As the world's leading provider of data converters, Analog Devices, Inc. offers the industry’s largest portfolio of precision and high-speed A/D and D/A converters. Providing cutting-edge technology, ADI’s converters are designed to deliver performance without compromise, enabling leading-edge next-generation end-systems. Supported by the design tools and the technical documentation needed to accelerate time-to-market, converters from ADI meet the application challenges whether they are high-speed or precision centric. Find an ADC or DAC to suit every specification: accuracy, resolution, sample rate, bandwidth, power, size, integrated functionality and value.
Select one of the data converter categories below to learn more:
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For Performance and Reliability Choose Precision Converters from ADI
Analog Devices offers the industry’s largest and highest performance portfolio of precision A/D and D/A converters. Providing cutting-edge technology, ADI’s converters are designed to deliver performance without compromise facilitating the achievement of leading-edge next-generation end-systems. With an enhanced feature set tailored to simplify operation, ADI’s converters are an ideal choice to facilitate a quick and easy design cycle.
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Silicon Performance |
Intelligent Integration |
Power Efficiency |
Robustness |
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| Precision ADCs |
Precision DACs |
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A comprehensive portfolio optimized for precision performance, speed, power and package size. It covers products with:
- Resolutions from 8-bits to 32-bits
- Channel count from 1 to 16
- Throughput rates up to 10Msps
ADI offers a range of ADC architectures including:
- SAR – Successive Approximation ADCs
- Sigma Delta Modulators
- Isolated ADCs
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A comprehensive portfolio optimized for precision performance, package size and ease-of-use feature set. ADI’s portfolio covers products with:
- Resolutions from 8-bits to 20-bits
- Channel count from 1 to 40
- Settling time from 0.5 µs upwards
ADI offers a range of DAC outputs including:
- Standard Low-Voltage Unipolar Outputs (nanoDACs)
- • Bipolar Output DACs from ±5 V to ±10 V to 0 to 20 V
- • High-Voltage DACs with voltages >30 V
- Multiplying or Current-Output DACs
- Industrial 4 to 20 mA DACs
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ADI offers ADC and DAC converters suitable for use in a host of applications from direct sensor interfacing to precision signal generation. Pushing the boundaries in terms of performance, precision converters from ADI are designed for quick and easy deployment, with many products offering a host of features designed to simplify operation and adoption.
Precision Analog-to-Digital Converters
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Featured Product:
- Tiny and Ultra-Low-Power 12 bit
- 3.5x Reduction in Power Consumption
- Save >350 hours battery lifetime when operating at 1 MSPS for CR2032 3 V Lithium battery
- 33% Smaller Footprint
- 10 ld LFCSP ( 3 mm x 2 mm)
- CN0247 Cftl. optimized for low power
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Recommended ADCs for New Designs:
| ADC |
Resolution |
# of Channels |
Throughput |
Type |
Datasheet |
Eval Board |
| AD7091R |
12 |
1 |
1Msps |
SAR with Ref |
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| AD7091 |
12 |
1 |
1Msps |
SAR |
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| AD7091R-2 |
12 |
2 |
1Msps |
SAR with Ref |
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| AD7091R-4 |
12 |
3 |
1Msps |
SAR with Ref |
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| AD7091R-8 |
12 |
8 |
1Msps |
SAR with Ref |
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| AD7960 |
18 |
1 |
5Msps |
SAR |
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| AD7961 |
16 |
1 |
5Msps |
SAR |
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| AD7989-5 |
18 |
1 |
500Ksps |
SAR |
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| AD7989-1 |
18 |
1 |
100Ksps |
SAR |
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| AD7902 |
16 |
Dual (2) |
1Msps |
Sim Sampling SAR |
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| AD7903 |
16 |
Dual (2) |
1Msps |
Sim Sampling SAR |
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| ADAS3022 |
16 |
8 |
1Msps |
PGIA & SAR |
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| ADAS3023 |
16 |
Octal (8) |
1Msps |
PGIA & Sim Sampling SAR |
