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product
PXI 4-slot BRIC Matrix, 64x16, 1 pole (2 Sub-cards)
40-558-401-64x16
The 40-558-401-64x16 matrix is part of a range of BRIC ultra-high-density large PXI matrices are available in 2, 4, 8 or 12-slot PXI sizes to suit all high-performance matrix requirements and are constructed using Pickering Electronics' 4mm x 4mm instrumentation quality reed relays.
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PXI 4-slot BRIC Matrix, 84x12, 1 pole (2 Sub-cards)
40-558-401-84x12
The 40-558-401-84x12 matrix is part of a range of BRIC ultra-high-density large PXI matrices are available in 2, 4, 8 or 12-slot PXI sizes to suit all high-performance matrix requirements and are constructed using Pickering Electronics' 4mm x 4mm instrumentation quality reed relays.
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PXI 8-Slot BRIC Matrix, 110x16 2-Pole (10 sub-cards)
40-562B-122-110X16
The 40-562B-122-110X16 is a high density BRIC8 matrix module with a size of 110x16 with 2-pole switching. It is part of a range of BRIC matrices available in 2, 4, 8 or 12-slot formats to suit high performance PXI matrix requirements and is constructed using instrumentation quality reed relays.
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PXI 8-Slot BRIC Matrix, 110x8 2-Pole (5 sub-cards)
40-562B-122-110X8
The 40-562B-122-110X8 is a high density BRIC8 matrix module with a size of 110x8 with 2-pole switching. It is part of a range of BRIC matrices available in 2, 4, 8 or 12-slot formats to suit high performance PXI matrix requirements and is constructed using instrumentation quality reed relays.
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PXI 8-Slot BRIC Matrix, 121x16 1-Pole (11 sub-cards)
40-562B-121-121X16
The 40-562B-121-121X16 is a high density BRIC8 matrix module with a size of 121x16 with 1-pole switching. It is part of a range of BRIC matrices available in 2, 4, 8 or 12-slot formats to suit high performance PXI matrix requirements and is constructed using instrumentation quality reed relays.
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LXI Dual 24x8 Video Matrix, MCX (75R)
60-711-004
The 60-711 is a Dual 24x8 Video Matrix Module suitable for switching frequencies up to 25MHz. It has a characteristic impedance of 75 Ohm with the option of SMB or MCX connectors or, with a larger case size, BNC connectors. It is designed to provide a simple and scalable bidirectional matrix for video frequencies and is intended for the easy construction of high performance bidirectional matrix switching systems. Software configuration allows the 60-711 to be set as a dual 24 by 8 matrix, a single 48 by 8 matrix and other configurations.
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PXI High-Density Matrix Module, 16x16, 1-Pole, 2 A 60 W
40-587B-001
The 40-587B-001 is a 256 crosspoint PXI matrix with single pole switching. The matrix is configured as 16x16 using electro-mechanical relays with 2 A current handling.
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LXI Single 24x8 Video Matrix, MCX (75R)
60-711-003
The 60-711 is a Dual 24x8 Video Matrix Module suitable for switching frequencies up to 25MHz. It has a characteristic impedance of 75 Ohm with the option of SMB or MCX connectors or, with a larger case size, BNC connectors. It is designed to provide a simple and scalable bidirectional matrix for video frequencies and is intended for the easy construction of high performance bidirectional matrix switching systems. Software configuration allows the 60-711 to be set as a dual 24 by 8 matrix, a single 48 by 8 matrix and other configurations.
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LXI Dual 24 X 8 Video Matrix, BNC (75R)
60-711-006
The 60-711 is a Dual 24x8 Video Matrix Module suitable for switching frequencies up to 25MHz. It has a characteristic impedance of 75 Ohm with the option of SMB or MCX connectors or, with a larger case size, BNC connectors. It is designed to provide a simple and scalable bidirectional matrix for video frequencies and is intended for the easy construction of high performance bidirectional matrix switching systems. Software configuration allows the 60-711 to be set as a dual 24 by 8 matrix, a single 48 by 8 matrix and other configurations.
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LXI Single 24x8 HF Matrix, BNC (75R)
60-711-005
The 60-711 is a Dual 24x8 Video Matrix Module suitable for switching frequencies up to 25MHz. It has a characteristic impedance of 75 Ohm with the option of SMB or MCX connectors or, with a larger case size, BNC connectors. It is designed to provide a simple and scalable bidirectional matrix for video frequencies and is intended for the easy construction of high performance bidirectional matrix switching systems. Software configuration allows the 60-711 to be set as a dual 24 by 8 matrix, a single 48 by 8 matrix and other configurations.
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LXI Single 24x8 50 Ohm HF Matrix BNC
60-760-005
The 60-760-005 is a single 24x8 High Frequency Matrix Module suitable for switching frequencies up to 50MHz. It has an impedance of 50Ω and uses BNC signal connectors. It is also available in a smaller enclosure with SMB Connectors. It is designed to provide simple and scalable switching for radio frequencies and is intended for the easy construction of high performance bidirectional matrix switching systems.
