High-Voltage PXI Switching Matrix Modules

High-voltage PXI switching matrices ensuring modules withstand high common mode voltages.

  • Hot switching up to 750VDC or 750VAC peak
  • Cold switching up to 1000VDC or 1000VAC peak
  • Uncommitted Relay, Matrix and Multiplexer configurations available
  • Electro-mechanical relay versions for hot or cold current switching up to 5A
  • High voltage D-Type connector
  • Kernel, VISA and IVI support for PXI environments and Kernel and IVI support for LXI environments

The design of our high-voltage PXI switching matrices ensures the modules can withstand high common mode voltages and a protective safety cover is used to shield the switching components.

All of these modules are fully supported by our cable and connector accessory range.

PXI High Voltage Switching Matrix Modules | Pickering Interfaces
Untitled Button
Switch Type
Max I (A)
Max V DC
Poles
Banks
X Size
Y Size
Price

40-332-001

PXI 12x2 High Voltage Power Matrix

High voltage power matrix modules are suitable for applications requiring high voltage power relay switching with high density

Switch Type
EMR
Max I (A)
5
Max V DC
750
Poles
1
Banks
1
X Size
12
Y Size
2
Product Type
Matrices
Platform
PXI
£1,915

40-332-002

PXI 6x4 High Voltage Power Matrix

High voltage power matrix modules are suitable for applications requiring high voltage power relay switching with high density

Switch Type
EMR
Max I (A)
5
Max V DC
750
Poles
1
Banks
1
X Size
6
Y Size
4
Product Type
Matrices
Platform
PXI
£1,915

Filter

Switch Type

EMR - Electro-Mechanical Relay, cost-effective, medium power switching. Reed - reed relays, excellent low-level switching, fast, long life. Solid-State - very fast, indefinite life, high power switching, but high leakage and insertion loss.

Max I (A)

Maximum continuous current each switch can carry.

Max V DC

The maximum voltage that may be applied to each switch.

Poles

The number of common terminals simultaneously switched by a single operation. … more

Banks

The number of independent switch topologies on a single module.

X Size

The number of matrix columns, used with Y Size to specify the size of a cross-point matrix.

Y Size

The number of matrix rows, used with X Size to specify the size of a cross-point matrix.

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