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| AD7606 |
16 |
Octal (8) |
200Ksps |
Bipolar Sim |
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| AD7656 |
16 |
6 ADCs |
250Ksps |
Bipolar Sim Sampling SAR |
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| AD7266 |
12 |
12/6 (Dual) |
2Msps |
Sim Sampling SAR |
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| AD7176-2 |
24 |
2/4 |
250Ksps |
Sigma Delta |
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| AD7173-8 |
24 |
8/16 |
31.25Ksps |
Sigma Delta |
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| AD7760 |
24 |
1 |
2.5Msps |
Sigma Delta with internal Buffer |
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| AD7190 |
24 |
4 |
4.8KHz |
Sigma Delta with PGA |
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| AD7403 |
16 |
1 |
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Isolated Modulator |
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Precision Digital-to-Analog Converters
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Featured Product:
- Tiny 16-bit LVSS Quad DAC
- ±2 LSB INL and ±1 LSB DNL
- Internal 2.5 V Reference
- User-selectable output gain of x1 or x2
- 16-TSSOP and 3 x 3 mm 16-LFCSP
- 1.8 V Logic Compatibility
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Recommended DACs for New Designs:
| DAC |
Resolution |
# of Channel |
Interface |
Type |
Datasheet |
Eval Board |
| AD5686R |
16 |
Quad (4) |
SPI |
nanoDAC+ |
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| AD5685R |
14 |
Quad (4) |
SPI |
nanoDAC+ |
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| AD5684R |
12 |
Quad (4) |
SPI |
nanoDAC+ |
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| AD5683R |
16 |
Single |
SPI |
nanoDAC+ |
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| AD5682R |
14 |
Single |
SPI |
nanoDAC+ |
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| AD5682R |
12 |
Single |
SPI |
nanoDAC+ |
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| AD5689R |
16 |
Dual(2) |
SPI |
nanoDAC+ |
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| AD5687R |
12 |
Dual(2) |
SPI |
nanoDAC+ |
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| AD5691R |
16 |
Single |
I2C |
nanoDAC+ |
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| AD5693R |
12 |
Single |
I2C |
nanoDAC+ |
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| AD5696R |
16 |
Quad |
I2C |
nanoDAC+ |
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| AD5694R |
12 |
Quad |
I2C |
nanoDAC+ |
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| AD5141 |
256 tap |
Single |
SPI, I2C |
DigiPot+ |
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| AD5142 |
256 tap |
Dual |
SPI |
DigiPot+ |
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| AD5142A |
256 tap |
Dual |
I2C |
DigiPot+ |
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| AD5143 |
256 tap |
Quad |
I2C |
DigiPot+ |
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| AD5144 |
256 tap |
Quad |
SPI, I2C |
DigiPot+ |
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| AD5144A |
256 tap |
Quad |
I2C |
DigiPot+ |
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| AD5121 |
128 tap |
Single |
SPI, I2C |
DigiPot+ |
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| AD5122 |
128 tap |
Dual |
SPI |
DigiPot+ |
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| AD5122A |
128 tap |
Dual |
I2C |
DigiPot+ |
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| AD5123 |
128 tap |
Quad |
I2C |
DigiPot+ |
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| AD5124 |
128 tap |
Quad |
SPI, I2C |
DigiPot+ |
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| AD5543 |
16 |
Single |
SPI |
Multiplying DAC |
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| AD5545 |
16 |
Dual |
SPI |
Multiplying DAC |
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| AD5544 |
16 |
Quad |
SPI |
Multiplying DAC |
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| AD5441 |
12 |
Single |
SPI |
Multiplying DAC |
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| AD5446 |
14 |
Single |
SPI |
Multiplying DAC |
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| AD5754R |
16 |
Quad |
SPI |
Bipolar DAC |
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| AD5724R |
12 |
Quad |
SPI |
Bipolar DAC |
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| AD5760 |
16 |
Single |
SPI |
Bipolar DAC |
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| AD5780 |
18 |
Single |
SPI |
Bipolar DAC |
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| AD5790 |
20 |
Single |
SPI |
Bipolar DAC |
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