ADS850 - 14-Bit, 10-MSPS Analog-to-Digital Converter (ADC)

Updated : 2020-01-09 14:26:42
Description

The ADS850 is a high dynamic range, 14-bit Analog-to-Digital Converter (ADC) that utilizes a fully differential input, allowing for either single-ended or differential input interface over varying input spans. This converter features digital error correction techniques ensuring 14-bit linearity and a calibration procedure that corrects for capacitor and gain mismatches. The ADS850 also includes a high-bandwidth track-and-hold that provides excellent spurious performance up to and beyond the Nyquist rate.

The ADS850 provides an internal reference that can be programmed for a 2Vp-p input range for the best spurious performance and ease of driving. Alternatively, the 4Vp-p input range can be used for the lowest input referred noise, offering superior signal-to-noise performance for imaging applications. There is also the capability to set the range between 2Vp-p and 4Vp-p, or to use an external reference. The ADS850 also provides an over-range indicator flag to indicate if the input has exceeded the full-scale input range of the converter.

The low distortion and high signal-to-noise performance provide the extra margin needed for communications, imaging, and test instrumentation applications. The ADS850 is available in a TQFP-48 package.

Products containing the "ADS850" keyword are: ADS850-EVM , ADS850-EVM , ADS8504I , ADS8504IB , ADS8504IBDW , ADS8504IBDW , ADS8504IBDWG4 , ADS8504IBDWR , ADS8504IBDWR , ADS8504IBDWRG4 , ADS85051 , ADS8505EVM , ADS8505I , ADS8505IBDB , ADS8505IBDB , ADS8505IBDB. , ADS8505IBDBG4 , ADS8505IBDBG4 , ADS8505IBDBR , ADS8505IBDBR
Features

  • SELF-CALIBRATING
  • HIGH SFDR: 85dB at NYQUIST
  • HIGH SNR: 76dB
  • LOW POWER: 250mW
  • DIFFERENTIAL OR SINGLE-ENDED INPUTS
  • +3V/+5V LOGIC I/O COMPATIBLE
  • FLEXIBLE INPUT RANGE
  • OVER-RANGE INDICATOR
  • INTERNAL OR EXTERNAL REFERENCE
  • APPLICATIONS
    • IF AND BASEBAND DIGITIZATION
    • CCD IMAGING SCANNERS
    • TEST INSTRUMENTATION
    • IR IMAGING