High Speed D/A Converters
High Speed D/A Converters (DAC) enable designers to implement high-performance transmit signal synthesis solutions with optimal cost, size, power, performance and reliability. Analog Devices has the industry’s largest portfolio high speed digital-to-analog converter products, including wideband radio frequency (RF), intermediate frequency (IF) signal processing and general purpose baseband classes, which are widely employed in wired and wireless communications, instrumentation, radar, electronic warfare and other applications.
ADI's portfolio of high speed D/A converter products range from 30 MSPS to multi- GSPS with resolutions ranging from 8 – 16 bits. Our D/A converters are fully supported with complete datasheets and evaluation boards to help reduce time-to-market and system design costs. These D/A converters are recommended for use with ADI’s clocking and timing products as well as RF products and power management to meet our customer’s most demanding applications.
Have questions or would like to learn more about designing with ADI’s High Speed D/A Converters? Visit our Community on the Engineer Zone.
Engineered. Tested. Ready to Integrate.
PRODUCT SELECTION TABLES
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Technical Items of Interest
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Training, Videos & Design Tools
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High Speed D/A Converters News
RF/IF DACs
| Part# | Resolution (Bits) | Throughput Rate | Logic Compatibility | DAC Input Data Format | DAC Output Uni or Bip | Power Diss | Package | US Price 1000-4999 | DAC Update Rate | # DAC | # DAC Outputs |
|---|---|---|---|---|---|---|---|---|---|---|---|
| AD9122Reference Circuit Available | 16 | 1.23GSPS | CMOS, LVDS | LVDS, Par | Uni/Bip | 1.1W | CSP |
$ | - | 2 | 2 |
| AD9125 | 16 | 1GSPS | TTL | Par | Uni | 1.1W | CSP |
$ | - | 2 | 2 |
| AD9142 | 16 | 1.6GSPS | LVDS | LVDS | Uni | 1.8W | CSP |
$ | - | 2 | 2 |
| AD9146 | 16 | 1.2GSPS | CMOS, LVDS | Byte, LVDS, Nibble | Uni/Bip | 1.2W | CSP |
$ | 1.2GSPS | 2 | 2 |
| AD9148 | 16 | 1GSPS | LVDS | LVDS, Par | Uni | 3W | CSP-BGA |
$ | - | 4 | 4 |
| AD9734 | 10 | 1.2GSPS | LVDS | LVDS, Par | Uni | 550mW | BGA |
$ | - | - | 1 |
| AD9735 | 12 | 1.2GSPS | LVDS | LVDS, Par | Uni | 550mW | BGA |
$ | - | - | 1 |
| AD9736 | 14 | 1.2GSPS | LVDS | LVDS, Par | Uni | 550mW | BGA |
$ | - | - | 1 |
| AD9739 | 14 | 2.5GSPS | LVDS | LVDS, Par | Uni/Bip | 1.16W | BGA |
$ | 2.5GSPS | 1 | 1 |
| AD9739A | 14 | 2.5GSPS | LVDS | LVDS, Par | Uni/Bip | 960mW | CSP-BGA |
$ | - | 1 | 1 |
| AD9776A | 12 | 1GSPS | CMOS | Par | Uni/Bip | 300mW | QFP |
$ | - | - | 2 |
| AD9778 | 14 | 1GSPS | CMOS | Par | Uni/Bip | 300mW | QFP |
$ | - | - | 2 |
| AD9778A | 14 | 1GSPS | CMOS | Par | Uni/Bip | 300mW | QFP |
$ | - | - | 2 |
| AD9779 | 16 | 1GSPS | CMOS | Par | Uni/Bip | 300mW | QFP |
$ | - | - | 2 |
| AD9779AReference Circuit Available | 16 | 1GSPS | CMOS | Par | Uni/Bip | 300mW | QFP |
$ | - | - | 2 |
