Data Converters

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

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

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

Featured Product:

• Tiny 16-bit LVSS Quad DAC
  • ±2 LSB INL and ±1 LSB DNL
• Internal 2.5 V Reference
  • 5ppm/°C max reference
• User-selectable output gain of x1 or x2
• 16-TSSOP and 3 x 3 mm 16-LFCSP
• 1.8 V Logic Compatibility

Helpful Resources from the Precision Converter Team!

• Webcast: Fundamentals of Designing with Analog to Digital Converters
• Webcast: Fundamentals of Designing with Digital to Analog Converters
• Webcast: Five Things You Don't Know about DACs

Most Recent Technical Articles

• Let's Compare SAR & Δ-Σ Converters for a Mux'd DAS
• Get ADC Data Beyond the Datasheet
• Challenges & Requirements: Voltage Reference Design for Precision Successive-Approximation ADCs, Part 1
• nanoDAC+ Family Overview
• Demystifying High-Performance Multiplexed Data-Acquisition Systems
• Dynamic power control minimises power loss, maximises temperature range