Pickering Interfaces Inc.
Pickering Interfaces designs and manufactures modular signal switching and simulation for use in electronic test and verification. We offer the largest range of switching and simulation products in the industry for PXI, LXI, PCI & USB applications. Our products are specified in test systems installed throughout the world and have a reputation for providing excellent reliability and value.
- +44 (0)1255 687900
- sales@pickeringtest.com
- Stephenson Road
Clacton on Sea
Essex, CO15 4NL
United Kingdom
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product
PXI Single SP4T Multiplexer 40GHz 50 SMA-2.9
40-784A-141
Pickering Interfaces’ range of 40-784A PXI Microwave Multiplexer Modules have a characteristic impedance of 50Ω and are capable of switching signals up to 40GHz. Available in single, dual or triple, SP6T or SP4T formats, they are suitable for constructing complex microwave switching networks and provide a range of switching configurations to suit most applications. Connection is by high performance front panel mounted SMA or SMA-2.9 connectors
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PXI High Density Precision Resistor Module, 18-Channel, 2Ω to 470Ω
40-298-014
The 40-298-014 is a high density programmable resistor module with 18 channels which can be set between 2Ω and 470Ω with 2Ω resolution The 40-298 range provides a simple solution for applications requiring accurate simulation of resistive sensors. The 40-298 is available in a variety of resistance ranges and resolution capabilities that meet the needs of most functional test systems.
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LXI High Voltage Switching Multiplexer Plugin Module
65-231-908-HI
The 65-231-908-HI plug-in module is part of a scalable high voltage multiplexer platform that provides a high voltage switching solution with capability up to 9 kV.
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PXI Expandable 16x16 RF Matrix 75Ohm 1.0/2.3
45-720A-741
The 45-720A module is a 6U 16x16 RF Matrix suitable for switching frequencies to beyond 250MHz. The 45- 720A module is available in 50 and 75 Ohm versions with a choice of coaxial connectors. It is intended for the easy construction of high performance bidirectional matrix switching systems. Automatic Isolation Switches are located on all coaxial connectors, these disconnect the matrix from the external test fixture. This maximises isolation and RF performance.
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PXI/PXIe Resolver Simulator Module, 4-Banks
43-670-201-AABBCC
The 41/43-670-201 is ideal for the simulation of Resolvers. It has four banks, each capable of simulating the output of a single 5 or 6-wire resolver.
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High Voltage 9 Pin D-Type Cables - Connector to Unterminated
The connector to unterminated cable assemblies below are not compatible with Pickering products, however, are offered for developing a connection solution for use with other products.
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product
PXI 8 Slot BRIC 165x16 2-pole (11 sub-cards)
40-561A-122-165X16
This version of our BRIC is part of a range of high-density PXI matrix modules. These modules are available in 2, 4 or 8 slot PXI sizes to suit all high performance matrix requirements and are constructed using instrumentation quality reed relays. With this high level of switching density, these PXI matrix modules allow a complete Functional ATE system to be housed in a single 3U PXI chassis. These BRIC matrix modules allow the use of lower cost 8 or 14-slot PXI chassis.
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PXI 12-Slot BRIC Matrix, 640x8 1-Pole (10 sub-cards)
40-558-121-640X8
The 40-558-121-640x8 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/PXIe Power Relay Module,5 Amp, 50-Pin SGMC Connectors
40-158-001-HI
The 40/42-158-001-HI is a PXI/PXIe high density power relay module with 32xSPDT switches rated at 5A and includes the hardware interlock option. User connection is via 2x50-pin SGMC male connectors, hardware interlock is via a 4-pin 00 series socket (mating plug is supplied). The 40/42-158 range is available in 8, 16, 24 or 32 SPST configurations with or without hardware interlock.
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15 Pin D-Type Connectors
The connectors below are not compatible with Pickering products, however, are offered for developing a connection solution for use with other products.
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78-Pin D-Type Male Straight PCB Mount
40-963-078-SM
Accessory allows a user to create their own PCB based termination solution mounted directly on the front of the product or on the end of a cable. Interfacing PCBs should be designed with suitable clearances for the voltage the application requires.
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PXI 4-Slot BRIC 72X8 Matrix, 2A 2-Pole (3 sub cards)
40-565A-002-72X8
The 40-565A PXI Matrix BRIC provides a range of high density matrix modules able to switch up to 2 Amps at 150VDC/100VAC The 40-565A BRIC modules are available in 2, 4 or 8 slot PXI sizes to suit most high performance PXI Matrix requirements, constructed using quality electro-mechanical relays for high switching confidence.
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product
LXI Dual 8:1 Optical MUX LC Single Mode
60-850-412
The 60-850 and 60-851 are LXI conformant fiber optic multiplexers that use MEMS switching technology to ensure fast and reliable switching of single-mode (60-850) or multi-mode (60-851) optical signals being carried on fiber connections. The 60-850/851 is available with a variety of connector options and in a variety of multiplexer arrangements. Loop-thru versions are also available for easy multiplexer expansion.
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PXI 8-slot BRIC Matrix, 126x12, 1 pole (3 Sub-cards)
40-558-801-126x12
The 40-558-801-126x12 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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EBIRST 78-pin D-type To 68-pin Male SCSI Adapter
93-006-401
eBIRST is a range of USB controlled test tools capable of performing automated path resistance tests on Pickering Interfaces PXI, LXI or PCI controlled switching solutions. Each tool simply interfaces with the switching system's connector so a test can be run using the supplied Windows-based software.