Showing recent results 3181 - 3195 of 3437 products found.
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40-832-001 - Pickering Interfaces Ltd.
The 40-832 is a 75 Ohm 4 to 1 RF MUX available with 1, 2 or 4 banks in a single PXI slot. All versions have been designed to exhibit low insertion loss and VSWR through the use of modern RF relay technology at an affordable cost. Each MUX has been carefully designed to ensure excellent and repeatable RF characteristics to frequencies of 3GHz with each path having a nominally equal insertion loss. The design of the 40-832 minimizes the injection of noise and unwanted signals into the signal path by careful attention to the mechanical and electrical design.
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40-873-101 - Pickering Interfaces Ltd.
The 40-873 is a 4 to 1 RF MUX available with 1 or 2 banks in a single PXI slot. Additionally, extra switching allows unused channels to be terminated into 50 Ohm, maintaining signal integrity. All versions have been designed to exhibit low insertion loss and VSWR through the use of modern RF relay technology at an affordable cost. Each MUX has been carefully designed to ensure excellent and repeatable RF characteristics to frequencies of 3GHz.
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40-873-001 - Pickering Interfaces Ltd.
The 40-873 is a 4 to 1 RF MUX available with 1 or 2 banks in a single PXI slot. Additionally, extra switching allows unused channels to be terminated into 50 Ohm, maintaining signal integrity. All versions have been designed to exhibit low insertion loss and VSWR through the use of modern RF relay technology at an affordable cost. Each MUX has been carefully designed to ensure excellent and repeatable RF characteristics to frequencies of 3GHz.
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40-538-021 - Pickering Interfaces Ltd.
The 40-538 ultra high density matrix module is configured as a Single 55x8 reedrelay matrix with 1-pole switching. Typical applications include signal routing inFunctional ATE and data acquisition systems. These PXI matrix modules are constructedusing high reliability Sputtered Ruthenium Reed Relays, offering >10e8 operationsto give maximum switching confidence with long life and stable contact resistance.
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40-657-001-1/64/1 - Pickering Interfaces Ltd.
High Density Power Multiplexer Modules available in a choice of configurations, containing up to 8 separate multiplexers, all 1-pole switching. They are suitable for switching signals to 110VDC/250VAC at 2Amps, 90W.
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40-541-021 - Pickering Interfaces Ltd.
The highest density single slot PXI reed relay matrix module on the market today. This range also includes a 132x4 and 33x16 reed relay matrices with 1-pole switching. They are constructed using high reliability sputtered ruthenium reed relays, offering >10e9 operations to give maximum switching confidence with long life and stable contact resistance. Typical applications include signal routing in Functional ATE and data acquisition systems.
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40-666-012 - Pickering Interfaces Ltd.
The 40-666 is a high current multiplexer available in dual 3-channel or single 6-channel configurations occupying two slots of PXI chassis. Each multiplexer switch uses a fully isolated solid state relay which has been designed to offer fast operation under hot switching conditions and high inrush current with no operational life degradation. Each multiplexer channel can support 10A of continuous current and switch up to 200V signals. The switches can sustain inrush currents in excess of 50A. AC or DC signals can be switched since the switch is polarity insensitive. Note: The 40-666-012 supersedes the 40-666-002 which is functionally the same but with some changes in specification. A data sheet for the 40-666-002 can be found in the 40-666/667 User Manual.
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40-667-012 - Pickering Interfaces Ltd.
The 40-667 is a high current multiplexer available in dual 3-channel or single 6-channel configurations occupying two slots of PXI chassis. Each multiplexer switch uses a fully isolated solid state relay which has been designed to offer fast operation under hot switching conditions and high inrush current with no operational life degradation. Each multiplexer channel can support 30A of continuous current and switch up to 40V signals. The switches can sustain inrush currents in excess of 120A. AC or DC signals can be switched since the switch is polarity insensitive. Note: The 40-667-012 supersedes the 40-667-002 which is functionally the same but with some changes in specification. A data sheet for the 40-667-002 can be found in the 40-666/667 User Manual.
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40-881-001 - Pickering Interfaces Ltd.
The 40-881 is a 50 Ohm 6 to 1 6GHz multiplexer available as a single or dual MUX in one and two PXI slots respectively. The 40-881 exhibits low VSWR characteristic over the full operating frequency range and consistent insertion loss characteristics. The use of solid state switches ensure a long service life with no wear out mechanism, making the 40-881 ideal for ATE systems requiring frequent and fast operating RF switching with no contact bounce.
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40-881A-001 - Pickering Interfaces Ltd.
The 40-881A-001 is a single 6 to 1 50Ω RF multiplexer with 8GHz bandwidth and automatic termination of unused signal channels. It is available as a single or dual MUX in one and two PXI slots respectively. The 40-881A exhibits low VSWR characteristic over the full operating frequency range and consistent insertion loss characteristics. The use of solid state switches ensure a long service life with no wear out mechanism, making the module ideal for ATE systems requiring frequent and fast operating RF switching with no contact bounce.
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40-852-218-M - Pickering Interfaces Ltd.
Pickering PXI Fiber Optic MEMS Switching modules are available in many high density formats with a choice of 5 different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
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40-852-518-M - Pickering Interfaces Ltd.
Pickering PXI Fiber Optic MEMS Switching modules are available in many high density formats with a choice of 5 different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
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40-852-018 - Pickering Interfaces Ltd.
Pickering PXI Fiber Optic MEMS Switching modules are available in many high density formats with a choice of 5 different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
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40-852-118 - Pickering Interfaces Ltd.
Pickering PXI Fiber Optic MEMS Switching modules are available in many high density formats with a choice of 5 different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
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40-852-418 - Pickering Interfaces Ltd.
Pickering PXI Fiber Optic MEMS Switching modules are available in many high density formats with a choice of 5 different connector styles to suit most applications: FC/APC (for optimal performance), FC/PC and SC/PC for general applications and LC and MU for high density applications. Fiber optic multiplexers create a signal path by redirecting the optical signal into a selected output fiber. This is achieved using Micro-Mechanical Mirrors driven by a highly precise mechanism and activated via an electrical control signal.
