GATE Electrical Engineering - Complete Master Library

 

GATE Electrical – Analog Electronics Complete Structured Course

                                         

High Weightage Subject for GATE / PSU / Interviews Concept + Derivations + Small Signal Models + Numerical Problems

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🔹 Subject Importance in GATE

✔ Weightage: 8–12 Marks ✔ Concept + Numerical Heavy ✔ Requires strong fundamentals ✔ Direct scoring subject if well prepared

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🔹 Complete Syllabus Coverage Plan

1️⃣ Diodes

• PN Junction Theory
• V-I Characteristics
• Zener Diode
• Rectifiers
• Clipper & Clamper
• Small Signal Model
• Numerical Problems

2️⃣ BJT

• BJT Operation (CE, CB, CC)
• Biasing Techniques
• Stability Factor
• Hybrid-π Model
• CE Amplifier Gain Derivation
• Frequency Response
• Miller Effect
• Numerical Problems

3️⃣ MOSFET

• Regions of Operation
• Biasing
• Small Signal Model
• Common Source Amplifier
• Gain & Frequency Response

4️⃣ Differential & Multistage Amplifiers

• Differential Amplifier
• CMRR
• Darlington Pair
• Cascaded Amplifiers

5️⃣ Feedback & Stability

• Types of Feedback
• Gain with Feedback
• Bandwidth Effect
• Stability Analysis

6️⃣ Operational Amplifiers

• Ideal vs Practical Op-Amp
• Inverting / Non-Inverting
• Integrator & Differentiator
• Instrumentation Amplifier
• Active Filters

7️⃣ Oscillators

• Barkhausen Criterion
• RC Phase Shift
• Wien Bridge
• LC Oscillators

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🔹 Learning Strategy

✔ First understand device physics ✔ Then small signal model ✔ Then derive gain equations ✔ Then solve numerical problems ✔ Finally attempt GATE-level MCQs

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Analog Electronics – Complete Structured Preparation | Shaktimatha Learning