Electronic Test & Measurement
- Instrumenting 5G
- Data Acquisition
- Communications Test Equipment
- Impedance Measurement and Analysis
- RF Signal Analyzers and Vector Network Analyzers
- DC Sources and Power Supplies
- Signal Generators (Audio through RF)
- Precision Measurement
- Oscilloscopes and Digitizers
- Parametric Measurement
- RF Frequency and Power Measurement
- Precision Signal Analyzers
- Switching Matrices
- Power Circuits for Instrumentation
Latest Resources
Product Selector Card
Technical Articles
- Measuring The Impact Of 5G
- Supply Clean Power with Ultralow Noise LDO Regulators
- Designing High Speed Analog Signal Chains From DC-to-Wideband
- Increasing the Common-Mode Rejection Ratio of Differential Amplifiers Through Precisely Matched Resistor Networks
- Passing the Radiated Emissions Test: How to Eliminate Complex EMI Mitigation Techniques for Compact and Cost-Effective Isolated Designs
- Accurate, Low Power Remote Sensing Ideas
- Avoiding the Hidden Costs of Isolation Design—How to Manage Project Risk with Next-Generation Solutions
- Got Backup? Maintain Power Continuity
- Intelligent Field Instruments—The Smart Way to Industry 4.0
- Selecting The Right Passive and Discrete Components For Top System Performance
- Design Trade-offs of Using Precision SAR and Sigma-Delta Converters for Multiplexed Data Acquisition Systems
- The Fundamentals of Analog Devices’ Revolutionary MEMS Switch Technology
- Power Efficient Battery Formation/Testing System with Energy Recycling
- Low Noise or Low Power? Yes!
- 4× JFET Buffer Amplifier Cuts Noise in Half
Product Selection Guide
Solutions Bulletins & Brochures
Webcast
- Fundamentals of Clocks
- Making Precision Signal Chain Design Easier
- RF Technology for 5G Radio Base Stations
- Streamlining Flexible System Design using RF ADCs with DSP
- Gigabit Digital Isolators for Video, Converters, Communications
- Intelligent Sensing for Environmental and Process Measurement
- Silent Switcher Regulators: High Efficiency with Ultralow EMI
- Enabling Next-Generation EW and Phased-Array Systems
- The Hidden Cost of Your Isolated System Design
- How to Read a Datasheet
- Counting Electrons: Making Ultra-high Sensitivity Femtoamp Measurements
- Noise Analysis in Precision Analog Designs
Videos
- Innovative Solution for Efficient Li-Ion Battery Testing and Formation
- ADA4350: Integrated Analog Front-end for Simplified Sensor Interface
- Precision Weigh Scale Measurement and Toxic Gas Detection
- Introducing Power by Linear
- Analog Devices: 5G Test and Measurement Capability
- High Speed Converters by Analog Devices
- Increase Performance While Reducing Size with RF PLLs
- Introducing the LTM4686 Ultrathin Dual 10A µModule® Regulator
- Complete 3GHz Signal Analyzer Solution from Analog Devices
Press Releases
- Dual 10A, Single 20A Ultrathin µModule Regulator with Digital Power System Management
- Negative Output, 500mA Low Dropout Linear Regulator Has Ultralow Noise & Ultrahigh PSRR
- ±230V Input Common Mode G=10 Difference Amplifier Features 90dB Min CMRR, ±75ppm Max Gain Error
- Analog Devices’ Integrated Precision Solution Enables Safer and Up to 50% More Efficient Battery Manufacturing
- High Precision Fixed-Gain Fully Differential Amplifiers/ADC Drivers with Low Power
- Compact, Efficient Wireless Li-Ion Charger with Regulator Optimized for Low Power Wearables
Analog Dialogue
- Precision SPI Switch Configuration Increases Channel Density
- Remote Sensing Using a High Precision Instrumentation Amplifier
- Dual-Loop Clock Generator Cleans Jitter, Provides Multiple High-Frequency Outputs
- An Integrated Bidirectional Bridge with Dual RMS Detectors for RF Power and Return-Loss Measurement
- Phase-Locked Loops for High-Frequency Receivers and Transmitters - Part 2
- Phase-Locked Loops for High-Frequency Receivers and Transmitters - Part 1
- New Sigma-Delta ADC Clocking—More Than Jitter
- Antialiasing Filtering Considerations for High Precision SAR Analog-to-Digital Converters
- Programmable Gain Instrumentation Amplifiers: Finding One that Works for You
- Overcoming Constraints: Design a Precision Bipolar Power Supply on a Simple Buck Controller
- Over-the-Air (OTA) Updates in Embedded Microcontroller Applications: Design Trade-Offs and Lessons Learned
- Functional Safety in a Data Acquisition System
- IC Vector Processor for Motor Control
- A Low Power Data Acquisition Solution for High Temperature Electronics Applications
- IC provides temperature, bias, and gain in single-supply applications
- Synchronous Detectors Facilitate Precision Low-Level Measurements
- Analyzing and Solving Fixed Frequency Spur Issues in High Precision ADC Signal Chains
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