Clacton on Sea, UK, February 10th, 2010 -Pickering Interfaces is expanding its range of LXI compliant products with the introduction of a new LXI High Voltage matrix, 60-311.
The 60-311 is a matrix designed for high voltage switching applications. Designed to withstand voltages up to 1kV with up to 2A of carry current, the 60-311 provides a dense and cost effective solution to matrix switching solutions where high user voltages may be encountered.
The LXI Class C compliant device uses high voltage D Type connectors ensuring connection solutions are readily available from Pickering Interfaces and other suppliers.
The 60-311 is offered in three configurations single, dual and triple 75×4 matrices – each individual matrix includes isolation relays on the X and Y axis that simplify configuration of the matrix into larger matrix sizes, when interconnecting the matrices together, which avoids excessive matrix loading in many applications.
The LXI Class C compliant interface allows simple Ethernet control of the matrix with local or remote access. The isolated nature of the LAN connection is well suited to high voltage applications. The 60-311 is designed to be used in rack, bench or distributed tests systems and uses a 3U rack mountable case system.
Pricing and availability information is supplied on our web site www.pickeringtest.com
Pickering Interfaces is a market innovator in signal switching and conditioning for a broad range of applications and architectures, with the largest range of switching cards in the industry for PXI, LXI, PCI, VXI and GPIB applications. Pickering Interfaces has provided solutions to both commercial and military applications. In addition, Pickering’s range of instrumentation provides innovative test solutions to users and integrators of modular test systems. Pickering Interfaces operate globally with direct operations in the US, UK, Germany, Sweden, France , Czech Republic, and Engineering support in China, together with additional representation in countries throughout the Americas, Europe and Asia.
