(Section A01: Limited to Electrical Honours,
Regular, and Computer Engineering students only.)
An introduction to part of the broad scope
of electrical engineering: electrostatics, capacitance, conduction, magnetic
fields, inductance, circuits and components, sine waves in time and space,
electrical machines and transformers, signal amplification.
(For Fall Term: Section A01: Limited to Electrical
Honours and Computer Engineering students only.)
(For Winter Term: Section A01: Limited to Regular
Electical Engineering students only.)
Circuit models, KCL and KVL, branch relations,
resistive circuit analysis, network theorems, one- and two-port networks,
networks in sinusoidal steady-state, power considerations, transient analysis
of first- and second-order networks, response to exponential driving functions,
frequency response of networks. Laboratory experiments involving basic
instrumentation. Measurements on fundamental electrical circuits and systems.
(Section A01: Limited to Electrical Honours,
Regular, and Computer Engineering students only.)
Data representation in digital computers.
Boolean algebra. Basic combinational circuits; their analysis and synthesis.
Elements of sequential circuits: latches, flip-flops, counters and memory
circuits. Computer structure, central processing unit, machine language.
Assemblers and assembler language.
Experiments with fundamental electric circuits
are used to illustrate the principles and limitations of basic electrical
and electronic instrumentation in typical measurement applications. Basic
electrical laboratory practice and safety procedures are introduced. Introduction
to error analysis and application to laboratory measurements.
ECSE 210 Circuit
Analysis
ECSE 221 Introduction
to Computer Engineering 1
ECSE 291 Electrical
Measurements Laboratory