1

34 Quiz on UNIT-II, Tutorial-II 20-01-2017 2 1

35 Assignment on UNIT-II 21-01-2017 2 1

36 I MID EXAM 23-01-2017

1

37 I MID EXAM 25-01-2017

1

38 I MID EXAM 27-01-2017

1

39 I MID EXAM 28-01-2017

1

40 I MID EXAM 30-01-2017

1

UNIT –III:SWITCHING CHARACTERISTICS OF DEVICES&MULTIVIBRATORS-I

41 Diode Modelling 01-02-2017 2 1

42 Diode switching times 02-02-2017 1 1

43 Transistor as a switch 30-01-2017 2 1

44

Breakdown voltage considerations of

transistor 03-02-2017 2 1

45 Saturation parameters of transistor 04-02-2017 2 1

46

Saturation parameters variation with

temperature 06-02-2017 2 1

47 Transistor switching times 08-02-2017 3 1

48 Fixed bias Bi-stable Multivibrator 10-02-2017 2 1

49

Self bias transistor binary Bi-stable

Multivibrator 13-02-2017 2 1

50 Commutating capacitors 15-02-2017 2 1

51

Principle of operation of Bi-stable

Multivibrator 16-02-2017

52

Analysis and design of Bi-stable

Multivibrator 17-02-2017

53 Quiz on UNIT-III, Tutorial-III 23-02-2017

54 Assignment on UNIT-III 27-02-2017

UNIT –IV:MULTIVIBRATORS-II

55 Introduction to Monostable Multivibrator 02-03-2017 2 1 1,3,5,7

56 Collector-coupled Monostable Multivibrator 03-03-2017 2 1

57 Emitter-coupled Monostable Multivibrator 04-03-2017 2 1

58

Principle of operation of Monostable


59

Analysis and Design of Monostable


60 Introduction to Astable Multivibrator 11-03-2017 2 1

61 Collector-coupled Astable Multivibrator 13-03-2017 2 1

62 Emitter-coupled Astable Multivibrator 15-03-2017 2 1

63 Design of Astable Multivibrator 16-03-2017 2 1

64 Principle of operation of Schmitt trigger 20-03-2017 2 1

65 Analysis and design of Schmitt trigger 22-03-2017 2 1

66 Calculation of UTP and LTP 23-03-2017 2 1

67 Applications of Multivibrators 23-03-2017 2 1

68 Tutorial-IV 24-03-2017 2 1

69 Quiz and Assignment on UNIT-IV 24-03-2017 2 1 1,2,3,5,

7

UNIT –IV:TIME BASE GENARATORS & SAMPLING GATES

70 Time base signals features 25-03-2017 2 1

71 Methods of generating time based signals 27-03-2017 2 1

72 RC ramp generator 30-03-2017 2 1

1,3,5,7

73 Constant current ramp generator 30-03-2017 2 1

74 UJT sawtooth generator 31-03-2017 2 1

75 Bootstrap ramp generator 31-03-2017 2 1

76 Miller Integrator ramp generator 01-04-2017 2 1

77 Operating principles of sampling gates 01-04-2017 2 1

78 Uni-directional sapling gates 03-04-2017 2 1

79 Bi-directional sapling gates 03-04-2017 2 1

80 Reduction of pedestal in sampling gates 03-04-2017 2 1

81 Applications of Sampling gates 03-04-2017 2 1

82 Tutorial-V 03-04-2017 2 1

83 Quiz and Assignment on UNIT-V 03-04-2017 3 1

84 II-MID EXAMS 06-04-2017

1

85 II-MID EXAMS 07-04-2017

1

86 II-MID EXAMS 10-04-2017

1

87 II-MID EXAMS 12-04-2017

1 5

88 II-MID EXAMS 13-04-2017

1 5

89 II-MID EXAMS 15-04-2017

1 5

Assessment Summary:

Assessment Task Weight

age

(Marks)

CO1 CO2 CO3 CO4 CO5

Assignments

05

X X X X X

Quizzes X X X X X

Tutorials X X X X X

Surprise Tests -- X X X X X

Mid Exams 20 X X X X X

Model Exams -- X X X X X

End Exam 75 X X X X X

Attendance --

Total 100


Name Sk.Mastan Sharif G.Venkata Rao Sk.Mastan Sharif Mr.R. Anjaneyulu

Naik

Sign

with

Date

S410 – TRANSDUCERS IN INSTRUMENTATION



Credits : 4 External Examinations : 3 Hrs

---------------------------------------------------------------------------------------------------------------

UNIT – I

Introduction to Instrument & measurement systems: General Concepts About Sensor &

Transducer, Measurement Systems, Sensor Classification, General Input-Output

configuration.

