UM Home | Faculties, Academies, Institutes & Centres | Home | Experiment Sheets

Experiment Sheets (page 1)

The experiment list is arranged according to the LAB. For ease of search, press Ctrl+f and type the words to be searched. Then, click on the experiment code and title.

 

Students are encouraged to download the latest experiment sheets from this page since the sheets are updated from time to time.


If any experiment sheet is missing in this list or the sheet is not correctly linked, please contact the lab coordinator immediately.


An "Open-Ended" experiment, as indicated in brackets after the experiment title, means the experiment does not have a unique solution but the solution should answer the required criteria. The solution may vary between different students.

 

To download the lecture notes related to each experiment, click the course name under "Related Course & Lecture Notes." Some lecture notes can only be downloaded using University of Malaya's internet connection.

 

** For experiments in High Voltage Laboratory, click here to download the experiment sheets.

   
 

 EXPERIMENT CODE: TITLE

 LAB

RELATED COURSE & LECTURE NOTES

E1.01X: BASIC OPERATION OF OSCILLOSCOPE AND FUNCTION GENERATOR
(Students are not required to submit a lab report for E1.01X)

Engineering

Refer to the "Manuals" provided at the bottom of this page

E1.01Y: BASIC OPERATION OF OSCILLOSCOPE AND FUNCTION GENERATOR
(Students are not required to submit a lab report for E1.01Y)

Electronics

Refer to the "Manuals" provided at the bottom of this page

E1.02: RECTIFIER CIRCUITS

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

E1.04: COMMON EMITTER CONNECTION

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

E1.05: FIELD EFFECT TRANSISTOR

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

E1.06: TRANSISTOR AMPLIFIER

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

E1.07: DIFFERENTIAL AMPLIFIER

Engineering

KIE1007 / KEEE2225 Electronic Circuit 2

E1.09: EXPERIMENT BASED ON NETWORK THEOREMS

Engineering

KIE1005 / KEEE1113 Circuit Analysis 1

E1.10: ACTIVE FILTER CIRCUITS

Engineering

KIE2005 / KEEE2231 Circuit Analysis 2

E1.11: DIODE CLIPPING AND CLAMPING CIRCUITS

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

E1.12: SINUSOIDAL RESPONSE OF RC CIRCUIT

Engineering

KIE1005 / KEEE1113 Circuit Analysis 1

E1.13: STEP RESPONSE OF RC AND RLC CIRCUITS

Engineering

KIE1005 / KEEE1113 Circuit Analysis 1

E1.14: COMMON COLLECTOR CONNECTION

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

E1.15: COMMON COLLECTOR AND COMMON EMITTER AMPLIFIERS

Engineering

KIE1007 / KEEE1125 Electronic Circuit 1

D1: BASIC LOGIC GATES

Digital

KIE1003 / KEEE1131/KEET1131 Digital System

D2: FLIP FLOP

Digital

KIE1003 / KEEE1131/KEET1131 Digital System

D3: HALF AND FULL ADDER CIRCUITS

Digital

KIE1003 / KEEE1131/KEET1131 Digital System

D4: ADDER AND COUNTER

Digital

KIE1003 Digital System

KEEE2232 Digital Design

D5: SCHEMATIC DESIGN USING ALTERA

Digital

KIE1003 Digital System

KEEE2232 Digital Design

D6: MEMORY BLOCKS

Digital

KIE1003 Digital System

KEEE2232 Digital Design

D7: COMBINATION OF LOGIC GATES

Digital

KIE1003 / KEEE1131/KEET1131 Digital System

D8: VERILOG MODULE AND 7-SEGMENT DISPLAY

Digital

KIE1003 Digital System

KEEE2232 Digital Design

MP1: INTRODUCTION TO MICROPROCESSORS

Microprocessor

KEEE3235 Microprocessor & Microcontroller

MP2: MICROPROCESSOR APPLICATIONS (Open Ended)

Microprocessor

KEEE3235 Microprocessor & Microcontroller

MP3: APPLICATIONS OF MICROCONTROLLER (PART 1)

Microprocessor

KEEE3235 Microprocessor & Microcontroller

MP4: APPLICATIONS OF MICROCONTROLLER (PART 2) (Open Ended)

Microprocessor

KEEE3235 Microprocessor & Microcontroller

OP1: ERBIUM DOPED FIBRE EXPERIMENT

Optics

KIJ4004 / KEET4205 Optical Communication and Optoelectronics

OP3: SIMULATION OF FIBRE OPTIC COMMUNICATION LINK

Optics

KIJ4004 / KEET4205 Optical Communication and Optoelectronics

OP4: RECEIVER SENSITIVITY MEASUREMENT

Optics

KIJ4004 / KEET4205 Optical Communication and Optoelectronics

OP5: OSNR MEASUREMENT AND EYE DIAGRAM ANALYSIS (Open-ended)

Optics

KIJ4004 / KEET4205 Optical Communication and Optoelectronics

P1: CHARACTERISTICS OF THREE-PHASE ALTERNATOR

Power System

KIE4004 Power system

KEEE3254 Energy Conversion & HV Power Transmission

P2: OVERCURRENT PROTECTION

Power System

KIE4004 Power system

KEEE3254 Energy Conversion & HV Power Transmission

P3: SYNCHRONIZATION OF ALTERNATOR

Power System

KIE4004 Power system

KEEE3254 Energy Conversion & HV Power Transmission

P5: DIFFERENTIAL RELAY PROTECTION

Power System

KIE4004 / KEEE4253 Power System

P6: DISTANCE PROTECTION RELAY

Power System

KIE4004 / KEEE4253 Power System

P8: SINGLE PHASE TRANSFORMER

Power System

KIE4004 Power System
KEEE3254 Energy Conversion & HV Power Transmission

KW4: TEMPERATURE MEASUREMENT AND CALIBRATION

Control

KIE3006 Control System

KEEE2243 Instrumentation

KW5: SENSORS AND INSTRUMENTATION SYSTEM

Control

KIE3006 Control System

KEEE2243 Instrumentation

KW6: XPC TARGET CONTROL SYSTEM

Control

KIE3006 / KEEE3253 Control System

KW8: ROTATIONAL SPEED FOLLOWER CONTROL WITH PID CONTROLLER

Control

KIE3006 / KEEE3253 Control System


MANUALS / GUIDE:
Basic operation manual of Distance Protection Relay (for Experiment P6)

 

Quick Guide for DSO-X 2002A (Agilent) Oscilloscope (for Engineering Lab)

 

Quick Guide for TDS1002B (Tektronix) Oscilloscope (for Electronics Lab)

 

Quick Guide for CFG253 3 MHz Function Generator (for Engineering Lab)

   

Quick Guide for GAG-809 Function Generator (for Electronics Lab)

 

Guide on Protoboard / Breadboard (for Engineering and Electronics Labs)

 

Guide on Protoboard / Breadboard (for Digital Lab)

    

Quick Guide on Basic Logic Gates (for Digital Lab)

 

Quick Guide on Electrical and Electronic Components

  

Click here for more experiment sheets
  
Back to top
 
CCM 2.0 EDi - Copyright © 2015 - 2017 Pusat Teknologi Maklumat (PTM), University of Malaya, 50603 Kuala Lumpur, MALAYSIA. http://ict.um.edu.my