Course Objectives
Aims
The aim of this course is to introduce the students to the advanced concepts of electronics. The primary objective of this course is to understand and implement the advanced electronic circuits such as amplifiers etc with the help of theoretical and practical problem solving.
It is required from the students to understand the analog electronic circuit which in turn are used as the building blocks of the larger and more complex systems.
It is required from the students to understand the analog electronic circuit which in turn are used as the building blocks of the larger and more complex systems.
Learning Outcomes
At the end of the course, student is expected to understand
Course Literature
Course Outline
Download Course Outline and Lecture Plan
Examination & Grading
Every student will be examined on the basis of combination of different criteria, details of which are in the text to follow. Dates for all the examination criteria except for the quizzes will be announced in advance. Terminal examination will cover the whole course.
As a general rule, an erroneous, incomplete or badly motivated answer will lead to the point reductions to a minimum of 0 points for each question. Computational errors that do not lead to the unreasonable results generally give smaller reductions than errors on fundamental principles. All the exams are mandatory. The purpose of the all the exam problems is to test to what degree the students have reached the aims and objectives of the course.
The final grades will be determined by the quizzes, assignments, lab assignments, mid- term exams and a final examination collectively. The grading criteria will be as per CIIT policies.
Click here to view the examination policies
- Small signal equivalent circuit models, differential amplifiers & Op amps.
- Detailed analysis of 741 Op amp.
- Stability theory and s domain analysis.
- Different types of filters.
- The structure and working of different classes of power amplifiers.
- The structure and working 555 timer IC & regulator IC.
Course Literature
- Electronic Devices and Circuit Theory by Robert L. Boylestad, 8th Edition.
- Electronic Devices and Circuits by Theodore F. Bogart.
Course Outline
- BJT & FET Small Signal Equivalent Circuit Models.
- Differential Amplifiers.
- Multistage Amplifiers.
- Operational Amplifiers (aka Op Amp).
- Analysis of 741 Op Amp and its Applications.
- Feedback Amplifiers.
- Filters (Low, High, Band-pass, Band-stop, First and Second Order Filters).
- Power Amplifiers (Class A, Class B, Class AB, Class C).
- Oscillator and Tuned Amplifiers.
- 555 Time IC and its Applications.
- Regulators (Shunt, Switching & IC).
Download Course Outline and Lecture Plan
Examination & Grading
Every student will be examined on the basis of combination of different criteria, details of which are in the text to follow. Dates for all the examination criteria except for the quizzes will be announced in advance. Terminal examination will cover the whole course.
As a general rule, an erroneous, incomplete or badly motivated answer will lead to the point reductions to a minimum of 0 points for each question. Computational errors that do not lead to the unreasonable results generally give smaller reductions than errors on fundamental principles. All the exams are mandatory. The purpose of the all the exam problems is to test to what degree the students have reached the aims and objectives of the course.
The final grades will be determined by the quizzes, assignments, lab assignments, mid- term exams and a final examination collectively. The grading criteria will be as per CIIT policies.
Click here to view the examination policies