GATE Guidebook 2013: EC (Theory & Objective)

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Table of Contents Unit-l: Network Theory 1. Introduction 0. Circuit Elements, Energy Sources and Signal Waveforms 1. Kirchoffs Laws and Equivalent Networks 2. Sinusoids, Phasors and Single Phase AC Circuits 3. Resonance 4. Three Phase Circuits 2. Mesh and Nodal Analysis 3. Graph Theory 5. Network Theorems 6. Laplace Transform Analysis for Transient Circuits 0. Two Port Networks 7. Network Function 1. Network Synthesis Unit-II: Electronic Devices & Circuits 1. Transport Mechanism in Semiconductors 2. Semiconductor Diodes and Their Characteristics 3. Bipolar Junction Transistor and its Characteristics 4. Field Effect Transistors 5. pnpn Devices. Thyristors and other Devices Unit-Ill: Analog Electronics 1. Power Supply and its Building Blocks 0. Diode Applications 1. Transistor at Low Frequencies 2. Transistor Biasing and Thermal Stabilization 3. FETs at Low & High Frequencies and their Biasing Techniques 4. Transistors at High Frequencies 5. Multi-stage Amplifiers 6. Compound Configuration 7. OP-Amps and Their Applications 8. Power Amplifiers 9. Negative and Positive Feedback and Oscillators Unit-IV: Digital Electronics 1. Introductory Concept, Number System & Codes 2. Logic Gates & Boolean Algebra 3. Combinational Logic Circuits 4. Sequential Circuits 5. IC Digital Families 6. Analog/Digital Conversion 7. Memory Devices 8 Digital Arithmetic Unit-V: Microprocessor 1. 8085 Functional Organization 2. Introduction of M/C cycel, Instruction Cycle, Timing Diagrams 3. Memory Access and Addressing Modes 4. Instruction and Data Format Unit-VI: Signals & Systems 1. Introduction. 2. LTI Systems 3. Fourier Analysis of Continuous-Time 4. Fourier Analysis of Discrete-Time Signals & Systems 5. Laplace Transform & Continuous Time LTI Systems 6. Z-Transform Unit-VII: Communication Systems 1. Introduction 2. Amplitude Modulation and Signal-sideband Modulation 3. Angle Modulation 4. Frequency Modulation Circuits 5. Communication Receivers 6. Pulse Communication 7. Concept of Energy Spectral Density & Power Spectral Density 9. Random Signals 10 Digital Carrier Modulation Unit-VIII: Control System 1. Control Systems 0. Mathematical Modelling 1. Transfer Function, Block Diagram 2. Time Response 3. Controllers 4. System Stability 5. Root Locus 6. Frequency Domain Analysis 7. Bode Plots 8. Compensators 9. State Variables 10. Control System Components Unit-IX: Electromagnetic Theory 1. Vector Analysis in E.M. Theory 0. Electrostatics 1. Magnetostatics 2. Introduction of Maxwell's Equation and Poynting Vector 3. E.M. Wave and Wave Equations, Boundary Conditions 4. Polarisation, Reflection & Refraction of Plane Waves 5. Guided E.M. Waves 6. Transmission Lines 7. Ionosphere