PXIE-6614 782353-01 PXI Counter/Timer Module

The PXIe-6614 (Part Number: 782353-01) is a 5 V, 8 Channel PXI Counter Module/Precision

Reference Timer, which offers modern quality attributes for a wide assortment of uses. The following

applications are great for the NI PXIe-6614: car/aviation applications, mechanical/motion control, and

assembling testing. The estimations are exceedingly exact and exact longer timeframes because of the

oven-controlled crystal oscillator (OCXO) in the PXIe-6614 module. With a software-timed acquisition,

the software controls the rate of acquisition and the software sends a different summon to the equipment

to start every acquisition.

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Description

PXIE-6614 782353-01 PXI Counter/Timer Module

The PXIe-6614 (Part Number: 782353-01) is a 5 V, 8 Channel PXI Counter Module/Precision

Reference Timer, which offers modern quality attributes for a wide assortment of uses. The following

applications are great for the NI PXIe-6614: car/aviation applications, mechanical/motion control, and

assembling testing. The estimations are exceedingly exact and exact longer timeframes because of the

oven-controlled crystal oscillator (OCXO) in the PXIe-6614 module. With a software-timed acquisition,

the software controls the rate of acquisition and the software sends a different summon to the equipment

to start every acquisition. In NI-DAQmx, programming planned acquisitions are alluded to as having

on-request timing. Programming planned acquisitions are alluded to as quick or static acquisitions

and are ordinarily utilized for reading a single sample of information.

PXIE-6614

In the NI PXIe-6614, each of the DIO lines can be utilized as a static DI or DO line. The static DIO

lines can screen or control advanced signals. Each DIO can be exclusively designed as a digital

input (DI) or digital output (DO). Information is moved from the DAQ gadget’s installed FIFO memory

to a PC support by utilizing DMA before it is exchanged to application memory. Supported acquisitions

regularly take into consideration considerably quicker exchange rates than non-buffered acquisitions

since information is moved in expansive squares, as opposed to one point at any given moment. The

DI timing motor on the gadget inside creates a DI Sample Clock, except if the user selects some outer

source. The DI Start Trigger begins this planning motor and either programming or equipment can stop

it after a finite acquisition completes. When utilizing the DI timing motor, the user can determine a

configurable delay from the DI Start Trigger to the principal DI Sample Clock press.

 

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