This note deals with the
analysis and design of analog CMOS integrated circuits, emphasizing fundaments
as well as new paradigms that students and practicing engineers need to master
in todays industry. Topics covered includes: basic MOSFET current-voltage
relationships, f MOSFET small-signal models and the basics of CS Amplifier
analysis, CS Amplifier analysis and design, Source Follower Amplifier,
Common-Gate Amplifier, Cascode Amplifier, High Frequency Response of Amplifiers
–MOSFET capacitances, Frequency Response of CS, Frequency response of Source
Followers and Common-Gate amplifiers, Noise Effect in Amplifiers, Feedback in
CMOS amplifier, Feedback Network Topologies and Feedback Network Loading
effects, Feedback Design in CMOS op-amps
design and test IC analog components, and building blocks in CMOS technology.
Topics covered includes: Phase Margin Parameters, Linearity Metrics, Op Amp
Limitation SR, GB, 3dB Time Constant Computation, Conventional Op Amp Design,
Multi-Loop Gm-C Amplifiers, Nested Gm-C Amplifiers, Noise Fundamentals,
Common-Mode Feedback, Low Voltage Cells, Buck Drien and Bulk Bias, Floating Gate
Circuits, Class-D Amplifiers, Line Drivers, Multipliers Linearized OTAs,
Negative Impedance Converter, Rail-To-Rail Amplifiers.
The focus of this note is
on data converter design both Nyquist-rate and oversampling converters. Topics
covered includes architectures, noise-analysis, as well as amplifier, comparator
and DAC sub-blocks.
note covers the following topics: Operational Amplifier, Difference Amplifiers,
Biasing of Differential Amplifiers, Practical Operational Amplifier, Parameters
of an OPAMP, Open loop OPAMP Configuration, Closed Loop Amplifier, Voltage Shunt
Feedback, OPAMP Applications , Oscillator, Harmonic Oscillators, Tuned
Oscillators, Voltage Regulators, Design of Series Voltage Regulator, Series
regulator with Current Pre-regulator.
This note covers the following topics: Analysis of
circuits with nonlinear elements, Incremental analysis of a nonlinear circuit,
MOSFET transconductance, Synthesis of Common Source Amplifier, Swing limits of
CSA, Bias Stabilization, Negative feedback, Differential amplifier, Frequency
response of feedback systems, ominant pole compensation, Two-stage opamps and
The Bipolar Junction Transistor.
This book explains the following topics: DC Biasing - BJTs, voltage
feedback, Bias stabilization, Design of bias, Small Signals Modeling of BJT and
their analysis, DC Biasing of FETs, Signal Modeling and Analysis of FETs, System
Approach-Effects of RS and RL, BJT and JFET Frequency Response, Compound
Configurations, Compound Configurations, Barkhausen Criterion of oscillation,
Oscillator operation, Power Amplifiers, Operational Amplifiers and operation,
op. amp. Applications.
Author(s): Veer Surendra Sai University of
In this book, a new architecture for a SAR
ADC is proposed to eliminate the process mismatches and minimize the errors. A
collection of DG-MOSFET based analog/RFICs present the excellent performance;
the automated system for a passive filter circuits design is presented with the
local searching engaging; interval analysis is used to solve some problems for
linear and nonlinear analog circuits and a symbolic method is proposed to solve
the testability problem.
This note covers the following topics: Macromodel
Vs. Micromodel, The ADSpice Op Amp Macromodels, ADSpice Macromodel: Input And
Gain/pole Stages, Frequency Shaping Stages and Output Stages, ADSpice: Current
Feedback Amplifier Models, Modeling Pc Board Parasitics, Other Adi Design and
This note focuses on understanding physical phenomena leading towards
intuition to aid to design with nonlinear design techniques. It mainly covers
the following topics: Impact of IC dynamics through Programmable and
Configurable Analog Computation, First-Order ODE circuits, Non-Homogeneous ODE
circuits, Linear second order and higher order ODE circuits, Nonlinear effects
in second order circuits, Multi-time scale analysis / oscillators, Bifurcation
analysis, Dynamics of Linear PDEs, Dynamics of nonlinear PDEs.
This note covers the following topics: Analog and Amplifiers,
Limits and Class Prejudice, Frequencies and Filters, Power Supplies, Wires and
Cables, Transmission and Loss, Op-Amps and their uses, Valves and Thermionic