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ASD1000

Octal Low Power 20 to 80 MSPS 12/13-bit Analog-to-Digital Converter

Description

ASD1000 is a high performance low power octal analog-to-digital converter (ADC). The ADC is based on a proprietary structure and employs internal reference circuitry, a serial control interface and serial LVDS output data. Data and frame synchronization output clocks are supplied for data capture at the receiver. Various modes and configuration settings can be applied to the ADC through the serial control interface (SPI). Each channel can be powered down independently and data format can be selected through this interface. A full chip idle mode can be set by a single external pin. Register settings determine the exact function of this external pin. There are two options for the serial LVDS outputs, 12- bit or 14-bit. In 12-bit mode, the LSB bit from the ADCs are removed in the output stream. In 14-bit mode, a '0' is added in the LSB position. ASD1000 is designed to easily interface with field-programmable gate arrays (FPGAs) from several vendors. The very low start up times for ASD1000 allows significant power reduction in duty-cycled systems, by utilizing the Sleep Modes or Power Down Mode when the receive path is idle.

pdficon Full Datasheet

Features
  • 20/40/50/65/80 MSPS versions available

  • Ultra Low Power Dissipation

23 mW / Channel at 20 MSPS
35 mW / Channel at 40 MSPS
41 mW / Channel at 50 MSPS
51 mW / Channel at 65 MSPS
59 mW / Channel at 80 MSPS
  • 72.2 dB SNR at 8 MHz FIN

  • Internal reference circuitry with no required external components 

  • 0.5 µs startup time from Sleep Mode

  • 15  µs startup time from Power Down Mode

  • 1.8 V supply voltage

  • 1.7 - 3.6 V CMOS logic on control interface pins

  • Reduced Power Dissipation modes available

    71.5 dB SNR at 8 MHz  FIN
    34 mW / Channel at 50 MSPS

  • Serial 12 and 14 bit LVDS output

  • 64 pin QFN and 80 pin TQFP package options

  • Coarse and fine gain control

  • Frame and data clock outputs

Functional Block Diagram


Applications
  • Medical Imaging

  • Wireless Infrastructure

  • Test and Measurement

  • Instrumentation

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