LXI Low-Frequency Matrices

Our LXI low-frequency matrices provide complete flexibility for connecting test equipment and the unit under test (UUT) together and are compliant with LXI Standard 1.4 

For low-frequency applications, an LXI matrix is implemented as a crosspoint switch, a configuration that minimizes the number of relays needed to implement a matrix. Sometimes, the matrix may include isolation relays or loop-thru systems that improve the matrix bandwidth or residual path resistance.

The LXI standard has allowed us to design several large-scale LXI matrices that would otherwise be difficult and expensive to implement as modular products. This cost-effective solution maximizes your investment. 

Learn more about our semiconductor test solutions here.

We also offer mating cables and connectors for these modules to ensure speedy and successful system integration.

These matrices include:

LXI Low Frequency Switching
LXI High Density Matrix | Pickering Interfaces

High Density

LXI high-density modules are single and double pole matrices available in a wide range of configurations including versions with the added flexibility of dual analog bus suitable for signal routing in large ATE systems.
LXI High Power Matrix | Pickering Interfaces

High Power

High-power LXI matrices are single-pole modules available in a variety of configurations and are suitable for power signal routing in large automatic test equipment (ATE) systems.
LXI High Voltage Matrix | Pickering Interfaces

High Voltage

LXI high voltage matrices that are ideal for applications where a simple start-up process is required and for applications requiring control over large distances.
LXI Low Thermal EMF Matrices | Pickering Interfaces

Low Thermal EMF

LXI low thermal EMF matrices have excellent thermal stability and substantially reduced thermal EMF figures when compared to a conventional switching matrix.
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