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Analog Circuit Design – An Intuitive Approach

IT & Software

Rating4.4
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Analog Circuit Design – An Intuitive Approach, available at $74.99, has an average rating of 4.4, with 45 lectures, 5 quizzes, based on 172 reviews, and has 1406 subscribers.

You will learn about Designing of Amplifiers in most intuitive way possible Quick Mental calculation for Complex Circuits Modelling of complex circuits into simpler part and analysis. Quick way to find Input/Output Resistance of a circuit Finding equivalent GM of a circuit Significance and role of deign parameters : gm , rds , ids , VGS-VTH , etc Single Stage /Cascade and Cascode Amplifiers and their significance : Common Source , Common Drain , Common Gate , Cascade : CS-CS , CG-CG. Cascode : CS-CG This course is ideal for individuals who are Beginners in Analog circuit Design or Students who want to make career in Analog circuit Design or Work on Projects or Working professionals who want to build good understanding on Amplifiers ( Not recommended for Experts ) or If you are someone with good expertise ,this course can be a good review to refresh your understanding It is particularly useful for Beginners in Analog circuit Design or Students who want to make career in Analog circuit Design or Work on Projects or Working professionals who want to build good understanding on Amplifiers ( Not recommended for Experts ) or If you are someone with good expertise ,this course can be a good review to refresh your understanding.

Enroll now: Analog Circuit Design – An Intuitive Approach

Summary

Title: Analog Circuit Design – An Intuitive Approach

Price: $74.99

Average Rating: 4.4

Number of Lectures: 45

Number of Quizzes: 5

Number of Published Lectures: 45

Number of Published Quizzes: 5

Number of Curriculum Items: 50

Number of Published Curriculum Objects: 50

Number of Practice Tests: 1

Number of Published Practice Tests: 1

Original Price: ₹7,900

Quality Status: approved

Status: Live

What You Will Learn

  • Designing of Amplifiers in most intuitive way possible
  • Quick Mental calculation for Complex Circuits
  • Modelling of complex circuits into simpler part and analysis.
  • Quick way to find Input/Output Resistance of a circuit
  • Finding equivalent GM of a circuit
  • Significance and role of deign parameters : gm , rds , ids , VGS-VTH , etc
  • Single Stage /Cascade and Cascode Amplifiers and their significance : Common Source , Common Drain , Common Gate , Cascade : CS-CS , CG-CG. Cascode : CS-CG

Who Should Attend

  • Beginners in Analog circuit Design
  • Students who want to make career in Analog circuit Design or Work on Projects
  • Working professionals who want to build good understanding on Amplifiers ( Not recommended for Experts )
  • If you are someone with good expertise ,this course can be a good review to refresh your understanding

Target Audiences

  • Beginners in Analog circuit Design
  • Students who want to make career in Analog circuit Design or Work on Projects
  • Working professionals who want to build good understanding on Amplifiers ( Not recommended for Experts )
  • If you are someone with good expertise ,this course can be a good review to refresh your understanding

Analog Circuit Design is a course mostly designed for learners at all level.

Circuit design can be complex and the only way to simply it is to break it down( Divide and conquer ) .

The idea of the course is mostly to build intuition and create memory/mental models for circuits.  We believe that , the intuition we create about circuits gives the power to design/analyze and solve circuits.

The focus in this course is purely on Amplifiers : Single Stage and Multistage( Cascode and Cascade)

Some practical aspects will also be discussed which will be beneficial for Students / Beginners in Analog circuit design.

Few quick analysis techniques will be discussed . For example : Quick GM calculations , Input / Output resistance calculation , Voltage budgeting for a given supply ,  high impedance nodes  , gm reduction and increase techniques , etc

Case studies on some important circuit configuration will be discussed in detail. In each case study we will concentrate on deriving the Gain, GM and RO without using complex equation.

Please note that, this course is not designed for experts but for beginners/Students and early design engineers.

Experts or experienced engineers can review this course and refresh your design concepts.

I look forward to welcome you to this course and explore new dimension to look at circuits.  Happy Learning .

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Amplification : Defination

Lecture 3: Linearity : Property of a System for amplification

Lecture 4: Linearity : Graphical View

Lecture 5: Voltage and Current Sources

Lecture 6: Thevenin and Norton Models

Chapter 2: Amplifier Models

Lecture 1: Voltage-Voltage AMP

Lecture 2: Current-Current AMP

Lecture 3: Voltage-Current Amplifier : Transconductance Amp

Lecture 4: Current-Voltage Amplifier : Trans Resistance AMP

Lecture 5: Summary of Models , Maximum achievable Gain

Chapter 3: MOSFET : Quick Review

Lecture 1: MOSFET : Equations Review and sample examples

Lecture 2: MOSFET : Equations Review 2

Lecture 3: gm – Transconductance in Different Regions

Lecture 4: gm – Transconductance Summary ( Strong and weak Inversion)

Lecture 5: rds : Resistance of MOS

Lecture 6: Small Signal Modelling

Lecture 7: Mos resistance : Looking at Gate , Drain and Source

Lecture 8: ROUT at Source with drain Resistance

Chapter 4: Single Stage MOS Amplifiers

Lecture 1: Common Source AMP

Lecture 2: Common Drain AMP

Lecture 3: Common Gate AMP

Lecture 4: Summary of Single Stage AMP

Chapter 5: How to increase or decrease gm and rds : Mathematical and intuitive study

Lecture 1: Increasing rds, Source degeneration

Lecture 2: Voltage Suppression at Source. Shock absorber

Lecture 3: Solved examples and case study

Lecture 4: Some interesting observation : Special Circuits

Lecture 5: Solved examples and case study : Part2

Lecture 6: Increasing the GM and how ? : Intuitive view

Lecture 7: Reducing the GM and how ? : Intuitive view

Lecture 8: Why reduce GM ? Intuitive view

Lecture 9: Negative Feedback View in GM

Chapter 6: Cascade and Cascode Amplifier : Intuitive View

Lecture 1: CS CS Cascade

Lecture 2: CGCG Cascade

Lecture 3: CSCG Cascode

Lecture 4: CD-CG-CD

Lecture 5: What is next

Chapter 7: Bonus : Body Effect Modelling in Amplifiers

Lecture 1: Define Body Effect- Small Signal model

Lecture 2: Body effect in CSA and its mathematical view of GM

Lecture 3: Body effect in CSA and its intuitive view : GM

Lecture 4: Body effect in CDA

Lecture 5: Body effect in common Gate amplifier

Chapter 8: Interesting Circuits and their analysis

Lecture 1: Summer Circuits

Lecture 2: Subtractor Circuits

Lecture 3: Phase splitter

Instructors

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  • 3 stars: 23 votes
  • 4 stars: 57 votes
  • 5 stars: 92 votes

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