Thursday, 30 April 2015

Post7 :Electronics and Circuit Theory

Electronics and Circuit Theory Patr-1



Table of Contents

 A. DC/AC.

 1. Voltage and Current.
 2. Resistance and Power.
 3. Series Circuits.
 4. Parallel Circuits.
 5. Series—Parallel Circuits.
 6. Direct Current (DC) versus Alternating Current (AC).
 7. Capacitors.
 8. Electromagnets, Inductors, and Transformers.
 9. Resistive, Inductive, and Capacitive (RLC) Circuits.

 B. DEVICES.

10. Semiconductor Principles.
11. Diodes and Power Supply Circuits.
12. Bipolar Junction Transistors (BJTs).
13. Field Effect Transistors (FETs).
14. Thyristors and Transducers.
15. Op-Amps and other Linear ICs .

 C. DIGITAL.


16. Analog to Digital.
17. Number Systems and Codes.
18. Logic Gates.
19. Logic Circuit Simplification.
20. Standard Logic Devices (SLDs) .
21. Programmable Logic Devices (PLDs).
22. Testing and Troubleshooting.
23. Combinational Logic Circuits.
24. Flip-Flops and Timers.
25. Sequential Logic Circuits.
26. Arithmetic Operations and Circuits.
27. Semiconductor Memory.
28. Analog and Digital Signal Converters.
29. Computer Hardware and Software.


Chapter Number                     Contents
Chapter 1                                Basic Concepts
Chapter 2                                Basic Laws
Chapter 3                                Methods of Analysis
Chapter 4                                Circuit Theorems
Chapter 5                                Operational Amplifiers
Chapter 6                                Capacitors and Inductors
Chapter 7                                First-Order Circuits
Chapter 8                                Second-Order Circuits
Chapter 9                                Sinusoids and Phasors
Chapter 10                              Sinusoidal Steady-State Analysis
Chapter 11                              AC Power Analysis
Chapter 12                              Three-Phase Circuits
Chapter 13                              Magnetically Coupled Circuits
Chapter 15                              The Laplace Transform
Chapter 17                              Fourier Transform 


Chapter Number                     Contents
1                                              Getting Started
2                                              Theory and Practice
3                                              Basic Hacks
4                                              LEDs
5                                              Batteries and Power
6                                              Hacking Arduino
7                                              Hacking with Modules
8                                              Hacking with Sensors
9                                              Audio Hacks
10                                            Mending and Breaking Electronics
11                                            Tools 



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Wednesday, 29 April 2015

Post6: Signals and Systems

Signals and Systems Coding Books Part-3



CHAPTER NUMBER           CONTENTS
CHAPTER 0                           From the Ground Up!
CHAPTER 1                           Continuous-time Signals
CHAPTER 2                           Continuous-time Systems
CHAPTER 3                           The Laplace Transform
CHAPTER 4                          Frequency Analysis: The Fourier Series
CHAPTER 5                           Frequency Analysis: The Fourier Transform
CHAPTER 6                           Application of Laplace Analysis to Control
CHAPTER 7                           Fourier Analysis in Communications and Filtering
CHAPTER 8                           Sampling Theory
CHAPTER 9                           Discrete-time Signals and Systems
CHAPTER 10                         The Z-transform
CHAPTER 11                         Fourier Analysis of Discrete-time Signals and Systems
CHAPTER 12                         Introduction to the Design of Discrete Filters



Chapter Number                  Contents
1                                              Signals and Systems
2                                              Continuous-Time Fourier Analysis
3                                              Discrete-Time Fourier Analysis
4                                              The z-Transform
5                                              Sampling and Reconstruction
6                                              Continuous-Time Systems and Discrete-Time
                                                Systems
7                                              Analog and Digital Filters
8                                              State Space Analysis of LTI Systems



Chapter Number      Contents
1                                  Elementary Signals
2                                  The Laplace Transformation
3                                  The Inverse Laplace Transform
4                                  Circuit Analysis with Laplace Transforms
5                                  State Variables and State Equations
6                                  The Impulse Response and Convolution
7                                  Fourier Series
8                                  The Fourier Transform
9                                  Discrete−Time Systems and the Z Transform
10                                The DFT and the FFT Algorithm
11                                Analog and Digital Filter

