Practical CMOS Op Amp Circuit Design and Feedback Analysis

Focused View

Dr G S Javed

1:25:39

90 View

1. Introduction

1. Introduction.mp4

05:06

2. How to measure the performance of a CMOS Operational Amplifier

1. Performance Parameters of Op Amp - 1.mp4

03:48

2. Performance Parameters of Op Amp - 2.mp4

03:03

3. One Stage Opamp and Unity Gain Buffer

1. One Stage Operational Amplifier.mp4

04:45

2. Unity Gain Buffer.mp4

04:32

3. How to Identify the terminals of Op Amp.mp4

01:33

4. Telescopic Cascode Operational Amplifier

1. Telescopic Cascode Op Amp.mp4

06:28

2. Impact of the Mirror Pole - A drawback analysis.mp4

03:27

3. Challenges in designing a unity gain amplifier using telescopic cascode op amp.mp4

03:10

5. Fully Differential Operational Amplifier Design

1. Fully Differential Opamp design - An Example - Part 1.mp4

05:54

2. Fully Differential Opamp Design - An Example - Part 2.mp4

07:04

6. Properties and Application of Feedback in Circuit Design

1. General Considerations of Feedback.mp4

02:59

2. Gain Desensitization.mp4

04:12

3. Loop Gain Calculation.mp4

01:48

4. Input Impedance Modification.mp4

04:40

5. Output Impedance Modification.mp4

04:00

6. Bandwidth Modification.mp4

03:57

7. Half Circuit Analysis.mp4

10:40

7. Amplifiers and their associative feedback

1. Types of amplifiers.mp4

02:14

2. Impact of feedback on Input and Output Impedances.mp4

01:38

3. Current Subtraction.mp4

00:41

Description

Think, Understand, Design and Analyze

What You'll Learn?

Designing an Op Amp for specification provided
Understanding how to distribute the gain and bandwidth requirement
Clarity on the stability of the design
Understand the practical examples of Opamp Design

Who is this for?

Beginner Analog Design Engineers

Recent College Grads

Practicing design engineers

What You Need to Know?

Basics of CMOS biasing, Single transistor gain and output calculation and Schematic entry

Curiosity to learn design and analyze it

More details

Description
Course Overview
This course introduces students to the design, development, and analysis of low-power CMOS operational amplifiers (op amps). Op amps are one of the most important building blocks in analog and mixed-signal integrated circuits, and they are used in a wide variety of applications, including amplifiers, filters, comparators, and oscillators.
In this course, students will learn the fundamental principles of op amp design, such as differential amplifiers, common-mode feedback, and frequency compensation. They will also learn about the specific challenges of designing low-power op amps, such as reducing power consumption and improving noise performance.

Course Objectives
Upon completion of this course, students will be able to:
Understand the fundamental principles of op amp design
Design and analyze low-power CMOS op amps
Use circuit simulation tools to model and analyze op amps
Upon completion of this course, you will be able to design and implement CMOS low-power op-amp circuits for a wide range of applications. You will also be able to analyze the performance of CMOS op-amp circuits and use feedback to improve their performance.
Conclusion
This course is an ideal introduction to the design, development, and analysis of CMOS low-power op-amps. The course is well-suited for students and engineers who want to learn about op-amps and how to design them for low-power applications.
Additional Resources
The following resources may be helpful for students taking this course:
Textbooks:
CMOS Analog Circuit Design by Allen and Holberg
Design of High-Performance CMOS Operational Amplifiers by Razavi
Online Resources:
Analog Devices Op Amp Design Guide
Texas Instruments Op Amp Design Guide
Who this course is for:
Beginner Analog Design Engineers
Recent College Grads
Practicing design engineers

User Reviews

Rating

average 0

Total votes0

Focused display

Electronics

Dr G S Javed

Instructor's Courses

Dr G S Javed obtained his M.S. and Ph.D. from the Indian Institute of Science, Bangalore in 2016 for his work on low power integrated instrumentation circuits for sensing applications. From 2016 to 2020, he led and managed a 15 member transceiver design team in Terminus Circuits. He worked on high-speed wireline transceivers (upto 20 Gbps) focusing on the Receiver design, high speed RO and LC PLLs (upto 16 GHz), and CT Sigma Delta ADCs. From August 2008 to July 2010, he worked as Deputy Engineer with Integrated Circuit Design Center(ICDC), Bharat Electronics Limited (BEL).He enjoys photography, travel and meeting people. He serves as a reviewer for many IEEE Transactions, Journals and Conferences. He is an invited speaker for specialized technical areas like Clocking Solutions, High Speed Links and Capacitance Sensor Interfaces and non-technical areas like Design Thinking and Problem Solving, Research Methodologies, Technical Writing and Entrepreneurship Skills.

Udemy

View courses Udemy

Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.