XRM2-ADC-D10/250 - IF/Baseband Signal Sampling

Main Photo of xrm2-adc-d10-250 Board: XRM2 dual Analog to Digital converters 16-bit at 250Msps

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XRM2-ADC-D10/250 Documents

Datasheet v2.1 (pdf)

Applications

IF/Baseband Signal Sampling

Board Features

Alpha Data XRM2 I/O Module
Dual 16-bit 250Msps ADCs
External Clock Input

Summary

The XRM2-ADC-D10/250 is an XRM2 I/O Module, providing two Analog to Digital converters with 16-bit resolution at sampling rates up to 250Msps.

Aimed at IF/Baseband Signal Sampling, the sampling clock can be sourced from either an external clock source or from a clock generated within the attached FPGA board. An Auxiliary I/O port is provided for use as a trigger input and general purpose signaling. An additional two ports are available for use as high-speed interconnect between boards for synchronisation.

Board Format

Alpha Data XRM2 I/O Module

Environmental Specifications

Temperature Limits:

Code	Cooling Option	Operating Temp.		Storage Temp.
Code	Cooling Option	Min	Max	Min	Max
AC0	Air Cooled Commercial	0°C	+55°C	-40°C	+85°C

Operating Humidity range:

Up to 95% (non-condensing)

EMC Conformity:

FCC 47CFR Part 2
EN55022:2010 Equipment ClassB

For more information on the operating conditions for the different cooling options go to: Alpha Data Environmental Specification Page.

Or read: Alpha Data Environment Specification (PDF).

I/O Interfaces

Interface Type	Qty	Description
ANALOG I/O (Front Panel)
ADC	2	Dual Analog to Digital Converters Resolution: 16-bit Max Clock Rate: 250Msps Impedance: 50Ω Levels: +10dBm Connector: SSMC Note: exceeding the maximum signal limit may result in permanent degradation of converter performance.
DISCRETE I/O (Front Panel)
External clock input	1	External clock input Impedance: 50Ω Levels: +3V3 LVTTL Connector: SSMC Note: Exceeding the maximum voltage limit may result in permanent degradation of converter
Auxiliary I/O	2	Auxiliary I/O Impedance: 4k7Ω (DC Coupled) Levels: +3V3 LVTTL (DC coupled) Connector: SSMC Note: Exceeding the maximum voltage limit may result in permanent degradation of converter