PXI Differential Fault Insertion Switch Modules

Fault Insertion Modules for Two Wire Serial Interfaces

  • Fault Insertion Modules for Two Wire Serial Interfaces
  • Choice of Channel Counts and Switch Configurations
  • Controlled Transmission Line Impedance
  • Kernel, VISA and IVI Support For PXI Environments & Kernel and IVI Support For LXI Environments
  • Modules are supported by our eBIRST Switching System Test Tools, these tools provide a quick and simple way of finding relay failures within LXI, PCI and PXI switch systems.

Pickering's PXI Differential Fault Insertion Switch Modules support multiple channels of two-wire serial interfaces. Each channel can simulate an open fault in either or both wires, a short between both wires or a short to externally applied fault conditions. Two module types are available:

  • Two wire fault insertion module suitable for CAN Bus and FlexRay.
  • High bandwidth two wire fault insertion module suitable for Gigabit Ethernet, AFDX and BroadR-Reach.

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

Fault Insertion Serial Interfaces
Untitled Button
Switch Type
Max I (A)
Max V DC
Channels
Fault Buses
Price

40-200-004

CAN/FlexRay/Differential Bus PXI Fault Insertion Switch - 4 Channel

Designed to simulate common faults on two wire communications interfaces. Supported by our eBIRST Switching System Test Tools

Switch Type
EMR
Max I (A)
0.3
Max V DC
100
Channels
4
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
$1,622

40-204-001

PXI/PXIe 1000Base-T1 Dual Multiplexer With Fault Insertion, Single Channel

Designed to simulate common faults on high-speed two wire communication interfaces such as 1000Base-T1.

Switch Type
EMR
Max I (A)
0.8
Max V DC
200
Channels
1
Fault Buses
2
Product Type
Fault Insertion Switching
Platform
PXI/PXIe
$1,800

40-201-004

Ethernet/AFDX/BroadR-Reach PXI Fault Insertion Switch - 4 Channel

Designed to simulate common faults on high speed two wire communications interfaces. Supported by our eBIRST Switching System Test Tools

Switch Type
EMR
Max I (A)
0.3
Max V DC
100
Channels
4
Fault Buses
2
Product Type
Fault Insertion Switching
Platform
PXI
$1,846

40-201-008

Ethernet/AFDX/BroadR-Reach PXI Fault Insertion Switch - 8 Channel

Designed to simulate common faults on high speed two wire communications interfaces. Supported by our eBIRST Switching System Test Tools

Switch Type
EMR
Max I (A)
0.3
Max V DC
100
Channels
8
Fault Buses
2
Product Type
Fault Insertion Switching
Platform
PXI
$2,180

40-200-008

CAN/FlexRay/Differential Bus PXI Fault Insertion Switch - 8 Channel

Designed to simulate common faults on two wire communications interfaces. Supported by our eBIRST Switching System Test Tools

Switch Type
EMR
Max I (A)
0.3
Max V DC
100
Channels
8
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
$2,277

40-204-002

PXI/PXIe 1000Base-T1 Dual Multiplexer With Fault Insertion, Dual Channel

Designed to simulate common faults on high-speed two wire communication interfaces such as 1000Base-T1.

Switch Type
EMR
Max I (A)
0.8
Max V DC
200
Channels
2
Fault Buses
2
Product Type
Fault Insertion Switching
Platform
PXI/PXIe
$2,322

40-203-001

PXI/PXIe 1000Base-T1 Fault Insertion Switch, 3-Channel

Designed to simulate common faults on high-speed two wire communication interfaces such as 1000Base-T1.

Switch Type
EMR
Max I (A)
0.8
Max V DC
100/200
Channels
3
Fault Buses
2
Product Type
Fault Insertion Switching
Platform
PXI/PXIe
$3,717

40-203-002

PXI/PXIe 1000Base-T1 Fault Insertion Switch, 6-Channel

Designed to simulate common faults on high-speed two wire communication interfaces such as 1000Base-T1.

Switch Type
EMR
Max I (A)
0.8
Max V DC
100/200
Channels
6
Fault Buses
2
Product Type
Fault Insertion Switching
Platform
PXI/PXIe
$4,954

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.

Channels

The number of discrete channels in a single topology.

Fault Buses

The number of external fault conditions that may be applied to each channel.

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