Analog Circuits Design Books part-1
Chapter number Contents
Chapter 1 Comparison of MOST and bipolar transistors
Chapter 2 Amplifiers, source followers and cascodes
Chapter 3 Differential voltage and current amplifiers
Chapter 4 Noise performance of elementary transistor stages
Chapter 5 Stability of operational amplifiers
Chapter 6 Systematic design of operational amplifiers
Chapter 7 Important opamp configurations
Chapter 8 Fully-differential amplifiers
Chapter 9 Design of multistage operational amplifiers
Chapter 10 Current-input operational amplifiers
Chapter 11 Rail-to-rail input and output amplifiers
Chapter 12 Class AB and driver amplifiers
Chapter 13 Feedback voltage and transconductance amplifiers
Chapter 14 Feedback transimpedance and current amplifiers
Chapter 15 Offset and CMRR: random and systematic
Chapter 16 Bandgap and current reference circuits
Chapter 17 Switched-capacitor filters
Chapter 18 Distortion in elementary transistor circuits
Chapter 19 Continuous-time filters
Chapter 20 CMOS ADC and DAC principles
Chapter 21 Low-power sigma-delta AD converters
Chapter 22 Design of crystal oscillators
Chapter 23 Low-noise amplifiers
Chapter 24 Coupling effects in mixed analog-digital ICs
Chapter number Contents
Chapter 1 Introduction of analog electronics and digital electronics
Chapter 2 Signals and signal processing
Chapter 3 Amplifiers and feedback
Chapter 4 Signal processing with operational amplifier
Chapter 5 Diode and transistor circuits
Chapter 6 Design of operational amplifies
Chapter 7 A/D and D/A conversions
Chapter 8 Audio frequency power amplifies
Chapter 9 Radio communication techniques
Chapter 10 Filters
Chapter 11 Signal generation
Chapter 12 Interconnections
Chapter 13 Power supplies
Chaptor Number Contents
1 Introduction to semiconductor devices
2 Introduction to amplifiers and biasing
3 Small-signal BJT models and their application
4 Single-stage BJT amplifiers with feedback
5 Linear integrated circuit techniques
6 BJT switching circuits
7 Field-effect transistors and circuits
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.
https://drive.google.com/file/d/0B8JsJIFjWrN7QWItMTRDZjE1UlU/view?usp=sharing
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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
https://drive.google.com/file/d/0B8JsJIFjWrN7cVFMSzlMS2hkWEk/view?usp=sharing
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