VTU Notes For 3rd Semester Electronics and Communication Engineering CBCS SCHEME
Engineering Mathematics –III, Analog Electronics, Digital Electronics, Network Analysis, Electronic Instrumentation, Engineering Electromagnetics.
SUBJECT NAME : ANALOG ELECTRONICS
Module – I :IBJT AC Analysis & BJT AC Analysis
Module – II : Field Effect Transistors & FET Amplifiers
Module – III : BJT and JFET Frequency Response
Module – IV : Feedback and Oscillator Circuits
Module – V : Power AmplifierS & Voltage regulators
SUBJECT NAME : DIGITAL ELECTRONICS
Module – I : Principles of combination logic
Module – II : Analysis and design of combinational logic
Module – III : Flip-Flops
Module – IV : Simple Flip-Flops Applications
Module – V : Sequential Circuit Design
SUBJECT NAME : NETWORK ANALYSIS
Module – I : Basic Concepts
Module – II : Network Theorems
Module – III : Transient behavior and initial conditions & Laplace Transformation & Applications
Module – IV : Resonant Circuits
Module – V : Two port network parameters
SUBJECT NAME : ELECTRONIC INSTRUMENTATION
Module – I : Download
Module – II : Download
Module – III : Download
Module – IV : Download
Module – V : Download
SUBJECT NAME : ENGINEERING ELECTROMAGNETICS
Module – I : Download
Module – II : Download
Module – III : Download
Module – IV : Download
Module – V : Download
Here’s a comprehensive guide for “VTU Electronics and Communication Engineering (ECE) 3rd Sem CBCS Scheme Notes” (2026 update), including safe download options and study tips:
About the Notes
University: Visvesvaraya Technological University (VTU), Karnataka, India
Branch: Electronics and Communication Engineering (ECE)
Semester: 3rd Semester
Scheme: CBCS (Choice Based Credit System) – 2026 update
Format: PDF Notes / Lecture Notes / Question Banks
Subjects Typically Covered in 3rd Sem ECE
- Electronic Devices and Circuits
- PN junction, diodes, BJTs, MOSFETs, biasing techniques, small-signal models.
- Network Theory
- RLC circuits, Thevenin & Norton theorem, transient analysis, resonance.
- Signals and Systems
- Continuous & discrete signals, Laplace transform, Fourier series, convolution.
- Digital Electronics
- Logic gates, Boolean algebra, combinational circuits, sequential circuits.
- Electromagnetic Fields (EMF)
- Electrostatics, magnetostatics, Maxwell’s equations basics.
- Programming / Computer Skills
- Basics of C/C++ programming, microprocessor fundamentals.
