Udemy – CMOS Analog Circuit Design – Amplifiers with Solved Examples 2021-7

Published on: 2023-01-18 21:35:36

Categories: 28

Descriptions

This course is a continuation of another Analog IC Design “CMOS Analog IC Design – MOSFET, DC BIAS and Transconductance”. This 6 hour course allows you to learn, design and analyze CMOS amplifiers, Current Mirrors and Active loads in detail. Each topic has multiple (atleast 4) worked out examples to allow hands on design. 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. We would like to thank Dr Mohammed Hashimi, IIITD for agreeing to use his lecture slides to educate the Analog Circuit Design Community across the world.

What you’ll learn

Understanding the details of MOSFET characteristics
Transconductance Gm
Understand the requirements for an analog IC designer
Small Signal Analysis of Circuits
Calculate the small signal Gain, Input and output impedance and signal swing

Who this course is for

Curious students about the devices and potential nano-engineering students
Aspiring Analog IC designers who need to brush up their knowledge on CMOS Amplifiers
Undergraduate students who are beginning to learn Analog IC Design
Post Graduate Students who need a refresher course

Specificatoin of CMOS Analog Circuit Design – Amplifiers with Solved Examples

Publisher : Udemy
Teacher : Dr G S Javed
Language : English
Level : All levels
Number of Course : 19
Duration : 6 hours and 30 minutes

Content of CMOS Analog Circuit Design – Amplifiers with Solved Examples 2022-5

CMOS Analog Circuit Design - Amplifiers with Solved Examples

Requirements

Students should have an interest in the topic of analog IC design.
Attend the “CMOS Analog IC Design – MOSFET, DC BIAS and Transconductance” course on Udemy
Knowledge of DC Biasing and maintaining the devices in saturation