Analysis and design of analog integrated circuits / Paul R. Gray, Robert G. Meyer.
Publication details: New York : Wiley, c1993.Edition: 3rd editionDescription: xiv, 792 p. : ill. ; 26 cmISBN:- 0471574953 (acidfree paper)
- 621.3815 22 GRA
| Item type | Current library | Call number | Copy number | Status | Date due | Barcode |
|---|---|---|---|---|---|---|
Book Closed Access
|
Engineering Library | 621.3815 GRA (Browse shelf(Opens below)) | 1 | Available | BUML23080580 |
CONTENT
CHAPTER 1 MODELS FOR INTEGRATED-CIRCUIT ACTIVE DEVICE
Introduction
Depletion region of a pn junction
Large-signal behavior of Bipolar transistors
Small-signal models of bipolar transistors
Large-signal model of field- effect transistors
Small-signal models of the JFET
etc.
CHAPTER 2 BIPOLAR MOS AND BiCMOS INTEGRATED-CIRCUIT TECHNOLOGY
Introduction
Basic in integrated -circuit fabrication
High-voltage bipolar integrated-circuit fabrication
Advanced bipolar integrated-circuit fabrication
Active device in bipolar analog integrated circuit
Passive components bipolar integrated circuit
etc.
CHAPTER 3 SINGLE- TRANSISTOR AND TWO-TRANSISTOR AMPLIFIES
Device model selection for approximate analysis of analog circuits
Basic single-transistor amplifier stages
Two transistor amplifier
Emitter-couple pairs
Source- coupled FET pairs
etc.
CHAPTER 4 TRANSISTORS CURRENT SOURCES AND ACTIVE LOADS
Introduction
Current sources
Current source as active loads
CHAPTER 5 OUT STAGES
Introduction
Emitter follower as an output stage
The common-emitter output stage
The common base output stage
Class B (push-pull) output stage
CHAPTER 6 OPERATIONAL AMPLIFIERS
Applications of operational amplifiers
Deviations of monolithic operational amplifiers
Analysis of monolithic operational amplifiers
Design considerations in monolithic operational amplifiers
MOS Operational amplifiers
CHAPTER 7 FREQUENCY RESPONSE OF INTEGRATED CIRCUITS
introduction
Single-stage amplifier frequency response
Multi staged amplifier frequency response
Analysis of the frequency response of the 741 op Amp
Relationship between frequency response and time response
CHAPTER 8 FEEDBACK EQUATION
Gain sensitivity
Effect of negative feedback on distortion
Feedback configurations
Practical configuration and effect of loading
Single- stage feedback
etc.
CHAPTER 9 FREQUENCY RESPONSE AND STABILITY OF FEEDBACK AMPLIFIERS
Introduction
Relationship between gain and band width in feedback amplifiers
Instability and nyquist criterion
Compensation
Root-locus techniques
Slew rate
CHAPTER 10 NONLINEAR ANALOG CIRCUITS
Introduction
Precision rectification
Analog multipliers the bipolar transistor
Phase-locked loop(PLL)
Nonlinear function synthesis
CHAPTER 11 NOISE IN INTEGRATED CIRCUITS
Introduction
Sources of noise
Noise models of integrated-circuit components
Circuit noise calculations
Equivalent input noise generators
Effect of feedback on noise performance
Includes bibliographical references and index.
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