Objective:

The laboratory emphasizes the practical, hands-on component of this course. It complements the theoretical material presented in lecture, and as such, is integral and indispensable to the mastery of the subject. There are several items of importance here including proper safety procedures, required tools, and laboratory reports. This exercise will finish with an examination of scientific and engineering notation, the standard form of representing and manipulating values.

Lab Contents

Lab Session 01

Introduction to Laboratory Equipments

Lab Session 02

Characteristics of Diode, half wave and full wave rectification

Lab Session 03

BJTs Common Emitter Input/Output Characteristics and Operating Regions

Lab Session 04

BJTs Common Base Input/Output Characteristics

Lab Session 05

BJTs Common Collector Input/Output Characteristics

Lab Session 06

BJT Voltage Divider & Emitter Feedback Configuration

Lab Session 07

FET input/output Characteristics

Lab Session 08

Characteristics of MOSFET in Enhancement Mode

Lab Session 09

Characteristics of MOSFET in Depletion Mode

Lab Session 10

MOSFET Digital-Gates Circuit

Lab Session 11

Inverting and Non-Inverting Amplifiers behavior of Operational Amplifier

Lab Session 12

BJT Common Emitter Amplifier Configuration

Lab Session 13

BJT Common Base Amplifier Configuration

Lab Session 14

Design Project

                               Assessment Criteria:

               Lab reports/performance                                                         60%

                  Quiz + assignment                                                                  10%                

                  Semester Project                                                                    10%

                  End semester performance base assessment                        20%

                  Total                                                                                         100%