Analog Integrated Circuit Design

 Lecture 1: Introduction   

               Review the Electronics’s Principles:

               Introduction to Electronics

               Solid-State Electronics

 

Lecture 2: Manufacturing

Learn how is the process of CMOS fabrication. 

See how to make silicon Wafer and silicon Chips at TI

 

Lecture 3: Passive Device

Learn how the passive devices (Resistors, Capacitors and Inductors) are fabricated in CMOS technology. What are the models for them. How we can utilized them in circuits.

 

Lecture 4: Active Device

Learn how the active devices (Diodes and Transistors) are fabricated and modeld in CMOS technology. What are the non-ideal effects and how to model these effects. How to extract an acurate model for handcalculation.

 

Lecture 5: Small Signal Analysis

In this lecture smal signal model is discussed. a design methology based on simulation is introduced, and some examples are given.

 

Lecture 6: CMOS Amplifier

General Considerations for amplifier are discussed. Different single stage amplifiers as Common-Source, Common-Gate and Source Follower stages are described. 

 

Lecture 7: Differential Amplifier

Single-ended and differential operation are given. The basic differential pair and its Analysis are discussed. Casecode stages and Gilbert cell are described. 

 

Lecture 8: Current Mirrors 

•Basic configuration •Cascode Current Mirror •Wilson Current Mirror •Bandgap Reference •Active Current mirror

 

Lecture 9: Frequency Response of Amplifiers

 

•Miller Effect •Pole and Zero •Frequency response of the amplifiers –Common source Amp. –Source follower Amp. –Common gate Amp. –Casecode Amp. –Differential Amp.

Here you can find a short overview of frequency response.

 

Lecture 10: Noise

•Different type of the noise •Noise analysis •SNR •Type of noise –Thermal –Shot noise –Flicker noise •Noise models

 

Lecture 11: Opamp

Lecture 12:Opamp2

Lecture 13:Opamp3

Lecture 14:Comparator

Lecture 15:Sample and Hold

Lecture 16:Data Converter