Pickering Interfaces Test and Measurement PXI LXI PCI VXI IEEE-488 Instruments and Switching

LXI PCI PXI VXI IEEE-488 Instruments & Switching

Pickering Interfaces have a wide range of Instrument, Switch and Chassis solutions which are suitable for many RF and microwave functional test applications.

LXI RF & Microwave Switching
50Ω Switching
60-760 HF Matrix , single or dual 24x8 with 50MHz bandwidth
60-750/751 Microwave Matrix, single or dual 3x3 and 4x4, up to 20GHz bandwidth
60-770 RF Matrix family with sizes of 8x4 up to 32x16 and 2.4GHz bandwidth
60-800 6:1 Microwave MUX available with up to 16 banks and 40GHz bandwidth
75Ω Switching
60-711 Video Matrix , single or dual 24x8 with 25MHz bandwidth
60-721 High Performance Video MUX with 24, 48 or 72 channels, 1GHz bandwidth
60-722 High Isolation 12:1 MUX with 1 or 2 banks, 1GHz bandwidth
60-730 RF Matrix family with sizes of 8x4 up to 32x16 and 1GHz bandwidth
60-820 6:1 Microwave MUX available with up to 16 banks and 2.5GHz bandwidth
Listed here is only a small selection of Pickering's wide LXI switching range Click here to view the LXI module homepage.

PXI 50Ω RF Switching Modules
High Performance Switching up to 3GHz
40-870 Hex SPDT Switch		40-872 Quad 4:1 MUX
40-873 Dual 4:1 Terminated MUX		40-874 Dual 8:1 MUX
40-875 Single 16:1 MUX		40-876 Quad 4:1 Com Terminated MUX
40-877 Dual Expandable 2x2 Matrix
Click here to see functional diagrams on Pickering's Wiki
High Density 50Ω RF Switching
40-726A 12x8 RF Matrix		40-727 16x4 RF Matrix
40-728 16x2 RF Matrix		40-729 8x4 RF Matrix
40-754 17 or 9 off SPDT Switch		40-755 10 off 4:1 MUX
Programmable Attenuator
41-180 Dual Channel 3GHz Attenuator
Click here to see the complete line of RF switching

PXI 6GHz Switching Modules
High Performance 50Ω Multiplexers, Bandwidth from DC to 6GHz
40-784 Single or Dual, SP6T or SP4T Microwave MUX
High Performance 50Ω Switches, Multiplexers and Matrices, Bandwidth from 10MHz to 6GHz
40-880 Dual, Quad, Hex or Octal Terminated SPDT Switch
40-881 Single or Dual Terminated 6:1 MUX
40-882 Single, Dual, Triple or Quad Terminated 4:1 MUX
40-884 Single Terminated 4x4 Matrix
High Performance 50Ω Attenuator, Bandwidth from 10MHz to 6GHz
41-182 Triple or Hex Programmable Attenuator, 31.75dB max per channel
Click here to see the complete line of RF switching Click here to view Wiki pages covering the range of 6GHz RF switching modules

PXI 75Ω RF Switching Modules
High Performance 75Ω Switching
40-830 Hex SPDT Switch		40-832 Quad 4:1 MUX
40-834 Dual 8:1 MUX		40-835 Single 16:1 MUX
40-837 Dual Expandable 2x2 Matrix
Click here to see functional diagrams on Pickering's Wiki
High Density 75Ω RF Switching
40-726A 12x8 RF Matrix		40-727 16x4 RF Matrix
40-728 16x2 RF Matrix		40-729 8x4 RF Matrix
Click here to see the complete line of RF switching

PXI Microwave Switching Modules
40-780 1, 2, 3 or 4 SPDT Microwave Switches, up to 65GHz
40-782 1 or 2 Microwave Transfer Switches, up to 40GHz
40-784 Single or Dual, SP6T or SP4T Microwave MUX, 6GHz, 26.5GHz or 40GHz
40-785A Single or Dual 6:1 Microwave MUX, up to 40GHz
40-786 Single, Dual or Triple 6:1 Microwave MUX, up to 20GHz
Click here to see the complete line of Microwave switching

Cabling Solutions

We support all of our PXI and LXI modules with a wide range of connector and cabling solutions, easing your integration task. We are also able to offer customized cabling to your precise requirements. Click here to view the Connection Solutions homepage.

RF Switching Information

To find out more about RF related topics, please refer to the Pickering Wiki.

Click here to view the Pickering Wiki RF pages.

Click here to view Wiki pages covering the range of 6GHz RF switching modules.

PXI Chassis

40-908 8 Slot PXI Chassis
40-914 14 Slot PXI Chassis
40-918 18 Slot PXI Chassis
40-922 8 Slot High Performance PXI Chassis
40-923A 19 Slot High Performance PXI Chassis

LXI Chassis

60-102-001 7 Slot LXI Chassis and 60-103A-001 18 Slot LXI Chassis are capable of hosting any of Pickering's range of PXI Switching Modules allowing remote control over a standard LAN interface.