D/A Converters (DAC)
As the world’s leading provider of data converters, Analog Devices has the industry’s largest portfolio of digital to analog converters (DACs) ranging from 8 bits to 24 bits. ADI DACs are unmatched in their ability to deliver performance and value by providing accurate and reliable conversion for a range of applications including industrial automation, programmable logic controllers, optical transceivers, data acquisition, and more. Our portfolio includes integrated output amplifier options for ease of use, dynamic range DACs for multicarrier generation over a very wide bandwidth, and a variety of other digital to analog converters to suit your design needs.
High Speed Converter Innovations on 28 nm CMOS
Introducing the first of a new line of RF converters designed for GHz bandwidth applications such as 4G/5G multiband wireless communications base stations, multi-standard production test systems, and defense electronics. Based on 28 nm CMOS technology, these ADCs and DACs provide best-in-class bandwidth, power and dynamic range to cover the largest number of signal bands.
Latest Resources
Application Notes
- AN-928: Understanding High Speed DAC Testing and Evaluation (Rev. B) PDF
- AN-0982: The Residual Phase Noise Measurement (Rev. 0) PDF
- AN-214: Ground Rules for High Speed Circuits PDF
- AN-0986: Adjusting the Output Range and Span of the AD5362 (Rev. 0) PDF
- AN-1094: Multiplying DACs—Fixed Reference, Waveform Generation Applications (Rev. 0) PDF
- AN-1085: Multiplying DACs—AC/Arbitrary Reference Applications (Rev. A) PDF
- AN-1093: Synchronization of Multiple AD9122 TxDAC+ Converters (Rev. 0) PDF
- AN-284: Implement Infinite Sample-and-Hold Circuits Using Analog Input/Output Ports PDF
Technical Articles Page
- Maximizing Performance and Integration in Applications Requiring Isolated SPI
- How to Build Programmable Oscillators Using Digital Potentiometers
- JESD204B Subclasses—Part 2: Subclass 1 vs. Subclass 2 System Considerations
- JESD204B Subclasses—Part 1: An Introduction to JESD204B Subclasses and Deterministic Latency
- The ABCs of Interleaved ADCs
- New, Faster JESD204B Standard for High Speed Data Converters Comes with Verification Challenges
- Grasp the Critical Issues for a Functioning JESD204B Interface
- Bipolar Power Solutions for Precision Test and Measurement Systems
- Integrated Transceivers Enable Small Form Factor Phased-Array Radar Platforms
- A Relatively Easy Way to Realize a Programmable LED Driver
- Bits to Beams: RF Technology Evolution for 5G Millimeter Wave Radios
- Intelligent Field Instruments—The Smart Way to Industry 4.0
- Designing DACS into Precision Industrial 10V Applications
- Shifts Sighted in Mixed-Signal Design
Technical Articles
Product Selection Guide
Technical Books
- 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
- CMOS DAC Application Guide, 1984
- Transducer Interfacing Handbook, 1980
- Analog-Digital Conversion Notes, 1977
- Analog-Digital Conversion Handbook, 1972
Solutions Bulletins & Brochures
Webcast
- Demystifying the JESD204B High-Speed Data Converter-to-FPGA Interface
- Solving the Elusive Baseband to Antenna Problem using RFDAC Technology
- RF Technology for 5G Radio Base Stations
- Fundamentals of Data Converters
- Advances in Phased Array Analog Beamforming Solutions
- Enabling Next-Generation EW and Phased-Array Systems
- How to Read a Datasheet
- Electromagnetic Flowmeter Design for Industrial Process Control
- Data Conversion Applications and Solutions for Precision Process Control
- Industrial Process Control: Communication Solutions
- Signal Conditioning with Precision DACs
- Fundamentals of Designing with Digital to Analog Converters
- nanoDACs and DigiPots Uncovered
- Technologies and Solutions for Radar System Applications
Videos
- Analog Devices University Program
- Is my CRC Good Enough?
- An ADC Optimized for Functional Safety
- An Introduction to Functional Safety
- 7.5 GHz Frequency Extension for Instrumentation
- Electrometer-Grade Amplifier Improves Measurement Accuracy
- GNU Radio Conference 2016 - Radio Architecture Design Challenges
- Analog Devices Showcases New Products and Full Solutions
- Wideband Power Efficiency
- Complete 24GHz to 44GHz Radio using SiGe and 28nm CMOS
- 28nm CMOS RF Data Converters
- AD5770R: 6-Channel, Current Output DAC for Photonic Applications
- Synchronized Converters
- Advanced 2 kW X-band Solid State High Power Amplifiers
- JESD204B Converter-to-FPGA Connectivity
- AD5686R nanoDAC+™: Huge Performance in a Tiny Package!
- Use Circuits from the Lab™ in Your Next Design
- Interfacing the AD9739A FMC board to Xilinx FPGA platforms
- Interfacing FPGA’s (Field Programmable Gate Arrays)
Analog Dialogue
Customer Case Studies
- Analog Devices Retains Domination in Data Converters PDF
- CERN Customer Case Study
- Mercury Computer Systems Case Study
- Ball Aerospace Case Study
- National Instruments Case Study
- IceCube Case Study
- Bachmann Case Study
- Data Converter Customer Success Stories
- Datang Mobile Case Study
- National Instruments Case Study
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