EC-305 Network Analysis Notes
5 notes for Network Analysis, unit by unit.
Notes for EC-305
- Unit 1 · Short notes Introduction to circuit theory Basic circuit elements R, L, C and their characteristics (linearity and time‑dependence) · Voltage and current sources (controlled and uncontrolled) · Kirchhoff’s Current Law (KCL) and Kirchhoff’s Voltage Law (KVL) analysis · Steady‑state sinusoidal analysis using phasors · Concept of phasor and vector representation · Impedance and admittance
- Unit 2 · Short notes Network Graph theory Concept of network graph · Tree, tree branch and link · Incidence matrix · Cut‑set and tie‑set matrices · Dual networks
- Unit 3 · Short notes Network Theorems Thevenin’s and Norton’s theorems · Superposition theorem · Reciprocity theorem · Compensation theorem · Substitution theorem · Maximum power transfer theorem
- Unit 4 · Short notes Transient analysis and Laplace transform Transients in RL, RC and RLC circuits · Initial and final conditions · Time constants · Steady‑state analysis · Laplace transform solution of integro‑differential equations · Transformation of waveforms (step, ramp, gate, sinusoidal functions)
- Unit 5 · Short notes Two‑port parameters Z, Y, ABCD and Hybrid parameters, including inverse and image parameters · Relationships between two‑port parameters · Interconnection of two‑port networks · Reciprocity and symmetry in all parameters
More for EC-305
Other 3rd semester ECE subjects
- BT-301 Mathematics-III
- EC-302 Electronic Measurements and Instrumentation
- EC-303 DIGITAL SYSTEM DESIGN
- EC-304 Electronic Devices
- EC-306 EMI Lab