#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 ...
In diesem exklusiven Whitepaper erfahren Sie, wie Sie in Industrieunternehmen Messwerte dokumentieren: ✔ Sie profitieren...
Die Entwicklung energieeffizienter Elektronik erfordert präzise Stromverbrauchsmessungen und flexible Testlösungen. Mit ...
Manufacturer number: 778572-22
Bustype: | PXI Hybrid |
---|---|
Connection type front: | 160-Pin, Männlich DIN |
Module width: | 1 |
Protectively coated: | No |
Relaistyp: | Electromechanical |
Warranty (years): | 1 |
With case: | Yes |
The PXI ‑ 2522 is a universal switching module that has independent SPDT armature relays (single-pole changeover switch, form C). Each relay is non-latching and has a low switch-on resistance and a low temperature-dependent offset voltage. The PXI ‑ 2522 is completely software programmable and supports the integrated function for counting the switching operations. Due to the efficient combination of performance when switching voltages and currents as well as the relay density, this switching module is particularly suitable for automated test loads or for controlling and regulating heating systems, lights and fans.
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...