Learn Circuit Analysis II: AC phasors, impedance, power, resonance and filters
Available on iPhone/iPad and Android
Circuit Analysis II is available on both platforms
iPhone/iPad: download the single MasterNow app from the App Store — Circuit Analysis II is included with all subjects. Android: download the dedicated Circuit Analysis II subject app from Google Play.
137
Sub Topics
246
MCQs
113
MCOs
177
True/False
93
Fill Blanks
39
Rearrange
95
Matching
47
Comprehensions
93
Flashcard Decks
Curriculum
What You'll Learn
01 AC Circuit Analysis Fundamentals 3 topics
1 Sinusoidal Waveforms and Phasors
- Time-Domain and Frequency-Domain Representations
- Complex Numbers Review
- Phasor Representation of Sinusoids
- Euler's Identity and Exponential Form
2 AC Circuit Elements
- Resistors in AC Circuits
- Inductors in AC Circuits
- Capacitors in AC Circuits
- Impedance Concept
3 Power in AC Circuits
- Instantaneous Power
- Average Power
- Reactive Power
- Complex Power
- Power Factor and Correction
02 AC Network Analysis 4 topics
1 Nodal Analysis with AC Circuits
- Writing Node Equations with Impedances
- Solving Complex Node Equations
2 Mesh Analysis with AC Circuits
- Writing Mesh Equations with Impedances
- Solving Complex Mesh Equations
3 Superposition Principle in AC Circuits
- Handling Multiple AC Sources
- Frequency Considerations
4 Source Transformations in AC Circuits
- Voltage Source to Current Source Conversion
- Impedance Transformations
03 AC Circuit Theorems 4 topics
1 Thévenin's Theorem for AC Circuits
- Finding Thévenin Equivalent Impedance
- Finding Thévenin Equivalent Voltage Source
2 Norton's Theorem for AC Circuits
- Finding Norton Equivalent Impedance
- Finding Norton Equivalent Current Source
3 Maximum Power Transfer in AC Circuits
- Complex Conjugate Matching
- Power Transfer Efficiency
4 Substitution and Reciprocity Theorems
- Applications to AC Networks
- Limitations and Constraints
04 Frequency Response 3 topics
1 Frequency Domain Analysis
- Transfer Functions
- Poles and Zeros
- Bode Plots
2 Resonance
- Series Resonant Circuits
- Parallel Resonant Circuits
- Quality Factor (Q)
- Bandwidth
3 Filters
- Low-Pass Filters
- High-Pass Filters
- Band-Pass Filters
- Band-Stop Filters
- Filter Design Fundamentals
05 Coupled Circuits and Transformers 4 topics
1 Magnetically Coupled Circuits
- Self and Mutual Inductance
- Coefficient of Coupling
- Dot Convention
2 Ideal Transformers
- Turns Ratio
- Impedance Transformation
- Reflected Impedance
3 Practical Transformers
- Equivalent Circuit Models
- Losses and Efficiency
- Frequency Response Limitations
4 Applications of Transformers
- Power Distribution
- Impedance Matching
- Isolation
06 Three-Phase Circuits 4 topics
1 Three-Phase Concepts
- Generation of Three-Phase Voltages
- Phase Sequence
- Balanced vs. Unbalanced Systems
2 Delta and Wye (Star) Connections
- Delta-Connected Sources and Loads
- Wye-Connected Sources and Loads
- Delta-Wye Transformations
3 Power in Three-Phase Circuits
- Line and Phase Voltages and Currents
- Three-Phase Power Calculations
- Power Factor in Three-Phase Systems
4 Unbalanced Three-Phase Systems
- Analysis Methods
- Neutral Current
- Symmetrical Components Introduction
07 Laplace Transform in Circuit Analysis 4 topics
1 Laplace Transform Fundamentals
- Definition and Properties
- Common Transform Pairs
- Initial and Final Value Theorems
2 Circuit Element Models in s-Domain
- Resistors, Inductors, and Capacitors
- Initial Conditions
- Transformed Circuit Diagrams
3 Circuit Analysis Using Laplace Transform
- Transient Response
- Steady-State Response
- Complete Solution Techniques
4 Transfer Functions
- Deriving Transfer Functions
- Pole-Zero Analysis
- Stability Analysis
08 Fourier Analysis 4 topics
1 Fourier Series
- Trigonometric Form
- Exponential Form
- Symmetry Properties
2 Spectrum of Periodic Signals
- Line Spectra
- Power Spectral Density
- Parseval's Theorem
3 Fourier Transform
- Definition and Properties
- Common Transform Pairs
- Relationship to Laplace Transform
4 Applications to Circuit Analysis
- Frequency Response
- Filter Design
- Signal Processing
09 Two-Port Networks 4 topics
1 Two-Port Parameters
- Z-Parameters (Impedance)
- Y-Parameters (Admittance)
- h-Parameters (Hybrid)
- ABCD-Parameters (Transmission)
2 Conversions Between Parameter Sets
- Conversion Formulas
- Selection of Appropriate Parameters
3 Interconnection of Two-Port Networks
- Series Connection
- Parallel Connection
- Cascade Connection
4 Image Parameters and Wave Propagation
- Image Impedance
- Propagation Constant
- Filter Applications
10 State Variable Analysis 4 topics
1 State Variables and State Equations
- Defining State Variables
- First-Order Differential Equations
- State-Space Representation
2 Circuit Analysis Using State Variables
- Developing State Equations
- Matrix Formulation
- Solution Techniques
3 State Transition Matrix
- Properties and Calculation
- Zero-Input Response
- Zero-State Response
4 Applications to Higher-Order Circuits
- RLC Circuits
- Multiple Loop Circuits
- Control System Analysis
11 Computer-Aided Circuit Analysis 4 topics
1 Introduction to Circuit Simulation
- SPICE Fundamentals
- Creating Circuit Models
- Types of Analysis
2 AC Analysis with Computer Tools
- Frequency Sweep
- Bode Plots
- Transfer Functions
3 Transient Analysis
- Time-Domain Simulation
- Initial Conditions
- Convergence Issues
4 Advanced Simulation Techniques
- Monte Carlo Analysis
- Worst-Case Analysis
- Optimization Methods
12 Advanced Topics in Circuit Analysis 4 topics
1 Distributed Parameter Systems
- Transmission Line Theory
- Characteristic Impedance
- Reflection Coefficients
2 Nonlinear Circuit Elements
- Diodes and Transistors
- Small-Signal Analysis
- Linearization Techniques
3 Active Filters
- Operational Amplifier Basics
- Active Filter Topologies
- Design Considerations
4 Power Electronics Introduction
- Rectifiers
- Inverters
- Power Control Circuits
Explore More
Download Circuit Analysis II
iPhone/iPad: all-in-one app · Android: subject app