Electrical Circuit Analysis
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Follow on Instagram for UpdatesElectrical Circuit Analysis Syllabus — Unit-wise Content
The official GTU curriculum for Electrical Circuit Analysis (subject code BE03009031) as prescribed for Electrical Engineering · Semester 3 divides the course into 5 units, covering 48 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (BE03009031)Unit 1 Network Theorems and Coupled circuits
- Solution of circuits with independent sources using Node and Mesh analysis
- Classification of dependent sources
- Solution of circuits with dependent sources using Node and Mesh analysis
- Concept of Super-node and Super- mesh in circuits with independent and dependent sources
- Superposition theorem
- Thevenin theorem
- Norton theorem
- Maximum power transfer theorem for circuits with independent and dependent sources
- Concept of duality and dual networks
- Mutually coupled circuits
- Dot Convention in coupled circuits
Unit 2 Initial and Final Conditions
- Initial and final conditions in elements
- Concept of steady state and transient state response
- The series RL circuit
- Step response of RL circuit by solving differential equations
- Features of RL circuit step response
- Steady state response and forced response
- Linearity and superposition in dynamic circuits
- RC Circuit equations
- Zero-Input response of RC circuit
- Zero-State response of RC circuits for various inputs
- The series RLC circuit zero-input response
- Step response of series RLC circuit
- Transient response of RLC circuit with sinusoidal excitation
Unit 3 Sinusoidal Steady State Analysis
- The complex exponential forcing function
- Sinusoidal steady state response using complex exponential ( e j )
- Concept of the phasor
- Transforming a circuit in to phasor equivalent circuit
- Sinusoidal steady state response from phasor equivalent circuit
Unit 4 Electrical Circuit Analysis Using Laplace Transforms
- Introduction to Laplace Transform
- Laplace transform of standard input signals
- Initial value and final value theorem
- Inverse Laplace transform
- Solution of differential equations using Laplace transform
- s-Domain equivalents of circuit elements
- The s-Domain equivalent circuit
- Total response of first order and second order circuits using s-Domain equivalent circuit
- Introduction of transfer function
- Concept of Poles and Zeros
- Transfer function representation of electrical circuits
Unit 5 Two Port Network and Network Functions
- Introduction to Two Port Networks
- relationship of two port variables
- Short- circuit admittance parameter
- Open-circuit impedance parameter
- Transmission Parameter
- Hybrid Parameter
- Relationships between parameters
- Parallel connection of two-port networks
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