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📡 Analog Electronics Course

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About Course

📡 Analog Electronics Course

Code: 8004-EC

📌 1. Course Introduction

This course covers fundamental and advanced concepts in analog electronics, including circuit analysis, design, and the operation of components like transistors, amplifiers, and analog filters.


🎯 2. Course Objectives

✔️ Understand the basic principles of analog electronics.
✔️ Analyze and design analog circuits.
✔️ Learn about key components such as transistors and operational amplifiers (Op-Amps).
✔️ Apply analog circuits in real-world projects.


👨‍🎓 3. Target Audience

👷 Engineering students (Electrical/Electronics).
🔧 Engineers and technicians working in electronics.
🎛️ Hobbyists interested in learning analog electronics.


📚 4. Course Content

🔍 Module 1: Introduction to Analog Electronics

🔦 Module 2: Semiconductors and Diodes

⚡ Module 3: Transistors (BJT & MOSFET)

📢 Module 4: Analog Amplifiers

🎛️ Module 5: Analog Filters

🛑 Module 6: Signal Generators and Modulation

🔋 Module 7: Power Supplies and Voltage Regulators

🛠️ Module 8: Practical Applications and Projects

🔑 5. Prerequisites

📖 Basic knowledge of electrical circuits.
⚙️ Fundamentals of physics (electricity and magnetism).
🚀 No prior electronics experience is required.


⏳ 6. Course Duration

📅 40 hours spread over 8 weeks (5 hours per week).


🛠️ 7. Required Tools & Equipment

Laboratory power supply.
📻 Signal generator.
📏 Multimeter.
📊 Oscilloscope.
🔩 Electronic components (transistors, resistors, capacitors, Op-Amps).


🏆 8. Course Outcomes

✅ Analyze and design various analog circuits.
✅ Select appropriate components for analog projects.
✅ Understand the working of Op-Amps, filters, and signal generators.
✅ Apply knowledge to real-world projects.

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What Will You Learn?

  • 📖 What Will I Learn in the Analog Electronics Course?
  • ✅ Fundamentals of Analog Electronics – Understand the difference between analog and digital systems.
  • ✅ Circuit Analysis – Apply Ohm’s Law, Kirchhoff’s Laws, and Thevenin’s/Norton’s Theorems.
  • ✅ Semiconductor Basics – Learn how diodes, transistors (BJTs & MOSFETs), and Op-Amps work.
  • ✅ Amplifiers & Filters – Design and analyze class A, B, AB, and C amplifiers, as well as active and passive filters.
  • ✅ Signal Processing – Understand analog signal generation, oscillators, and modulation techniques.
  • ✅ Power Supplies & Voltage Regulation – Design linear and switching power supplies.
  • ✅ Practical Circuit Design – Build and troubleshoot audio amplifiers, filters, and signal processors.
  • ✅ Real-World Applications – Apply analog electronics in communication, audio, and control systems.

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