Performance characteristics: Static characteristics of measurement systems: Accuracy,

Precision, Resolution, Threshold , Sensitivity, Linearity, Non-Linearity , Hysteresis, Dead

Zone, Drift, Span Range, Resolution, Systematic Errors , Random Errors. Dynamic

characteristics of measurement systems: Step Ramp Impulse & Frequency Response Of

Zero-

Order, First-Order, And Second-Order Measurement Systems

UNIT – II

Active Transducers :Thermocouple, Cold Junction Compensation, Piezoelectric Sensor,

Charge Amplifier, Photovoltaic Sensor, Electrochemical sensor.

UNIT – III

Mechanical Transducers :Thermometer, Diaphragm, Bellows, Bourdon Tube, Bimetallic

Transducers Resistive Transducers: Potentiometers, Strain Gauges And Types, Resistive

Temperature Detectors (RTD), Thermistors, Magneto Resistors, Light-Dependent Resistors

(LDR).Cantilever, Load Cell, Torsion Bar,

UNIT – IV

Capacitive Transducers: Variable and differential dielectric, gap between the plates &

area of

the plates. Inductive Transducers: Variable reluctance sensor, eddy current, linear

variable

differential transformers (LVDT), synchros, resolvers, inductosyn, magneto elastic sensors,

magneto resistive Transducers, Electromagnetic Transducers: Transducers based on

faraday’s law, hall effect Transducers

UNIT – V

Miscellaneous Transducers:

Photo diode, Photo transistor, Position sensitive detector, Magneto Diode, Magneto

Transistor.

TEXT BOOKS

1. Ramon PallásAreny,John G. Webster ,Sensors and Signal Conditioning; 2nd edition,John

Wiley and Sons, 2000.

2. ArunK.Ghosh, Introduction to Measurement & Instrument,3rdedition,Published by

PHILearning,2009.

REFERENCES

1. D.Patranabis, Sensors and Transducers, TMH 2003.

2. Jon Wilson, Sensor Technology Handbook, Newnes Publications, 2004.

3. Herman K.P. Neubrat, Instrument Transducers – An Introduction to Their Performance

and Design, Oxford University Press, 2008.

4. E.O. Doeblin, Measurement Systems: Applications and Design, McGraw Hill

Publications, 2013.

Pre-requisite:

Students should have a good knowledge in Electronic Devices & Circuits

TRANSDUCERS IN INSTRUMENTATION


Students will learn about:

Basic operational characteristics of measurement systems

Working principles of various active Transducers

Various mechanical transducers principles & processing of signal using suitable signal

conditioning circuit

Different types of Capacitive ,Inductive & Electromagnetic Transducers working

principles

Various Miscellaneous Transducers principles & working


By the completion of the course, the students are able to:

CO1: Understand the operational characteristics of measurement system.

CO2: Gain the knowledge about the active type transducers like Thermocouples, Piezo

Electric, etc.

CO3: Acquire adequate knowledge about the mechanical transducers like Bellows,

diaphragms etc.

CO4: Understand the working of Capacitive & resistive type transducers

CO5: Analyze operating principles of different Miscellaneous transducers.


(DM)

Assessment Methods

(AM)














UNIT –I:

1 Introduction to Subject 01-12-2016 2 1

1,3,

5,7

2

Unit 1:Introduction to Measurement

system

02-12-2016

2 1

3 Sensor & Transducers 03-12-2016 2 1

4 Sensor classification 05-12-2016 2 1

5 Measurement system 06-12-2016 2 1

6 Tutorial Class 08-12-2016

7 B.D of measurement system 09-12-2016 2 1

8

General input and output

configuration of M.S

10-12-2016

2 1

9

Performance of Measurement

systems

12-12-2016

2 1

10 Static Characteristics of M.S 13-12-2016 2 1

11

Accuracy, Precision, Sensitivity,

Linearity and Resolution etc.

