I. Course Outcome (COs):

Sl. No.

COs

(Upon successful completion of this course, students should be able to)

Corresponding POs

Bloom’s taxonomy domain/level*

Delivery Methods & activities

Assessment tools

C

A

P

CO 422-1

Modify voltmeter range to measure different voltage readings and explain its mechanism of operation

PO a,e

2,3

-

3

Lectures and experiment

Group experiment, Practical exam and quiz

CO 422-2

Compute unknown resistance by whetstone bridge and  illustrate its operation

PO a, b, i

2,3

-

3

Lectures and experiment

Group experiment, Practical exam and quiz

CO 422-3

Measure unknown  very high resistance by loss of charge method and justifythe theoretical equation

PO a, d

2,6

6

Lectures and experiment

Group experiment, Practical exam and quiz

CO 422-4

Measure capacitance using 555 timer and derive the output equation

PO a, b, e

1,4

4

Lectures and experiment

Group experiment, Practical exam and quiz

CO 422-5

Constructfull and half wave rectifier, precision rectifier, instrumentation amplifier and verify the output equations

PO c, d

5,6

5

Lectures and experiment

Group experiment, Practical exam and quiz

Session

Contents

COs

Week 1

v  Introduction to measurement and instrumentation.

v  Study of voltmeter range extension and verify experimentally.

1

Week 2

v  Whitestone bridge mechanism of operation and application of Whitestone bridge to measure unknown resistance.

2

Week 3

v  Source free RC circuit

v  Classification of resistance.

v  Measurement of very high resistance by loss of charge method

3

Week 4

v  555 timer and its different modes of operation

v  Capacitance measurement by 555 timer

4

Week 5

v  A/D and D/A Conversion.

5

Week 6

v  Op amps

v  Precision rectifier

5

Week 7

v  Instrumentation amplifier

5

Week 8

v  Electric Ohmmeter.

2

Week 9

v  Optocoupler, Photodiode and LED

3

Week 10

v  Active Low pass Butterworth Filter

2

Week 11

v  Universal high Resistance Voltmeter.

3

Week 12

v  Voltage Doubler Circuit

4