Chapter Number       Contents
1                                  Signals and Systems
2                                  Linear Time Invariant Systems
3                                  Fourier Series Repreentation of Periodic Signals
4                                  The Continuous Time Fourier Transform
5                                  The Discreet Time Fourier Transform
6                                  Time and Frequency Characterization of Signals and Systems
7                                  Sampling
9                                  The Laplace Transform
10                                The Z-Transform
11                                Linear Feedback Systems


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Tuesday, 28 April 2015

Post5: Signals and Systems


Signals and Systems Text Books Part-2



Chapter Number       Contents
Chapter 1                     Signals and Systems
Chapter 2                     Linear Time-Invariant Systems
Chapter 3                     Laplace Transform and Continuous-Time LTI Systems
Chapter 4                     The z-Transform and Discrete-Time LTI Systems
Chapter 5                     Fourier Analysis of Continuous-Time Signals and Systems
Chapter 6                     Fourier Analysis of Discrete-Time Signals and Systems
Chapter 7                     State Space Analysis


CHAPTER NUMBER            CONTENTS
CHAPTER 1                           Introduction
CHAPTER 2                           Time-Domain Representations
CHAPTER 3                           Fourier Representations for Signals
CHAPTER 4                           Applications of Fourier Representations
CHAPTER 5                           Application to Communication Systems
CHAPTER 6                           Representation of Signals Using Continues-
                                                Time Complex Exponential: The Laplace Transform
CHAPTER 7                           Representation of Signals Using Discrete-
                                                Time Complex Exponential: The z-Transform
CHAPTER 8                           Application to Filters and Equalizers
CHAPTER 9                           Application to Feedback Systems
CHAPTER 10                         Epilogue



Chapter Number       Contents
1                                  Introduction
2                                  Signals and Systems
3                                  Time-Domain Analysis of CT Systems
4                                  Linear Algebra Overview
5                                  Fourier Series
6                                  Hilbert Spaces and Orthogonal Expansions
7                                  Fourier Analysis on Complex Spaces
8                                  Convergence
9                                  Fourier Transform
10                                 Sampling Theorem
11                                 Laplace Transform and System Design
12                                 Z-Transform and Digital Filtering
13                                 Homework Sets

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Post4: Signals and Systems

Signals and Systems Part-1



Chapter number       Contents
1                                  Basic Concepts in Signals
2                                  Convolution and Correlation
3                                  Fourier Series
4                                  Fourier Transform Analysis
5                                  Relatives of Fourier Transforms
6                                  Systems and Circuits
7                                  Approximations and Filter Circuits
8                                  Discrete-Time Signals and Their Fourier Transforms
9                                  Discrete Data Systems
10                                Analog Modulation



Chapter Number       Contents
1                                  Introduction to Signals and Systems
2                                  Time Domain to Continuous Time Systems
3                                  Signal Representation by Fourier Series  
4                                  Continuous-Time Signal Analysis: The Fourier Transform
5                                  Sampling
6                                  Continuous-Time System Analysis Using the 
                                    Laplace Transform
7                                  Frequency Response and Analog Filters
8                                  Discrete-Time Signals and Systems
9                                  Time-Domain Analysis of Discrete-Time Systems




Chapter Number        Contents
Chapter 1                    Elementary Signals
Chapter 2                    The Laplace Transformation
Chapter 3                    The Inverse Laplace Transformation
Chapter 4                    Circuit Analysis with Laplace Transforms
Chapter 5                    State Variables and State Equations
Chapter 6                    The Impulse Response and Convolution
Chapter 7                    Fourier Series
Chapter 8                    The Fourier Transform
Chapter 9                    Discrete Time Systems and the Z Transform
Chapter 10                  The DFT and the FFT Algorithm
Chapter 11                  Analog and Digital Filters

