Course Material for EE1101: Circuits and Network Analysis (Fall 2025)

Scribble

The classroom scribble is provided for quick reference and review. The recommended textbooks and references offer comprehensive coverage of the material, and students are strongly encouraged to refer standard resources for detailed study.

Lec. (Date)	Topics Covered	Classroom Scribble
1 (28/07)	Introduction General overview of Maxwell's equations Analysis and Design	Link
2 (29/07)	Introduction to DC Circuits Circuit domain essentials: Voltage and Current Reference and Polarity	Link
3 (01/08)	Introduction to DC Circuits Circuit domain essentials: Power and Energy Two Terminal Elements in DC Circuits	Link
4 (04/08)	DC Circuit Analysis - Governing principles Resistance KCL and KVL	Link
5 (05/08)	DC Circuit Analysis Voltage and Current Divider Circuits Port and its characteristics	Link
6 (07/08)	Node Analysis Introduction to Node Analysis Node Analysis for circuits with current sources and passive elements	Link
7 (11/08)	Node Analysis Use of Matrices in Node Analysis Node Analysis for circuits with voltage sources	Link
8 (12/08)	Mesh Analysis Introduction to Mesh Analysis Mesh Analysis for circuits with voltage sources and passive elements	Link
9 (18/08)	Mesh Analysis Mesh Analysis for circuits with Current sources Concept of Supermesh	Link
10 (19/08)	Equivalent Circuits and Source Transformation Equivalent Circuits Source Transformation	Link
11 (22/08)	Dependent Sources Dependent Sources Three-terminal Circuit Elements	Link
12 (25/08)	Circuits with Three-terminal Elements Typical operating modes of three-terminal elements Circuits with Three-terminal Elements	Link
13 (26/08)	DC Analysis of BJT and MOSFET Circuits Modeling of Bipolar Junction Transistor (BJT) using Dependent Source Modeling of Metal Oxide Semiconductor Field E!ect Transistor (MOSFET) using Dependent Source	Link
14 (29/08)	DC Analysis of Op-Amp Circuits Modeling of Operational Amplifier (Op-Amp) using Dependent Source Virtual Short Principle	Link
15 (01/09)	Time Varying Signals Unit Step and Impulse Signals Periodic Signals	Link
16 (02/09)	Periodic Signals Average value of a Periodic Signal RMS value of a periodic Signal	Link
17 (08/09)	Sinusoidal Signals and Phasors Sinusoidal Signal and its Properties Phasor Representation	Link
18 (09/09)	Power in AC Circuits Instantaneous, Active and Reactive Power Complex Power and Power Factor	Link
19 (12/09)	KVL for AC Circuits Validity of KVL for AC Circuits Introduction to Inductors	Link
20 (15/09)	Inductors Inductors from a circuit point of view Response of inductors to various signals	Link
21 (16/09)	Inductors Power Associated with an inductor Energy Associated with inductors	Link
22 (18/09)	Capacitors Capacitors from a circuit point of view Power and Energy Associated with Capacitors	Link
23 (19/09)	First-order Circuits Solution of First-order Differential Equation Step response of an RL circuit	Link
24 (22/09)	First-order Circuits Quantifying Transient Response Zero Input and Zero state Response	Link
25 (23/09)	First-order Circuits Sinusoidal Response of First Order Circuits Role of Phasors and Impedances	Link
26 (06/10)	First and Second-Order Circuits Sinusoidal Response using Complex Exponentials Introduction to Second-order Circuits	Link
27 (07/10)	Second-Order Circuits Introduction to Second-Order Homogeneous Differential Equations Solution of Second-Order Homogeneous Differential Equations	Link
28 (10/10)	Second-Order Circuits Forced Response of Second-order Circuits	Link
29 (13/10)	Second-Order Circuits Method of Undetermined Coefficients Sinusoidal Forcing Functions	Link
30 (14/10)	Review of Node and Mesh Analysis Node Analysis for AC Circuits Mesh Analysis for AC Circuits	Link
31 (15/10)	Network Theorems Linearity and Superposition Thevenin's Theorem	Link
32 (17/10)	Network Theorems Thevenin's Theorem Norton's Theorem	Link
33 (24/10)	Network Theorems Maximum Power Transfer Theorem Norton's Theorem	Link
34 (27/10)	Two-port Networks Introduction to Two-Port Networks Admittance and Impedance Parameters	Link
35 (28/10)	Two-port Networks Admittance and Impedance Parameters Hybrid and Inverse Hybrid Parameters	Link
36 (31/10)	Two-port Networks Examples of Two-port Networks	Link
37 (03/11)	Two-port Networks Transmission Parameters Series and Cascade Connection of Two-port networks	Link
38 (04/11)	Resonance in AC Circuits Introduction to Resonance Resonance in Series RLC circuit	Link
39 (07/11)	Resonance in AC Circuits Resonance in Series RLC circuit Quality factor and Bandwidth	Link
40 (10/11)	Magnetic Circuit Analysis Introduction to Magnetic Circuit Analysis Basic framework	Link
41 (11/11)	Magnetic Circuit Analysis Magnetic circuits with single winding	Link