15-12-2016

2 1


13 Dead Zone ,Drift &span Range 17-12-2016 2 1

14 Systematic Errors 19-12-2016 2 1

15 Random Errors 20-12-2016 2 1

16 Dynamic Characteristics of M.S 22-12-2016 2 1

17 Zero order system of M.S 23-12-2016 2 1


19 First order system of M.S 26-12-2016 2 1

20

Second order system of M.S and its

response

27-12-2016

2 1

21 Assignment 29-12-2016 2

UNIT –II:

22

Unit-II:Introduction to Active

Transducers

30-12-2016

2 1

1,3,

5,7

23 Thermocouple principle & working 01-01-2017 2 1.2

24 Types of Thermocouples 03-01-2017 2 1

25 Cold Junction Compensation 05-01-2017 2 1

26 Piezoelectric sensor 06-01-2017 2 1


28 Equivalent circuit of Piezo tranducer 16-01-2017 2 1

29 Charge Amplifier 17-01-2017 2 1,2

30 Photovoltaic Sensor 19-01-2017 2 1,2

31 Electrochemical sensor 20-01-2017 2 1

Electrochemical sensor 21-01-2017 2 1

32 Tutorial Class 2 1

33 Assignment

34 MID-I Exam 23-01-2017

35 MID-I Exam 24-01-2017

36 MID-I Exam

37 MID-I Exam

38 MID-I Exam

39 MID-I Exam

UNIT-III:

40 Unit-3: Mechanical Transducers 27-01-2017 2 1 1,3,

5,7

41 Thermometer 28-01-2017 2 1

42 Force summing elements 30-01-2017 2 1,2

43 Force summing elements 31-01-2017 2 1

44 Resistive Transducers 02-02-2017 2 1,2


46 Potentiometers 04-02-2017 2 1,2

47 Strain Gauges & types 06-02-2017 2 1

48 Strain Gauges & types 07-02-2017 2 1

49 RTD 09-02-2017 2 1,2

50 Thermistors 10-02-2017 2 1


52 Magneto Resistors& LDR 13-02-2017 2 1,2

53 Cantilever Beams 14-02-2017 2 1,2

54 Torsion Bars 16-02-2017 2 1

55 Assignment 17-02-2017

56 Unit-4:Introduction 18-02-2017 2

1,3,

5,7

57 Capacitive Transducer Principles 20-02-2017 2 1

58 Capacitive Transducer working 21-02-2017 2 1

59 Inductive Transducers 23-02-2017 2 1,2

60 Eddy current Type 24-02-2017 2 1


62 LVDT Type 27-02-2017 2 1,2

63 Synchros&Resolvers 28-02-2017 2 1

64 Inductosyn 2-03-2017 2 1

65 Magneto Elastic Sensor 3-03-2017 2 1

66 Magneto Resistive Transducer 4-03-2017 2 1


68 Electromagnetic Transducers 7-03-2017 2 1

69 Based on Faraday’s Law 9-03-2017 2 1

70 Hall Effect transducer 10-03-2017 2 1

71 Assignment 11-03-2017

74 Unit 5:Introduction 13-03-2017 2 1

1,3,

5,7

75 Photo Diode 14-03-2017 2 1

76 Photo Transistor 16-03-2017 2 1

77 Position Sensitive Detector 17-03-2017 2 1

78 Tutorial Class 18-03-2017 2

79 Magneto Diode 20-03-2017 2 1

80 Magneto Transistor 21-03-2017 2 1

81 Assignment 23-03-2017 2

82 Revision 24-03-2017 2 3,9

83 Revision 25-03-2017 2 3,9

84 Revision 27-03-2017 2 9

85 Revision 28-03-2017 2 9

86 Revision 30-03-2017 2 9

87 MID-II Exam 31-03-2017

88 MID-II Exam

89 MID-II Exam

90 MID-II Exam

91 MID-II Exam

92 MID-II Exam

93 MID-II Exam

Assessment Summary:


(Marks)

Course Outcomes

CO1 CO2 CO3 CO4 CO5

Assignments 05

Quizzes --

Tutorials --

Surprise Tests --

Mid Exams 20

Model Exams --

End Exam 75

Attendance --

Total 100


Course

Code

CO’s Programme Outcomes

1 2 3 4 5 6 7 8 9 10 11 12

S410

1 3 2 2 3

2 3 3 2 2

3 2 3 2 2 2

4 3 3 2

5 2 3 2


Name V.Vineela Mr.M.VasuBabu Mr.M.VasuBabu Mr.R.A.Naik

Sign with

Date

LakireddyBalireddy College of Engineering College

Documents

Transcript of LakireddyBalireddy College of Engineering College