GET Engineering’s HDIO 2060 module has a 16 Bit High Voltage Digital Output (DO). This modules features two 8 bit MAX14912 high side switch drivers ICs. Each bit is capable of 640 mA with a voltage range from –11 V to +60V and typical switching speeds of 0.1 msec. The DO 2060 have many Built-In Test including under and over-voltage, over-current, thermal shut down and open wire monitoring. The ICs communicates to a Xilinx® Artix FPGA.
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 DO 2060 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 output range, writes single or continuous output values to any of the channels or creates a real time plot of the voltages on any of the bits, allowing the engineer to quickly start using the HDIO family of products.
Key Hardware Features
Industrial and Military Grade
Size ~21 mm x 64 mm
16 Bit High Digital Output Voltage
Voltage Range from –11 V to +60V
Max Current 640 mA
Key Software Features
Support Windows or Linux OS
Size ~21 x 64 mm
Weight: 0.15 lbs
Configuration: 16 Bit
Voltage Range: -11 V to +60V
Current: 640 mA
Switch: 0.1msec typ.
Under Voltage Detection
Over Voltage Detection
Over Current Detection
Thermal Per driver and chip shutdown
Open Wire Detection
ESD IEC61000-4-2 1kV Air Gap/8kV
Surge ±1kV/42Ω with TVS on VDD
PCI Express Version 2.1
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: Available upon request.
Information on this data sheet is subject to change without notice.