PXI 16x4 Matrix Module, 2-Pole 2A,60W
40-517-002 - Pickering Interfaces Inc.
The 40-515/516/517 2 Amp, 2-Pole Matrix Modules form part of the System 40 PXI ProgrammableSwitching system. Each module consists of a matrix of 64 2-pole electro-mechanicalrelays under the control of a PXI/PCI interface.These modules are designed for switching medium voltage/power signals in test applicationswhere reed relays do not have sufficient rating. They are also suitable for telecomsapplications where send and return signals need to be switched simultaneously.
Matrix
Format: PXI
Subcomponents
D-SUB (Male): Quantity: 1 Connector Positions: 50
-
product
Low-Density PXI Switch Matrix Modules
Our low-density PXI switch matrix modules are a cost-effective solution for applications that require relatively small matrices in the PXI format. These low-density switch matrices can be expanded by connecting together multiple modules, however, we recommend that users look at the higher density switch matrix modules that involve less user configuration. Reed relay versions use high quality sputtered ruthenium relays that exhibit excellent contact performance under low and medium level switching conditions. For general purpose applications that also require higher power handling, the range of electro-mechanical relays provides an ideal solution.
-
product
VXI Switching
The Aerospace and Defense industries were early adopters of modular test platforms. One of the first successes was VXI test systems and VXI switching. They served these industries very well for more than 20 years. Now, as VXI test systems become obsolete, test systems developers are looking to PXI as the next generation modular test platform for their industries. We offer a few different references to help you in making a switch to PXI.
Saved Solutions brought to you by our partner VPC CSS
- 40-517-002 - PXI Matrix, 16x4 - 20" VPC Cable Assembly - TriPaddle 64 (Matrix Cable Assembly Solution)
- 40-517-002 - PXI Matrix, 16x4 - 36" VPC Cable Assembly - TriPaddle 64 (Matrix Cable Assembly Solution)
