OPAMP and Linear Integrated Circuits

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Subir Maity

2:47:21

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1. Introduction

1. Introduction to Operational Amplifiers.mp4

04:41

2. Block Diagram description.mp4

06:59

3. OPAMP Symbols and Characteristics.mp4

03:36

4. Characteristics and Parameters of OPAMP.mp4

08:19

2. Basic OPAMP Circuits

1. Inverting Amplifier and Virtual ground.mp4

07:51

2. Non-inverting Amplifier.mp4

06:17

3. Summing Amplifier.mp4

03:09

4. SubtractorDifference Amplifier.mp4

05:05

5. Integrator Basic and Practical.mp4

05:51

6. Differentiator Basic and Practical.mp4

05:25

3. Active Filters

1. 1st order Low Pass Filter.mp4

09:44

2. 1st Order High Pass Filter.mp4

04:19

3. 2nd Order Active Filter Design.mp4

10:56

4. Oscillators

1. Wien Bridge Oscillator.mp4

07:20

2. RC Phase shift Oscillator.mp4

04:42

5. 555 Timer and its operation

1. Pin diagram and internal circuit.mp4

08:01

2. Astable operation.mp4

10:58

3.1 Astable Operation of 555 Timer.pdf

3. Calculation of output frequency and duty cycle.mp4

07:10

4. Application of Astable configuration.mp4

03:28

5. Monostable Operation.mp4

10:06

6. Application of Monostable configuration.mp4

03:37

6. Comparator and its Application

1. OPAMP as Comparator.mp4

07:45

2. Schmitt Trigger.mp4

10:10

3. Square and Triangular Wave generator using OPAMP.mp4

11:52

Description

Learn Theory of OPAMP circuits and their analysis, 555 timer , Active filters, oscillators.

What You'll Learn?

Understanding the basic characteristics of Operational Amplifier, 555 timer, VCO, active filters and oscillators.
Analysis of different OPAMP circuits such as adder, subtractor, differentiator etc.
Understanding the operation of filters, oscillators and other waveform generators and 555 timer.
Will be able to design analog circuits using opamp and other linear ICs.

Who is this for?

Beginners, undergraduate students those who interested to learn analog electronic circuits, operational amplifiers and circuit analysis.

More details

Description
OPAMP and Linear ICs are essential parts of Analog Electronic Circuits. Starting from signal amplification, and signal processing to system design, operational amplifier plays a vital role. There are different varieties of OPAMP available in the market with different characteristics and functionalities. Some of them are used for general-purpose applications, some are designed especially for signal amplification, etc.Â The basic opamp discussion starts with 741 opamp IC which is fundamental to any OPAMP. This course covers the fundamentals of OPAMP, OPAMP circuits, and other linear ICs. This course is suitable for diploma, and undergraduate students, and electronic hobbyists interested in learning and designing OPAMP-based circuits. This course may be a fundamental step to understanding the essential theories to solve numerical importance for different competitive exams, GATE, and PSUs for Indian students.
-----------Topics Covered (till now)---------
1. Operational Amplifier (OPAMP) introduction
2. Pin diagram description
3. Block diagram of OPAMP and a brief description of each block.
4. OPAMP circuits: inverting and non-inverting amplifier
5. Concept of virtual ground, voltage follower
6. Adder, subtractor, and their analysis
7. Differentiator and integrator: Ideal and practical
9. Active filters: 1st and 2nd order filter (Butterworth) design techniques, frequency response.
10. Oscillators (RC phase shift and Wien Bridge) with complete derivations.
11. 555 Timer, Astable, and Monostable operation, detailed derivation with internal circuits, and application of monostable and stable mode
12. Comparators, Schmitt trigger, Zero crossing detector, Square and triangular wave generator using OPAMP

Who this course is for:
Beginners, undergraduate students those who interested to learn analog electronic circuits, operational amplifiers and circuit analysis.

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Electrical Circuits

Subir Maity

Instructor's Courses

Having more than 10 years of experience in teaching and research. Subject taught: Analog Electronics, VLSI circuits, and systems, MOS device Modeling. Research interest: semiconductor devices, MOSFET with III-V channel material, Quantum well MOSFET and High electron mobility transistor, TCAD-based modeling, and simulation, Compact model development of Nano-scale MOSFET, Negative capacitance FETs, MOSFET-based bio-sensors, Verilog-A based model development, Neural network-based model development.

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