Op Amp Applications Handbook
Resources
Free Global Shipping
No minimum orderDescription
Operational amplifiers play a vital role in modern electronics design. The latest op amps have powerful new features, making them more suitable for use in many products requiring weak signal amplification, such as medical devices, communications technology, optical networks, and sensor interfacing. The Op Amp Applications Handbook may well be the ultimate op amp reference book available. This book is brimming with up-to-date application circuits, valuable design tips, and in-depth coverage of the latest techniques to simplify op amp circuit designs, and improve their performance. As an added bonus, a selection on the history of op amp development provides an extensive and expertly researched overview, of interest to anyone involved in this important area of electronics.
Key Features
* Seven major sections packed with technical information
* Anything an engineer will want to know about designing with op amps can be found in this book
* Op Amp Applications Handbook is a practical reference for a challenging engineering field.
* Anything an engineer will want to know about designing with op amps can be found in this book
* Op Amp Applications Handbook is a practical reference for a challenging engineering field.
Readership
Electronics engineers and audio engineers; electronics technicians; engineering students; electronics hobbyists
Table of Contents
- Foreword
Preface
Acknowledgments
Op Amp History Highlights
Chapter 1: Op Amp Basics
Section 1-1: Introduction
Section 1-2: Op Amp Topologies
Section 1-3: Op Amp Structures
Section 1-4: Op Amp Specifications
Section 1-5: Precision Op Amps
Section 1-6: High Speed Op Amps
Chapter 2: Specialty Amplifiers
Section 2-1: Instrumentation Amplifiers
Section 2-2: Programmable Gain Amplifiers
Section 2-3: Isolation Amplifiers
Chapter 3: Using Op Amps with Data Converters
Section 3-1: Introduction
Section 3-2: ADC/DAC Specifications
Section 3-3: Driving ADC Inputs
Section 3-4: Driving ADC/DAC Reference Inputs
Section 3-5: Buffering DAC Outputs
Chapter 4: Sensor Signal Conditioning
Section 4-1: Introduction
Section 4-2: Bridge Circuits
Section 4-3: Strain, Force, Pressure and Flow
Measurements
Section 4-4: High Impedance Sensors
Section 4-5: Temperature Sensors
Chapter 5: Analog Filters
Section 5-1: Introduction
Section 5-2: The Transfer Function
Section 5-3: Time Domain Response
Section 5-4: Standard Responses
Section 5-5: Frequency Transformations
Section 5-6: Filter Realizations
Section 5-7: Practical Problems in Filter
Implementation
Section 5-8: Design Examples
Chapter 6: Signal Amplifiers
Section 6-1: Audio Amplifiers
Section 6-2: Buffer Amplifiers and Driving
Capacitive Loads
Section 6-3: Video Amplifiers
Section 6-4: Communication Amplifiers
Section 6-5: Amplifier Ideas
Section 6-6: Composite Amplifiers
Chapter 7: Hardware and Housekeeping Techniques
Section 7-1: Passive Components
Section 7-2: PCB Design Issues
Section 7-3: Op Amp Power Supply Systems
Section 7-4: Op Amp Protection
Section 7-5: Thermal Considerations
Section 7-6: EMI/RFI Considerations
Section 7-7: Simulation, Breadboarding and
Prototyping
Chapter 8: Op Amp History
Section 8-1: Introduction
Section 8-2: Vacuum Tube Op Amps
Section 8-3: Solid-State Modular and Hybrid Op
Amps
Section 8-4: IC Op Amps
Index