PXI故障/信号注入矩阵模块

  • 接线盒提供传感器连接
  • Pickering的 BRIC结构 可扩展矩阵尺寸
  • 多种矩阵尺寸可选,另外可选缩减规模的配置
  • 使用钌合金舌簧继电器,提供最佳性能
  • 电磁继电器版本的负载电流最高可达10A
  • 占用4或8个3U PXI槽位
  • 在PXI环境中可使用VISA和Kernel以及IVI驱动,在LXI环境中可使用Kernel和IVI驱动
  • 部分型号可被我们的 eBIRST开关系统诊断测试工具 所支持,这些工具可帮助快速简便地在LXI,PCI和PXI开关系统中查找继电器故障。

这些PXI故障/信号注入矩阵的设计基于Pickering的 BRIC结构,我们提供许多不同的尺寸版本,以满足您不同的应用需求。 

我们所有的故障/信号注入矩阵都具有一个接线盒,允许通过Y轴将故障送到传感器接线上。故障包括断开连接或添加一系列缺陷 —— 所有模块都可以仿真系统中出现的连接问题。三路接线版本还允许转换连接来仿真故障传感器连接。使用可编程矩阵来注入故障可以确保测试快速执行,并可在纠正措施或系统升级时在后续测试周期中重现。

为了确保实现快速成功的系统集成,我们还为这些模块提供相配套的 线缆和连接器,并且我们还承诺为所有产品提供 三年质保

下面这张表格有助于您选择适合您应用的产品类型:
PXI故障/信号注入矩阵模块|Pickering Interfaces
Untitled Button
Switch Type
Max I (A)
Max V DC
Poles
Banks
X Size
Y Size
Channels
Fault Buses
Price

40-592-121-186X8-2P

PXI BRIC8 HD FIBO Matrix 186x8 2pin brkout

This FIBO (Fault Insertion Break-Out) Matrix Module is a large-scale high density switching matrix based on the Pickering BRIC format

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
X Size
186
Y Size
8
Channels
186
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix

40-595A-001

PXI BRIC8 FIBO Matrix Dual 6x2 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
6
Y Size
2
Channels
6
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix

40-595A-002

PXI BRIC8 FIBO Matrix Dual 12x2 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
12
Y Size
2
Channels
12
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix

40-595A-003

PXI BRIC8 FIBO Matrix Dual 18x2 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
18
Y Size
2
Channels
18
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix

40-595A-004

PXI BRIC8 FIBO Matrix Dual 24x2 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
24
Y Size
2
Channels
24
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix

40-592A-001

PXI BRIC4 FIBO Matrix Dual 20x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
20
Y Size
4
Channels
20
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥56,500

40-595A-006

PXI BRIC8 FIBO Matrix Dual 6x4 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
6
Y Size
4
Channels
6
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥57,725

40-592A-011

PXI BRIC4 FIBO Matrix Dual 31x4 2pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
31
Y Size
4
Channels
31
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥63,500

40-592A-101

PXI BRIC8 FIBO Matrix Dual 20x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
20
Y Size
4
Channels
20
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥67,475

40-592A-111

PXI BRIC8 FIBO Matrix Dual 31x4 2pin brkout

Designed for fault insertion applications in safety critical testing. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
31
Y Size
4
Channels
31
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥72,825

40-595A-007

PXI BRIC8 FIBO Matrix Dual 12x4 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
12
Y Size
4
Channels
12
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥89,700

40-592A-002

PXI BRIC4 FIBO Matrix Dual 40x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
40
Y Size
4
Channels
40
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥99,925

40-592A-102

PXI BRIC8 FIBO Matrix Dual 40x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
40
Y Size
4
Channels
40
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥109,300

40-592A-012

PXI BRIC4 FIBO Matrix Dual 62x4 2pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
62
Y Size
4
Channels
62
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥110,725

40-592A-112

PXI BRIC8 FIBO Matrix Dual 62x4 2pin brkout

Designed for fault insertion applications in safety critical testing. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
62
Y Size
4
Channels
62
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥119,975

40-595A-008

PXI BRIC8 FIBO Matrix Dual 18x4 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
18
Y Size
4
Channels
18
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥121,725

40-592A-003

PXI BRIC4 FIBO Matrix Dual 60x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
60
Y Size
4
Channels
60
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥141,750

40-595A-005

PXI BRIC8 FIBO Matrix Dual 30x2 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
30
Y Size
2
Channels
30
Fault Buses
4
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥148,975

40-592A-103

PXI BRIC8 FIBO Matrix Dual 60x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
60
Y Size
4
Channels
60
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥151,075

40-595A-009

PXI BRIC8 FIBO Matrix Dual 24x4 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
24
Y Size
4
Channels
24
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥153,650

40-592A-013

PXI BRIC4 FIBO Matrix Dual 93x4 2pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
93
Y Size
4
Channels
93
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥157,850

40-592A-113

PXI BRIC8 FIBO Matrix Dual 93x4 2pin brkout

Designed for fault insertion applications in safety critical testing. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
93
Y Size
4
Channels
93
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥167,150

40-592A-004

PXI BRIC4 FIBO Matrix Dual 80x4 3pin brkout

Fault Insertion Break-Out Matrix Module is a large-scale High-density switching matrix. Supported by our eBIRST Switching System Test Tools

Switch Type
Reed
Max I (A)
1.2
Max V DC
150
Poles
1
Banks
2
X Size
80
Y Size
4
Channels
80
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥183,500

40-595A-010

PXI BRIC8 FIBO Matrix Dual 30x4 3pin brkout

A matrix module based on our BRIC format that is designed for fault insertion applications in safety critical testing.

Switch Type
EMR
Max I (A)
10
Max V DC
400
Poles
1
Banks
2
X Size
30
Y Size
4
Channels
30
Fault Buses
8
Product Type
Fault Insertion Switching
Platform
PXI
Function
Matrix
¥185,650

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.

Y Size

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

Fault Buses

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

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