Product Overview
GET Engineering HDIO Analog to Digital Converter (ADC) 2010 Module has a 32 channel multiplexed successive approximation registers (SAR) 18 bit ADC. This module features four Linear Technology LTC 2333-18 low noise ADC chips capable of a maximum sample rate of 1 Msps each. The ADC input range can be software configured for a wide range of voltages. A Xilinx® Artix FPGA controls both ADCs with integrated buffered, wide input common mode range, 128dB CMRR and low pass filter. The ADC can directly digitize a variety of signals.
Designed for reliability in a rugged and harsh environments, the HDIO System uses screws to firmly attach the module to the conduction cooled HDIO carrier card and thermal bars to conduct heat from the HDIO modules to the HDIO carrier card. The HDIO module can be conformally coated for increased reliability against humidity.
GET Engineering provides the user with the HDIO ADC 2010 Module Application Interface (API), drivers and GET console. The GET console is a program that provides the user with a Graphic User Interface (GUI) that discoveries the module, sets the input range, reads single or continuous ADC values to any of the channels or creates a real time plot of the voltages on any of the channels, allowing the engineer to quickly start using the HDIO Family of products.
Key Hardware Features
Industrial and Military Grade
Size ~21 x 64 mm
32 ADC Channels
18 Bit SAR ADC
1 Msps througput max
2 ppm/C max voltage accuracy
Single Ended
Built-In-Test
PCI Express version 2.1 compliant
Key Software Features
Independently Programmable Input Range
Support Windows or Linux OS
API
GET Console
Product Specifications
Form Factor/Physical
Size: ~ 21 x 64 mm
Weight: 0.014 lbs
Electrical
Configuration: 16 Channels, Single Ended
Resolution: 18 Bits
Input Range:
0 V to +5.12 V
0 V to +5.0 V
0 V to +10.24 V
0 V to +10.0 V
+/- 5.12 V
+/- 5.00 V
+/- 10.24 V
+/- 10.0 V
Throughput Rate: 4 usec / 16 channels
Interface
PCI Express Version 2.1
Environmental
Operating Temperature -40° to 85° C
Storage Temperature -55° to 125° C
Humidity Design to Meet MIL STD 810G
Shock Design to Meet MIL STD 810G
Vibration Design to Meet MIL STD 810G
MTBF TBD
Information on this data sheet is subject to change without notice.