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Data Acquisition

senses the physical, represented as an analog signal, that is then converted to digital data. AKA: DAQ

See Also: Data Acquisition Systems, PCI Data Acquisition, DAQ, Digitizers


Showing results: 1186 - 1200 of 1570 items found.

  • NI-9860, 2-Port, C Series Vehicle Multiprotocol Interface Module

    783703-03 - NI

    2-Port, C Series Vehicle Multiprotocol Interface Module - The NI‑9860 is a hardware-selectable HS/FD controller area network (CAN) and/or local interconnect network (LIN) interface for developing CAN and/or LIN applications. As part of the NI‑XNET platform, the NI‑9860 works well for applications requiring high-speed manipulation of hundreds of frames and signals while taking other data acquisition measurements in the same CompactDAQ hardware platform or while performing low-level FPGA control and embedded monitoring in the same CompactRIO chassis.

  • NI-9860, 2-Port, C Series Vehicle Multiprotocol Interface Module

    783703-01 - NI

    2-Port, C Series Vehicle Multiprotocol Interface Module—The NI‑9860 is a hardware-selectable HS/FD controller area network (CAN) and/or local interconnect network (LIN) interface for developing CAN and/or LIN applications. As part of the NI‑XNET platform, the NI‑9860 works well for applications requiring high-speed manipulation of hundreds of frames and signals while taking other data acquisition measurements in the same CompactDAQ hardware platform or while performing low-level FPGA control and embedded monitoring in the same CompactRIO chassis.

  • PCIe-1433, Base-, Medium-, Full-Configuration Camera Link, PoCL Compatible Frame Grabber Device

    781169-01 - NI

    The PCIe‑1433 is a Camera Link image acquisition device designed for machine vision and scientific imaging applications that require high data throughput. The PCIe‑1433 includes an onboard … FIFO for higher bandwidth use cases, and it works with any base‑, medium‑, and full‑configuration Camera Link camera. The PCIe‑1433 is ideal for many industrial, life science, and biomedical imaging applications. The PCIe‑1433 also supports Power over Camera Link (PoCL) and can power cameras through PoCL‑enabled cables.

  • Class I, Division 2 Solution

    Advantech Co. Ltd.

    Class I, Division 2 remote I/Os, such as CID1 monitors and CID2 solutions, have met the requirements of hazardous area computer such as explosion proof, oil field drilling, pump station monitoring, chemical plants, pharmaceutical factories, oil pipeline monitoring, tank storage monitoring, and fuel station management. Class 1, Div 2 remote I/O products include data acquisition modules, industrial Ethernet switches, serial device servers, industrial monitors and embedded automation computers, all.

  • PXI MUX 4 Banks of 16 Channel 2 Pole

    40-610-022-4/16/2 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 8 Banks of 8 Channel 2 Pole

    40-610-022-8/8/2 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 1 Bank of 64 Channel 2 Pole

    40-610-022-1/64/2 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 4 Bank, 16 Channel Screened 1 Pole

    40-610-021-S-4/16/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 8 Banks of 8 Channel 1 Pole

    40-610-021-8/8/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 2 Banks of 32 Channel 1 Pole

    40-610-021-2/32/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 8 Banks of 8 Channel Screened 1 Pole

    40-610-021-S-8/8/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector.Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 4 Banks of 32 Channel 1 Pole

    40-610-022-4/32/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 2 Banks of 64 Channel 1 Pole

    40-610-022-2/64/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 8 Banks of 16 Channel 1 Pole

    40-610-022-8/16/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

  • PXI MUX 1 Bank of 128 Channel 1 Pole

    40-610-022-1/128/1 - Pickering Interfaces Ltd.

    This series of high density multiplexer modules feature a wide range of switching configurations, especially useful where a large number of small multiplexers are required. Typical applications include signal routing in ATE and data acquisition systems. Connections are made via a front panel 200-pin connector. Inter-bank linking relays allow multiplexer size to be increased in multiples of in multiples of three by joining the common terminals of adjacent banks. Closing one linking switch produces a 6-channel multiplexer, closing all linking switches produces an 54-channel multiplexer

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