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LXI Optical Switching - 2x2 Matrix (Insert/Bypass) Plugin Module
65-280-360
The 65-280-360 2x2 matrix is part of the 65-280 and 65-281 ranges of optical plug-in modules offering matrix & insert/bypass or multiplexer & SPST topologies respectively with all models based on MEMS fiber optic switches and available in various populations per plugin. In addition, a choice of different connector styles to suit most applications is offered: FC/APC (for optimal performance), FC/PC, SC/PC and ST for general applications and LC for high density applications. They use MEMS (Micro-Electro-Mechanical-Systems) based optical switches to route signals between terminals by redirecting the optical signal. This is achieved using micromechanical mirrors driven by a highly precise mechanism activated via an electrical control signal.
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LXI Optical Switching - 16x16 Matrix Plugin Module
65-280-314
The 65-280-314 16x16 matrix is part of the 65-280 and 65-281 ranges of optical plug-in modules offering matrix & insert/bypass or multiplexer & SPST topologies respectively with all models based on MEMS fiber optic switches and available in various populations per plugin. In addition, a choice of different connector styles to suit most applications is offered: FC/APC (for optimal performance), FC/PC, SC/PC and ST for general applications and LC for high density applications. They use MEMS (Micro-Electro-Mechanical-Systems) based optical switches to route signals between terminals by redirecting the optical signal. This is achieved using micromechanical mirrors driven by a highly precise mechanism activated via an electrical control signal.
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LXI Microwave Matrix, 20GHz, Single 4x4, Terminated
60-751-144-B
The 60-751-144-B is a single4x4 20GHz microwave matrix with internal termination. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 20GHz, Single 4x4 With Loop-Thru
60-751-144-A
The 60-751-144-A is a single 4x4 20GHz microwave matrix with loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 20GHz, Single 3x3, Terminated With Loop-Thru
60-751-133-C
The 60-751-133-C is a single 3x3 20GHz microwave matrix with internal termination and loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 20GHz, Single 3x3, Terminated
60-751-133-B
The 60-751-133-B is a single 3x3 20GHz microwave matrix with internal termination. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 20GHz, Single 3x3 With Loop-Thru
60-751-133-A
The 60-751-133-A is a single 3x3 20GHz microwave matrix with loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 10GHz, Single 8x4 With Loop-Thru
60-750-184-A
The 60-750-184-A is a single 8x4 10GHz microwave matrix with loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 18GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 20GHz, Single 3x3
60-751-133
The 60-751-133 is a single 3x3 20GHz microwave matrix. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 20GHz, Single 4x4
60-751-144
The 60-751-144 is a single 4x4 20GHz microwave matrix. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 10GHz, Single 8x4, Terminated With Loop-Thru
60-750-184-C
The 60-750-184-C is a single 8x4 10GHz microwave matrix with internal termination and loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 18GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 10GHz, Single 8x4
60-750-184-B
The 60-750-184-B is a single 8x4 10GHz microwave matrix with internal termination. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 18GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 10GHz, Single 4x4
60-750-144
The 60-750-144 is a single 4x4 10GHz microwave matrix. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 20GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 10GHz, Single 8x4
60-750-184
The 60-750-184 is a single 8x4 10GHz microwave matrix. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection. It is available in a variety of configurations and frequencies up to 18GHz (60-751). The matrix is characterized for 50 ohm applications, for 75 ohm versions please consult your local sales representative.
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LXI Microwave Matrix, 10GHz, Single 3x3, Terminated With Loop-Thru
60-750-133-C
The 60-750-133-C is a single 3x3 10GHz microwave matrix with internal termination and loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection.
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LXI Microwave Matrix, 10GHz, Single 4x4, Terminated With Loop-Thru
60-750-144-C
The 60-750-144-C is a single 4x4 10GHz microwave matrix with internal termination and loop-thru. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection.
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product
LXI Microwave Matrix, 10GHz, Single 4x4, Terminated
60-750-144-B
The 60-750-144-B is a single 4x4 10GHz microwave matrix with internal termination. It is part of the 60-750/751 range of LXI Microwave Switches controlled through an LXI compliant Ethernet connection.
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LXI Optical Switching - 4x4 Matrix Plugin Module
65-280-321
The 65-280-321 4x4 matrix is part of the 65-280 and 65-281 ranges of optical plug-in modules offering matrix & insert/bypass or multiplexer & SPST topologies respectively with all models based on MEMS fiber optic switches and available in various populations per plugin. In addition, a choice of different connector styles to suit most applications is offered: FC/APC (for optimal performance), FC/PC, SC/PC and ST for general applications and LC for high density applications. They use MEMS (Micro-Electro-Mechanical-Systems) based optical switches to route signals between terminals by redirecting the optical signal. This is achieved using micromechanical mirrors driven by a highly precise mechanism activated via an electrical control signal.
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LXI Optical Switching - 5x5 Matrix Plugin Module
65-280-322
The 65-280-322 5x5 matrix is part of the 65-280 and 65-281 ranges of optical plug-in modules offering matrix & insert/bypass or multiplexer & SPST topologies respectively with all models based on MEMS fiber optic switches and available in various populations per plugin. In addition, a choice of different connector styles to suit most applications is offered: FC/APC (for optimal performance), FC/PC, SC/PC and ST for general applications and LC for high density applications. They use MEMS (Micro-Electro-Mechanical-Systems) based optical switches to route signals between terminals by redirecting the optical signal. This is achieved using micromechanical mirrors driven by a highly precise mechanism activated via an electrical control signal.