National Instruments PCI-8511/2 CAN Interface Device

The PCI-8511/2 (Part number: 780682-02) is a 2-port, low-speed/fault-tolerant controller area network (CAN). This model takes a favorable position of the microsecond-level timestamping, outer time-base support, and PXI/RTSI setting off that empowers NI-XNET interfaces to incorporate with several NI PCI, PXI, and C Series gadgets for a wide assortment of custom applications, going from synchronized information obtaining and bus level estimations to error-inclusion and vast appropriated frameworks. Consequently, the user can interpret CAN, LIN, and FlexRay casings to building level signals, a component frequently discovered just in turnkey applications, if the NI-XNET API works with the interface processors. This instrument improves the creation of custom functions to work with different apparatuses in complex inserted plan work processes.

Continuous preparation of CAN, LIN, and FlexRay signal and edge information is critical for exact equipment on the up and up recreation and quick control prototyping. LabVIEW applications for NI-XNET gadgets take a shot at the two Windows and LabVIEW Real-Time focuses with practically zero code adjustment, which rearranges constructing and keeping up code crosswise over stages. NI-XNET interfaces are intended to work in an ongoing domain with the least amount of jitter and most extreme execution, making reenactments more precise and test frameworks more solid. NI-XNET interfaces consolidate the execution of low-level microcontroller programming with the speed and intensity of Windows and LabVIEW Real-Time OS advancement. The NI-XNET device has a DMA engine that lessens framework inactivity, a typical torment topic for PC-based CAN interfaces, from a little amount of time.