| Name | National Instruments 6584 Digital I/O Adapter Module for FlexRIO |
National Instruments NI-6584 Digital I/O Adapter Module for FlexRIO
The NI-6584 (Part numbers: 781290-01, 781290-03, and 781290-02) is a Digital I/O Adapter Module created for FlexRIO. When joined with a PXI FPGA Module for FlexRIO or the Controller for FlexRIO, the result is an advanced instrument for interfacing with 16 RX and TX sets of RS485 or RS422. This Digital I/O Adapter Module for FlexRIO can be utilized for continuous interfacing and examination of RS485 and RS422 and in addition other electrically perfect interfaces. The NI 6584 can test advanced waveforms at 100 MHz clock rates maximum. With this module, the user has ended and unterminated choices, as well as full and half duplex arrangements available.
The NI-6584 module comes with PCB mount connectors that guide associations with a load board/DUT for superb advanced signals. The LabVIEW Module utilizes LabVIEW inserted innovation to expand LabVIEW graphical advancement and focus on NI reconfigurable I/O (RIO) equipment. With the LabVIEW Module, users can make custom estimation and control equipment without low-level equipment portrayal dialects or board-level plan. Additionally, users can utilize this custom equipment for interesting planning and activating schedules, ultra-high-speed control, interfacing to computerized conventions, advanced signal preparing (DSP), and numerous different applications requiring rapid equipment dependability and tight determinism.
The NI 6584 comes with more than 16 Mbits/s information rates, 16 RS-485/RS-422 channels, mates with a NI FlexRIO FPGA module for solid and deterministic control of advanced communication, has half or full duplex configurations, and 100 Ohm ended or no end alternatives. This model also offers a complete configuration of the PXI System.
Number of bidirectional digital channels: 16
Maximum clock rate: 16 MHz
Logic levels and range: RS-422/RS-485
Compatible FPGAs: Kintex-7, Virtex-5
Maximum data rate: 16 Mbits/s
Signaling type: Differential
