Why enroll

This course helps learners build strong fundamentals in analog electronics essential for careers in electronics, VLSI, and embedded systems. It focuses on understanding the real-world behavior of semiconductor devices, strengthening circuit analysis and problem-solving skills, and learning through IIT-level structured content from NPTEL. The course is especially valuable for students preparing for GATE, ESE, university exams, and technical interviews, and for those aiming to smoothly transition from theoretical concepts to practical electronics design.

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Course content

The course is readily available, allowing learners to start and complete it at their own pace.

Analog Electronic Circuits

10 Lectures

420 min

Introduction to the course
Preview
48 min
Introduction to the constituent topics of the course and the Layout
37 min
Revisit to pre-requisite topics
37 min
Revisit to Pre- requisite Topics (Contd.)
29 min
Analysis of Simple Non-Linear Circuit
38 min
Analysis of Simple Non - linear Circuit (Contd.)
42 min
Revisiting BJT Characteristic
44 min
Revisiting BJT Characteristic (Contd.)
45 min
Revisiting BJT Characteristic (Contd.) 1
60 min
Revisiting MOSFET
40 min

Course details

This course provides a comprehensive foundation in Analog Electronic Circuits, emphasizing their continued relevance in the modern digital era. Participants will explore the fundamental laws of electrical engineering, detailed analysis of non-linear circuits, and in-depth study of semiconductor devices such as diodes, BJTs, and MOSFETs.

The course balances theory, practical modeling, and numerical problem-solving, enabling learners to understand how real-world analog circuits are designed, analyzed, and applied. Special focus is given to small-signal and large-signal analysis, biasing techniques, equivalent circuit models, and device characteristics.

Source:
📌 NPTEL – IIT Kharagpur (YouTube Channel)

Course suitable for

Telecommunication
Electrical
Electronics & Telecommunication
Instrumentation
Engineering & Design
Value Engineering

Key topics covered

Introduction to the course and fate of analog circuits in the digital era
Scope, importance, and tasks of analog electronic circuits
Review of KCL, KVL, and Electrical Technology concepts with applications
Non-linear circuit analysis involving diodes
- Large-signal and small-signal analysis
- Graphical, iterative, and practical solution methods
Diode models and applications
- Practical and small-signal equivalent circuits
- Numerical examples
Bipolar Junction Transistor (BJT)
- Structure, characteristics, and equations
- Terminal currents and key parameters
- Biasing and I–V characteristics of n-p-n and p-n-p BJTs
- Equivalent circuits and numerical problems
MOSFETs (n-type)
- Basic structure and working principle
- Idealistic vs realistic behavior
- Biasing techniques and key design notes

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