- The book is categorized into units and each unit is further sub-divided into chapters
- The questions are standardized to the level of GATE examination
- Solutions are well-explained, tricky and consume less time. Solutions are presented in such a way that it enhances you fundamentals and problem solving skills
- There are a variety of problems on each topic
- Engineering Mathematics is also included in the book
Table of Contents
UNIT-1 NETWORKS
1.1 Basic concepts
1.2 Graph Theory
1.3 Methods of Analysis
1.4 Circuit Theorems
1.5 Basic RL and RC Circuits
1.6 The RLC Circuit
1.7 Sinusoidal Steady State Analysis
1.8 Circuit Analysis in the S-Domain
1.9 Magnetically Coupled Circuits
1.10 Two-Port Network
1.11 Frequency Response
UNIT-2 ELECTRONICS DEVICES
2.1 Semi Conductor Physics
2.2 The pn Junction
2.3 The Bipolar Junction Transistor
2.4 The Field Effect Transistor
2.5 Integrated Circuit
UNIT-3 ANALOG ELECTRONICS
3.1 Diode Circuits
3.2 BJT Biasing
3.3 BJT Amplifiers
3.4 FET Biasing
3.5 FET Amplifiers
3.6 Op - amp characteristics and basic circuits
3.7 Op - Amp Applications
UNIT-4 DIGITAL ELECTRONICS
4.1 Number System & Boolean Algebra
4.2 Combinational Logic Circuits
4.3 Sequential Logic Circuit
4.4 Digital Logic Families
4.5 Digital Systems
4.6 Microprocessor
UNIT-5 SIGNALS & SYSTEMS
5.1 Continuous
5.2 Time Signals
5.3 Discrete-Time Signal
5.4 Discrete-Time System
5.5 The Laplace Transform
5.6 The Z-transform
5.7 The Continuous- Time fourier Transform
5.8 The Discrete - Time Fourier Transform
5.9 The Continuous -Time Fourier Series
5.10 The Discrete -Time Fourier Series
5.11 Sampling and DFT
UNIT-6 CONTROL SYSTEMS
6.1 Transfer Functions
6.2 Stability
6.4 The Root-Locus Techniques
6.5 Frequency Domain Analysis
6.6 Design of Control System
6.7 State variable Analysis
UNIT-7 COMMUNICATION SYSTEMS
7.1 Random Variable
7.2 Random Process
7.3 Noise
7.4 Amplitude Modulation
7.5 Angle Modulation
7.6 Digital Transmission
7.7 Information Theory & Coding
7.8 Spread Spectrum
UNIT-8 ELECTROMAGNETICS
8.1 Vector Analysis
8.2 Electrostatic
8.3 Magnetostatics
8.4 Maxwells Equations
8.5 Electromagnetic Wave Propagation
8.6 Transmission Lines
8.7 Wave Guides
8.8 Antennas
UNIT-9 ENGINEERING MATHEMATICS
9.1 Linear Algebra
9.2 Differential Calculus
9.3 Integral Calculus
9.4 Differential Equation
9.5 Complex Variable
9.6 Probability & Statistics
9.7 Numerical Methods
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