| AD9785 | 12 | 800MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | 450mW | QFP |
$ | 800MSPS | 2 | 2 |
| AD9787 | 14 | 800MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | 450mW | QFP |
$ | 800MSPS | 2 | 2 |
| AD9788Reference Circuit Available | 16 | 800MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | 450mW | QFP |
$ | 800MSPS | 2 | 2 |
| AD9789 | 14 | 2.4GSPS | CMOS, LVDS | LVDS, Par | Uni | 1.7W | CSP-BGA |
$ | - | - | 1 |
Baseband DACs
| Part# | Resolution (Bits) | Throughput Rate | Logic Compatibility | DAC Input Data Format | DAC Output Uni or Bip | Power Diss | Package | US Price 1000-4999 |
|---|---|---|---|---|---|---|---|---|
| AD9102 | 14 | 180MSPS | - | SPI | Uni | 96.54mW | - |
$ |
| AD9114 | 8 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | - | CSP |
$ |
| AD9115 | 10 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | - | CSP |
$ |
| AD9116 | 12 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni | - | CSP |
$ |
| AD9117Reference Circuit Available | 14 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni | - | CSP |
$ |
| AD9714 | 8 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | - | CSP |
$ |
| AD9715 | 10 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | - | CSP |
$ |
| AD9716 | 12 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | - | CSP |
$ |
| AD9717 | 14 | 125MSPS | CMOS, TTL, TTL/CMOS | Par | Uni/Bip | - | CSP |
$ |
| AD9741 | 8 | 250MSPS | TTL/CMOS | Par | Bip | 345mW | CSP |
$ |
| AD9743 | 10 | 250MSPS | TTL/CMOS | Par | Bip | 345mW | CSP |
$ |
| AD9745 | 12 | 250MSPS | TTL/CMOS | Par | Bip | 350mW | CSP |
$ |
| AD9746 | 14 | 250MSPS | TTL/CMOS | Par | Bip | 355mW | CSP |
$ |
| AD9747 | - | 250MSPS | TTL/CMOS | Par | Bip | 355mW | CSP |
$ |
| AD9704 | 8 | 175MSPS | CMOS | Par | Uni | 57mW | CSP |
$ |
| AD9705 | 10 | 175MSPS | CMOS | Par | Uni/Bip | 57mW | CSP, SOP |
$ |
| AD9706 | 12 | 175MSPS | CMOS | Par | Uni/Bip | 57mW | CSP |
$ |
| AD9707 | 14 | 175MSPS | CMOS | Par | Uni/Bip | 57mW | CSP |
$ |
| AD9726 | 16 | 400MSPS | LVDS | LVDS, Par | Uni | 652mW | QFP |
$ |
| AD9786 | 16 | 500MSPS | - | Par | Uni | - | QFP |
$ |
| AD9748 | 8 | 210MSPS | CMOS | Par | Uni | 145mW | CSP, SOIC, SOP |
$ |
| ADV7125Reference Circuit Available | 8 | 330MSPS | TTL/CMOS | Par | Uni | 485mW | QFP |
$ |
| AD9740 | 10 | 210MSPS | CMOS | Par | Uni | 145mW | CSP, SOIC, SOP |
$ |
| AD9742 | 12 | 210MSPS | CMOS | Par | Uni | 145mW | CSP, SOIC, SOP |
$ |
| AD9744 | 14 | 165MSPS | CMOS | Par | Uni | 145mW | CSP, SOIC, SOP |
$ |
| AD9773 | 12 | 400MSPS | TTL/CMOS | Par | Uni | 410mW | QFP |
$ |
| AD9775 | 14 | 400MSPS | TTL/CMOS | Par | Uni | 410mW | QFP |
$ |
| AD9777 | 16 | 400MSPS | TTL/CMOS | Par | Uni | 410mW | QFP |
$ |
| AD9751 | 10 | 300MSPS | CMOS | Par | Uni | 165mW | QFP |
$ |
| AD9753 | 12 | 300MSPS | CMOS | Par | Uni | 165mW | QFP |
$ |
| AD9755 | 14 | 300MSPS | CMOS | Par | Uni | 165mW | QFP |
$ |
| AD9772A | 14 | 160MSPS | TTL/CMOS | Par | Uni | 272mW | QFP |
$ |
| AD9709 | 8 | 125MSPS | TTL/CMOS | Par | Uni | 450mW | QFP |
$ |
| AD9763 | 10 | 125MSPS | CMOS | Par | Uni | 450mW | QFP |
