course outline

EEEB 111 ELECTRICAL AND ELECTRONICS MEASUREMENT LABORATORY UNITEN (SEMESTER II 2009/2010) i

COURSE DESCRIPTION

Title : EEB111 (Electrical and Electronics Measurement Laboratory)

Credits : 1

Co requisites : EEEB113 (Circuits Analysis 1)

Aims/Objectives:

To provide students with basic knowledge, understanding and skills in performing

measurements using measuring equipment on fundamental electrical quantities -

Resistance, DC voltage, DC current, frequency, Voltage peak to peak, Voltage zero to peak,

Phase Angles etc.

Course Outcomes:

At the end of this course, students will be able to accomplish the following Outcome Based

Education (OBE) Course Outcomes (CO):

CO1 - Identify resistor value and tolerance through colour code. Perform

resistance measurement using DMM.

CO2 - Perform DC voltage and current measurement in a simple DC circuit.

CO3 - Perform variety of measurements done with Oscilloscope.

(Peak, peak to peak, frequency, phase, and first order circuit response)

CO4 - Recognize the loading effect of measurement equipment to the circuit.

CO5 - Compare simulation results with experimental values.

(Nodal Analysis and Operational Amplifiers)

CO6 - Apply lab occupational health and safety rules.

Laboratory manual

Obtain from Lab Technician at BL-2-010.

Other reference material

Download from Metalab Server: http://metalab.uniten.edu.my/~sulaiman/eeeb111.htm

Reference Textbooks:

(1) Introductory Circuit Analysis (10th Edition), Robert L. Boylestad, Prentice Hall, 2003.

(2) Fundamentals of Electric Circuits Charles K. Alexander and Matthew Sadiku,

McGraw Hill, 2000.

EEEB 111 ELECTRICAL AND ELECTRONICS MEASUREMENT LABORATORY UNITEN (SEMESTER II 2009/2010) ii

Course Structure:

The course meets for 1 laboratory session per week, consisting of a 3 hours session.

Students work in groups of two, for every laboratory session. Students are assessed on

their nine (9) laboratory worksheets and three (3) computer assignments submitted. Two

practical exams are given in the duration of the course.

Assessment/Course Grading:

Course grade will be assessed based on the following:

Worksheets (Lab 1 till Lab9 x3%) 27%

SPICE (3 assignments x 3%) 9%

Attendance 2%

Peers review 2%

Practical Exam 1 30%

Practical Exam 2 30%

Total 100%

Laboratory Ethics:

1. A student coming in 20 minutes after laboratory session has started will be

considered ABSENT.

2. Students must obtain PERMISSION from the instructor prior to leaving a

laboratory session.

3. A student MUST attend AT LEAST 80% of the entire laboratory sessions TO

RECEIVE A GRADE.

4. Students must do PRE-LAB assignments and understand the relevant

worksheets, PRIOR to attending the relevant laboratory session.

5. Students are to STRICTLY abide by the laboratory rules as well as universitys

safety regulation.

6. Students are to PAY ATTENTION in class, to facilitate their learning process.

7. NO COPYING.

Note: The Lab Instructor will not allow any students failing to comply with the above rules,

to continue to sit for the FINAL EXAMS.

EEEB 111 ELECTRICAL AND ELECTRONICS MEASUREMENT LABORATORY UNITEN (SEMESTER II 2009/2010) iii

Course Contents:

Lab

Lab Sessions

1

Introduction to Measurement:

Measurement of resistances using digital and analogue measuring

equipment and to determine the internal connections of the proto-

board.

2

Simple DC Circuits:

Measure the voltages and currents, in series and parallel DC circuits

correctly, using digital and analogue meters; and verify Kirchhoffs law

(including current/voltage divider rule).

3

Nodal Analysis:

Build a resistive circuit with DC sources and to make node voltage

measurements, for comparison against voltages obtained from a

computer simulation program, LTSPICE.

4

Loading Effects of Meters:

Identify the loading effect of digital and analogue meters, used in

measuring current and voltage values

5 Introduction to the Oscilloscope:

Learn how to use the digital oscilloscope to display time varying signal.

6

Inverting and NonInverting Amplifiers:

Familiarize with the operational amplifier characteristics and circuit

connections, for the inverting and non-inverting amplifiers, and to

compare between the experimental with LTSPICE software simulated

results for series connection amplifiers.

7

Oscilloscope Triggering & Phase Measurement:

Study the triggering controls of the digital oscilloscope and determine

the phase relationship between two sinusoidal signals, by using the

time delay method and the Lissajous pattern method.

8

Capacitor, Inductor and First Order Circuit:

Validate conclusions regarding the behaviour of capacitors in a steady-

state dc network, determine the capacitance and inductance value by

evaluating reactance and compare against nominal value

9

Integrator and Differentiator:

Construct integrator and differentiator circuits using operational

amplifiers, and to compare between the experimental with LTSPICE

software simulated results.

EEEB 111 ELECTRICAL AND ELECTRONICS MEASUREMENT LABORATORY UNITEN (SEMESTER II 2009/2010) iv

Instructors:

Revised June 2010

Name : Azlina Binti Abdullah

Office : BW-2- C033 (ext. 3233)

Email : [email protected]

Section: 03

Name : Nor Iza Binti Mohd Rawi

(Coordinator)

Office : BW-2-C44 (ext. 3237)


Section: 01

Name : Dr Siti Fazlili Binti Abdullah

Office : BA-3-072 (03-8928 7260)


Section: 02

Name : Kunalen Thirappa

Office : ****** (ext. 3287)


Section (s): 05 & 11

Name : Azrul Ghazali

Office : BN-3-036 (ext. 2219)


Section: 04

Name : Intan Shafinaz Binti Mustafa



Section: 06

Name : Nur Badariah Binti Ahmad Mustafa

Office : BN-3-022 (ext. 6450)


Section: 07

Name : Syed Sulaiman Bin Kaja Mohideen

Office : BN-3-033 (ext. 6303)


Section (s): 08, 12, 16

Name : Assoc. Prof. Dr. Ong Hang See

Office : BW-2- C029 (ext. 2339)


Section: 09

Name : Mohd Suhaimi Bin Sauti



Section: 13

Name : Suhaila Binti Sulaiman



Section: 10

Name : Abu Bakar Bin Hasan



Section: 14

Name : Professor Dr. Ibrahim Bin Ahmad

Office : BN-1-066 (03-8928 7284)


Section: 15

course outline

Documents