Aviation Applications
Further information about aviation applications can be found here...
Software
The ARINC data are routed through the FPGA directly into the LabVIEW Realtime system. The ARINC labels can easily be retrieved, filtered or processed via the provided LabVIEW API functions. Simple LabVIEW Vis for label retrieve or label send are part of the ARINC 429 driver package.
Driver and examples for LabVIEW 9.x and higher are provided.
cRIO ARINC 429 -81 Module
Order Number 60000065
The SEA cRIO ARINC 429-81 module is designed for use of ARINC devices with the National Instruments CompactRIO system. The module supports eight channels for the reception of ARINC 429 telegrams and one channel to send ARINC 429 telegrams.
The ARINC busses are completely separated from the backplane. An isolation barrier separates the backplane from surges of up to 5kV.
The module retrieves its supply directly from the backplane connector, no additional external power supply is required. The front panel has eight LED indicators to indicate the reception of incoming ARINC data.
The ARINC module supports low-speed and high speed communication independently for each channel at data rates between 10.5 and 125 kps.
The cRIO ARINC 429-81 module can be used in a CompactRIO system or in PXI-systems with the R-Series expansion chassis. The electrical connection can be made by the front panel Sub-D connector. The cRIO ARINC 492-81 modules cannot be used with CompactDAQ.
Function
The cRIO ARINC 429 module is designed for use with the National Instruments CompactRIO system. The module supports 8 channels for the reception of ARINC 429 telegrams and 1 channel to send ARINC 429 telegrams. It can process high speed and low speed data rates independently for each channel at data rates between 10.5 and 125 Kbps.
The electrical connection can be made by the front panel Sub-D connector. The ARINC busses are completely separated from the backplane have an isolation barrier, so the module isolates the backplane from surges up to 5 kV.
The cRIO ARINC 429 Module is designed for very low power operation and retrieves its supply directly from the backplane connector, thus there is no additional external power supply necessary. The front panel has 8 LED indicators to indicate the reception of incoming ARINC data.
The ARINC data are routed through the FPGA directly into the RT system, where the ARINC labels can be easily retrieved, filtered or processed via the provided LabVIEW API functions. Simple LabVIEW Vis for label retrieve or label send are part of the ARINC 429 driver package.
The cRIO ARINC 429-81 module can be used in a CompactRIO system or can also be used in PXI-systems with the R-series expansion chassis.
For immediate startup the module is delivered with drivers and examples for LabVIEW 9.x or higher.
Technical Data
Function | |||
|---|---|---|---|
Connectors | SUB-D | ||
# Input channels | 8 | ||
# Output channels | 1 | ||
Technical Data | |||
min. | typ. | max | |
Data rate low speed [Kbps] | 10,4 | 12,5 | 15,6 |
Data rate high speed [Kbps] | 83 | 100 | 125 |
Input resistance [kOhm] | - | 140 | - |
Input voltage range [V] | -13 | - | 13 |
Maximum voltage at input pins [V] | -29 | 29 | |
Backplane current [mA at 5 V] | 45 | 45 | 50 |
Environmental Conditions | |||
Operating temperature range [° C] | -40 | 20 | 85 |
Size [mm] | 80 x 88 x 23 | ||
Weight [g] | 175 | ||
Downloads
cRIO ARINC 429 Downloads -
cRIO ARINC-492 freie Downloads -
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