$ |
| AD9765 | 12 | 125MSPS | CMOS | Par | Uni | 450mW | QFP |
$ |
| AD9767 | 14 | 125MSPS | TTL/CMOS | Par | Uni | 450mW | QFP |
$ |
| AD9750 | 10 | 125MSPS | CMOS | Par | Uni | 230mW | SOIC, SOP |
$ |
| AD9752 | 12 | 125MSPS | CMOS | Par | Uni | 220mW | SOIC, SOP |
$ |
| AD9754 | 14 | 125MSPS | CMOS | Par | Uni | 220mW | SOIC, SOP |
$ |
| ADV7127 | 10 | 240MSPS | TTL/CMOS | Par | Uni | 310mW | SOIC, SOP |
$ |
| ADV7123 | 10 | 330MSPS | TTL/CMOS | Par | Uni | 485mW | QFP |
$ |
| AD9774 | 14 | 32MSPS | TTL/CMOS | Par | Uni | 940mW | QFP | ** |
| AD9761 | 10 | 40MSPS | CMOS | Par | Uni | 250mW | SOP |
$ |
| AD9764 | 14 | 125MSPS | CMOS | Par | Uni | 170mW | SOIC, SOP |
$ |
| AD9708 | 8 | 125MSPS | TTL/CMOS | Par | Uni | 175mW | SOIC, SOP |
$ |
| AD9760 | 10 | 125MSPS | CMOS | Par | Uni | 175mW | SOIC, SOP |
$ |
| AD9762 | 12 | 125MSPS | CMOS | Par | Uni | 160mW | SOIC, SOP |
$ |
| AD768 | 16 | 30MSPS | TTL/CMOS | Par | Uni | 600mW | SOIC |
$ |
| ADV7120 | 8 | 80MSPS | TTL/CMOS | Par | Uni | 625mW | DIP, LCC, QFP |
$ |
NEW PRODUCTS
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AD9119- 11-Bit, 5.6 GSPS, RF Digital-to-Analog Converter
The AD9119/AD9129 are high performance, 11-/14-bit RF digital-to-analog converters (DACs) supporting data rates up to 2.8 GSPS. The DAC core is based on a quad-switch architecture that enables dual-edge clocking operation, effectively increasing the DAC update rate to 5.6 GSPS when configured for Mix-Mode™ or 2× interpolation. The high dynamic range and More
Data Sheet Rev 0, 02/2013 (pdf 905kB)
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AD9129- 14-Bit, 5.6 GSPS, RF Digital-to-Analog Converter
The AD9119/AD9129 are high performance, 11-/14-bit RF digital-to-analog converters (DACs) supporting data rates up to 2.8 GSPS. The DAC core is based on a quad-switch architecture that enables dual-edge clocking operation, effectively increasing the DAC update rate to 5.6 GSPS when configured for Mix-Mode™ or 2× interpolation. The high dynamic range and More
Data Sheet Rev 0, 02/2013 (pdf 905kB)
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AD9102- Low Power, 14 Bit, 180MSPS, Digital to Analog Converter and Waveform Generator
The AD9102 TxDAC® and Waveform Generator is a high performance DAC integrating on-chip pattern memory for complex waveform generation with a Direct Digital Synthesizer (DDS).
The DDS is a 14-bit output, up to 180Mhz master clock sinewave generator with a 24-bit tuning word allowing 10.8Hz/LSB frequency resolution.
SRAM data can include directly generated stored waveforms, amplitude More
Data Sheet Rev 0, 01/2013 (pdf 771kB)
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NEWS
- Analog Devices Named Among World’s 100 Most Innovative Companies For Second Year In A Row
- Quad 12-Bit and Single 14-Bit, 180-MSPS D/A Converters Integrate Complex Waveform Generation Function
- Analog Devices' DOCSIS 3.0-Compliant RF D/A Converter Operates at One-Third the Power of Competing Devices and Reduces PCB Space by 25 Percent
