#statusMessage#
Do you want to start the compare now?
#statusMessage#
Do you want to start the compare now?
Modern energy supply is changing: renewable energies, innovative technologies and sustainable concepts are shaping the f...
The paradigm shift towards autonomous driving can only take place if, among other things, all electronic components and ...
The NI seminars offered by the dataTec Academy stand for team spirit, seamless organization, extensive expertise, and pe...
PV systems should feed the generated energy into the supply grid with maximum efficiency - even under varying conditions...
Manufacturer number: 790588-01
On Request
The NI X Series combines precise ±10 V analog inputs/outputs, flexible digital I/O and powerful counters/timers in a modular board family for PXI Express and PCI Express. Thanks to NI-DAQmx, you can use the same proven API and software tools (e.g. LabVIEW, FlexLogger, Python, C/C++) across all devices - for fast commissioning, stable measurements and easy scaling.
Available NI X-Series PXI & PCI models: PXIe-6357, PXIe-6353, PXIe-6351, PXIe-6343, PXIe-6323, PXIe-6321 and PCIe-6340, PCIe-6342, PCIe-6350, PCIe-6352, PCIe-6351.
The PCIe-6350 is a powerful multifunctional DAQ card from the X series for use in standard PCs. It offers 16 analog inputs with 16-bit resolution and a sampling rate of up to 1.25 MS/s. Unlike the PCIe-6352, the PCIe-6350 has no dedicated analog outputs, making it a leaner and more cost-effective solution when only fast and accurate input measurements are required. The equipment is supplemented by 24 digital I/O lines and 4 counters/timers with a 100 MHz base. This makes the PCIe-6350 ideal for applications that focus on high-resolution data acquisition - for example in test systems, validation measurements or in research laboratories with high measurement data throughput.
As part of a research programme, the NI technology was confronted with a powerful opponent: microgravity. But in the fac...
One of dataTec's customers from research deals with the question of how objects behave in weightlessness. Without furthe...
Oxford University had such a big task that required thinking in very small terms. But thanks to NI's modular measurement...