Chapter Number       Contents
Chapter 1                    Introducing Signals and Systems
Chapter 2                    Brushing Up on Math
Chapter 3                    Continuous-Time Signals and Systems
Chapter 4                    Discrete-Time Signals and Systems
Chapter 5                    Continuous-Time LTI Systems and the Convolution Integral
Chapter 6                    Discrete-Time LTI Systems and the Convolution Sum
Chapter 7                    LTI System Differential and Difference Equations in the 
                                    Time Domain
Chapter 8                    Line Spectra and Fourier Series of Periodic Continuous-
                                    Time Signals
Chapter 9                    The Fourier Transform for Continuous-Time Signals and 
                                    Systems
Chapter 10                  Sampling Theory
Chapter 11                  The Discrete-Time Fourier Transform for Discrete Time Signals
Chapter 12                  The Discrete Fourier Transform and Fast Fourier Transform Algorithms
Chapter 13                  The Laplace Transform for Continuous-Time
Chapter 14                  The z-Transform for Discrete-Time Signals
Chapter 15                  Putting It All Together: Analysis and Modeling Across Domains
Chapter 16                  More Than Ten Common Mistakes to Avoid When Solving 
                                    Problems
Chapter 17                  Ten Properties You Never Want to Forget 



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Post3:Analog Circuits Design Books part-2

Analog Circuits Design Books part-2



CHAPTER NUMBER         CONTENTS
CHAPTER 1                           Circuit Analysis: Port Point of View
CHAPTER 2                           Semiconductor Diodes
CHAPTER 3                           Characteristics of Bipolar Junction Transistors
CHAPTER 4                           Characteristics of Field-Effect Transistors and Triodes
CHAPTER 5                           Transistor Bias Considerations
CHAPTER 6                           Small-Signal Midfrequency BJT Amplifiers
CHAPTER 7                           Small-Signal Midfrequency FET and Triode Amplifiers
CHAPTER 8                           Frequency Effects in Amplifiers
CHAPTER 9                           Operational Amplifiers
CHAPTER 9                           Operational Amplifiers


CHAPTER NUMBER         CONTENTS
1                                              Modeling
2                                              Uniform Semiconductors in Equilibrium
3                                              Uniform Excitation of Semiconductors
4                                              Nonuniform Situations: The Five Basic Equations
5                                              Nonuniform Carrier Injection: Flow Problems in Thermal Equilibrium
6                                              Nonuniformly Doped Semiconductors
7                                              Junction Diodes
8                                              Bipolar Junction Transistors
9                                              The MOS Capacitor
10                                            Field Effect Transistors
11                                            Single-Transistor Linear Amplifier Stages
12                                            Differential Amplifier Stages
13                                            Multistage Amplifiers
14                                            High-Frequency Analysis of Linear Amplifiers
15                                            Digital Building-Block Circuits
16                                            Switching Transients in Devices and Circuits




Chapter Number                   Contents
Chapter 1                                Introduction
Chapter 2                                The Well
Chapter 3                                The Metal Layers
Chapter 4                                The Active and Poly Layers
Chapter 5                                The MOSFET
Chapter 6                                The 8SIM SPICE Model
Chapter 7                                CMOS Passive Elements
Chapter 8                                Design Verification with LASICKT
Chapter 9                                Analog MOSFET Models
Chapter 10                              The Digital Model
Chapter 11                              The Inverter
Chapter 12                              Static Logic Gates
Chapter 13                              The TG and Flip-Flops
Chapter 14                              Dynamic Logic Gates
Chapter 15                              VLSI Layout
Chapter 16                              BiCMOS Logic Gates
Chapter 17                              Memory Circuits
Chapter 18                              Special-Purpose Digital Circuits
Chapter 19                              Digital Phase-Locked Loops
Chapter 20                              Current Sources and Sinks
Chapter 21                              References
Chapter 22                              Amplifiers
Chapter 23                              Feedback Amplifiers
Chapter 24                              Differential Amplifiers
Chapter 25                              Operational Amplifiers
Chapter 26                              Nonlinear Analog Circuits
Chapter 27                              Dynamic Analog Circuits
Chapter 28                              Data Converter Fundamentals
Chapter 29                              Data Converter Architectures



Chapter Number                   Contents
1                                              ntroduction To Electronics
2                                              Operational Amplifiers
3                                              Diodes
4                                              MOS Field Effect Transistor
5                                              Bipolar Junction Transistor
6                                              Single Stage Integrated Circuit Amplifiers
7                                              Differential And Multistage Amplifiers
8                                              Feedback
9                                              Operational Amplifiers And Data Conversion Circuits
10                                            Digital CMOS Logical Circuits
11                                            Memory And Advanced Digital Circuited
12                                            Filter And Tuned Amplifiers
13                                            Signal Generators And Waveform Shaping Circuits
14                                            Output Stage And Power Amplifiers 

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