#statusMessage#
Do you want to start the compare now?
#statusMessage#
Do you want to start the compare now?
With the increasing importance of renewable energies in the wake of climate change, solar energy is moving further into ...
The complexity of military radios and the often harsh weather conditions have a negative impact on the reliability of ra...
Automation with thermal imaging technology has proven to be a reliable solution for quality control in various industrie...
In diesem exklusiven Whitepaper erfahren Sie, wie Sie mit der richtigen Messtechnik arbeiten: ✔ Sie realisieren ein Test...
Manufacturer number: 785064-01
The cDAQ-9185 is a CompactDAQ Ethernet chassis for use in distributed sensor measurement systems. The chassis is used to control timing, synchronization and data transfer between I / O modules of the C-series and an external host. The chassis enables the combination of I / O modules of the C series in order to carry out mixed measurements with analog and digital I / O as well as counters / timers. The chassis enables exact, synchronized timing over the network using the TSN (Time-Sensitive Networking) standard, which is ideal for widely distributed measurements over large distances. The chassis has an integrated network switch for easy daisy-chaining. The chassis also has four universal 32-bit counters / timers that can be accessed via a hardware-clocked digital module of the C series and B. are suitable for applications that include rotary pulses, pulse width modulation or the generation of pulse trains.
When you decide on new measuring or testing technology, you want to be sure that you are making the right decision. That's why we not only provide you with comprehensive consultation, but also offer a wide range of training courses. Whether online, at our premises in Reutlingen or exclusively for your company.
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...