CMOS Analog IC Design MOSFET, DC BIAS and Transconductance_1

CMOS Analog IC Design – MOSFET, DC BIAS and Transconductance, available at $39.99, has an average rating of 3.85, with 12 lectures, based on 18 reviews, and has 134 subscribers.

You will learn about Understanding the details of MOSFET characteristics Refresh the typical interview questions in MOSFETs Fundamental topics of analog circuit design Difference and Similarities between NMOS, PMOS and CMOS Transconductance Gm Understand the requirements for an analog IC designer This course is ideal for individuals who are Curious students about the devices and potential nano-engineering students or Aspiring Analog IC designers who need to brush up their knowledge on MOSFETs and their characteristics or Undergraduate students who are beginning to learn Analog IC Design or Post Graduate Students who need a refresher course It is particularly useful for Curious students about the devices and potential nano-engineering students or Aspiring Analog IC designers who need to brush up their knowledge on MOSFETs and their characteristics or Undergraduate students who are beginning to learn Analog IC Design or Post Graduate Students who need a refresher course.

Enroll now: CMOS Analog IC Design – MOSFET, DC BIAS and Transconductance

Summary

Title: CMOS Analog IC Design – MOSFET, DC BIAS and Transconductance

Price: $39.99

Average Rating: 3.85

Number of Lectures: 12

Number of Published Lectures: 12

Number of Curriculum Items: 12

Number of Published Curriculum Objects: 12

Original Price: $24.99

Quality Status: approved

Status: Live

What You Will Learn

Understanding the details of MOSFET characteristics

Refresh the typical interview questions in MOSFETs

Fundamental topics of analog circuit design

Difference and Similarities between NMOS, PMOS and CMOS

Transconductance Gm

Understand the requirements for an analog IC designer

Who Should Attend

Curious students about the devices and potential nano-engineering students

Aspiring Analog IC designers who need to brush up their knowledge on MOSFETs and their characteristics

Undergraduate students who are beginning to learn Analog IC Design

Post Graduate Students who need a refresher course

Target Audiences

Curious students about the devices and potential nano-engineering students

Aspiring Analog IC designers who need to brush up their knowledge on MOSFETs and their characteristics

Undergraduate students who are beginning to learn Analog IC Design

Post Graduate Students who need a refresher course

“Analog circuit design is like chess – just because you know how the pieces move doesn’t mean you know how to play the game”.– Patrick Lahey

In this course, you will learn about the fundamentals of MOSFET, the ways to bias the transistors in triode/linear, cut-off and saturation regions. Later in the course, you will learn about transconductance Gm, which is currently being used popularly in sensor read out circuits, broadband circuits and in high speed design. The Constant-Gm circuit is extremely popular in low power circuit designs.

This course is a prerequisite for the course “CMOS Analog Circuit Design – Amplifiers with Solved Examples” and “Circuit Design for High Speed Serial Links“.

Consequently, we’re seeing analog job requisitions in several key areas including Sensor Design and Sensor interfaces, WiFi (wireless LANs and Internet access), ultra wide band technology (UWB) and power management. Demand for designers with expertise in high-speed data conversion seems to be high across a variety of industries.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: MOSFET Characteristics

Lecture 1: MOSFET Characteristics – Part 1

Lecture 2: MOSFET Characteristics – Part 2

Lecture 3: NMOS, PMOS and CMOS Devices: Similarities and Differences

Chapter 3: Transconductance and Channel Resistance

Lecture 1: NMOS Device I/V Characteristics

Lecture 2: Transconductance Gm and Channel Resistance Ro

Lecture 3: Channel Length Modulation – Device Resistance and Impact to drain current

Lecture 4: Simulating the Gm Curve – The base of the gm/ID design methodology in modern ICs

Chapter 4: Secondary Effects of Device Operation

Lecture 1: Body Effect

Lecture 2: Subthreshold Conduction

Chapter 5: MOSFET- Amplifier and Small signal analysis

Lecture 1: MOSFET – Switch and Amplifier

Lecture 2: MOSFET – Amplifier design and examples

Instructors

Dr G S Javed
Design Thinker and Analog IC Design Manager

Rating Distribution

1 stars: 1 votes

2 stars: 4 votes

3 stars: 3 votes

4 stars: 4 votes

5 stars: 6 votes

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