Amplifiers
Amplifiers from Analog Devices deliver both high performance and high value. These amplifier ICs combine circuit design, manufacturing process innovation, and applications expertise to create products that simplify signal conditioning design.
We offer a variety of online and downloadable tools to help engineers quickly select the right amplifier product. Please see the resource section below for popular amplifiers, related information, and tools.
We offer a variety of online and downloadable tools to help engineers quickly select the right amplifier product. Please see the resource section below for popular amplifiers, related information, and tools.
Latest Resources
Application Notes
- AN-107: ADM1068/ADM1069/ADM1168/ADM1169 Configuration Registers PDF
- AN-1375: Output Current Monitoring of High Voltage Class D Amplifiers (Rev. 0) PDF
- AN-106: A Collection of Amp Applications PDF
- AN-937: Designing Amplifiers Circuits: How to Avoid Common Problems (Rev. 0) PDF
- AN-202: An IC Amplifier User’s Guide to Decoupling, Grounding, and Making Things Go Right for a Change (Rev. B) PDF
Press Release
- ±230V Input Common Mode G=10 Difference Amplifier Features 90dB Min CMRR, ±75ppm Max Gain Error
- High Precision Fixed-Gain Fully Differential Amplifiers/ADC Drivers with Low Power
- Analog Devices Expands GaN Power Amplifier Portfolio with Two Broadband 6-GHz Modules
- Zero-Drift, Precision Op Amp Simplifies Board Design and Delivers Industry’s Best Noise Performance
- New Version of Simulation Tool Significantly Eases Development of RF Systems
Design Notes Page
Technical Articles
- The Wearable for Machine Health: Condition-Based Monitoring
- AD8479 Funnel Amplifier with Attenuation Factor of 60
- Isolated pH Monitor with Temperature Compensation
- A Simple Way of Measuring Soil Moisture and pH with Temperature Compensation
- Accurate, Low Power Remote Sensing Ideas
- Increasing the Common-Mode Rejection Ratio of Differential Amplifiers Through Precisely Matched Resistor Networks
- Challenges for Electronic Circuits in Space Applications
- 4× JFET Buffer Amplifier Cuts Noise in Half
- Simple Discreet SE-to-Differential Precision In-Amp Circuit: High Common-Mode Input Range and 50% Less Power
- 11 Myths About Analog Noise Analysis
- Seven Steps To Successful Ultralow Light Signal Conversion
- Seven Steps to Successful Analog-to-Digital Signal Conversion (Noise Calculation for Proper Signal Conditioning)
- Achieve CM Convergence Between Amps And ADCs
Product Selection Guide
Circuit Note
Technical Books
- A Designer's Guide to Instrumentation Amplifiers, 3rd Edition, 2006
- Op Amp Applications Handbook, 2005
- Practical Design Techniques for Sensor Signal Conditioning, 1999
- Linear Design Seminar, 1995
- System Applications Guide, 1993
- Amplifier Applications Guide, 1992
- Mixed-Signal Design Seminar, 1991
- High Speed Design Seminar, 1990
- Linear Design Seminar, 1987
- Analog-Digital Conversion Handbook, 1986
- Transducer Interfacing Handbook, 1980
- Analog-Digital Conversion Notes, 1977
- Nonlinear Circuits Handbook, 1976
- Analog-Digital Conversion Handbook, 1972
- Evolution from Operational Amplifier to Data Amplifier, 1968
- Applications Manual for Computing Amplifiers for Modeling, Measuring, Manipulating, and Much Else, 1966
- Ray Stata Op Amp Articles, 1960s
Webcast
- Intelligent Sensing for Environmental and Process Measurement
- Advances in Phased Array Analog Beamforming Solutions
- Counting Electrons: Making Ultra-high Sensitivity Femtoamp Measurements
- Precision basics: How not to be surprised by unexpected error sources
- Noise Optimization in Sensor Signal Conditioning Circuits (Part I)
- Demystifying Limiting Amplifiers: Application and Design
- Smart Partitioning and IoT System Development
- Noise Analysis in Precision Analog Designs
- Fundamentals of Operational Amplifiers
- Electromagnetic Flowmeter Design for Industrial Process Control
- Sensors and How to Use Them
- Solving Telecommunication Multiband Needs with Wideband Amplifiers
- Solving Next Generation Aerospace and Defense Challenges
- How to Read a Datasheet
Videos
- Sys-Parameter RF Component Library for Keysight Genesys
- AD400x Solves Design Challenges and Reduces System Complexity
- Wireless Current Sense Combines Parts from ADI and LTC
- Module Design and Production Capabilities
- ADA4530-1 Electrometer Op Amp: Measuring Femptoamp Currents
- LIGO is Ahead of What's Possible
- AMR Position and Current Sensing in Motor Control Applications
- Electrometer-Grade Amplifier Improves Measurement Accuracy
- Gallium Nitride Amplifiers
- X & Ku Band Small Form Factor Radio Design
- Summer Camp Lab 4: Audio Amplifier with Electret Microphone
- Summer Camp Lab 1: Intro to Electronic Components and Equipment
- Summer Camp Lab 3: AD654 LED Flasher
- Summer Camp Lab 2: Introduction to RC Circuits
- Instrumentation and High Speed: LVDS, Energy Harvesting and more
- ADI Design Tools: Helping you through your design challenges.
- High Fidelity (Hi-Fi) Audio for Mobile Devices
- ADA4530-1 Electrometer Op Amp with Integrated Guard Buffer
- Getting Started with the CN0216 Arduino Shield
- Precision Weigh Scale Measurement and Toxic Gas Detection
- Dual Channel Spectroscopy System
- Fully Automated Conductivity Measurement System
- Analog Devices University Program
Tutorials
Analog Dialogue
- A Direct Method of Measuring Op Amp Input Differential Capacitance
- Does My Voltage Reference Design Hold Water? Methods of Managing Humidity and Performance in Precision Analog Systems
- Composite Amplifiers: High Output Drive Capability with Precision
- Can You Really Get ppm Accuracies from Op Amps?
- Analysis of Input Current Noise with Even Harmonics Folding Effect in a Chopper Op Amp
- Remote Sensing Using a High Precision Instrumentation Amplifier
- Programmable Gain Instrumentation Amplifiers: Finding One that Works for You
- GaN Breaks Barriers—RF Power Amplifiers Go Wide and High
- Ultrawideband Digital Predistortion (DPD): The Rewards (Power and Performance) and Challenges of Implementation in Cable Distribution Systems
- HART Communication Networks Are Improved by Small, Flexible, Low-Power Modem ICs
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