Cages
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9-Pin D-Type Connector Block
40-965-009-M
Suitable for use on the front of modules this connector block provides a simple method of connecting to 9-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage.
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25-Pin D-Type Male Connector Block
40-965-025-M
This connector block provides a simple method of connecting to 25-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties. Connector blocks have higher losses than a cable connection and the breakdown voltage is controlled by clearances to the metal shell. The metal shell includes an internal insulation barrier under the carrier board.
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200-Pin LFH Connector Block, Male
92-965-200-M
Suitable for use on the front of PXI modules this connector block provides a simple method of connecting to high density 200-Pin LFH connectors. The screw terminals use a rising cage screw clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximize copper cross sectional area and insulation properties. Users should make their own cable strain relief arrangements and ensure that appropriate electrical safety precautions are observed.
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9-Pin D-Type Connector Block
92-965-009-F
This connector block provides a simple method of connecting to 9-Pin D-Type connectors. The screw terminals use a rising cage screw clamp mechanism to minimize risk of copper strand breakage.
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68-Pin SCSI Micro-D Conn Block DIN
40-966-068-F
Suitable for mounting on DIN Rails this connector block provides a simple method of connecting to 68-Pin SCSI Style Micro D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Rack Mount Hawk/PC Chassis
9381
A slide-in replacement for a Nova/Eclipse. A 10.5 inch (267 mm) high chassis with a 5-position Nova/Eclipse backplane and card cage, 450 watt power supply, cooling and rack slides. Accommodates up to five DG-compatible 15" x 15" (381 x 381mm) boards, a PC motherboard, diskette drive and up to three visible half-height disk drive bays and one internal half-height drive bay.
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Picoamp Booster and Faraday Cage
CHI200(B)
With the CHI200(B) Picoamp Booster and Faraday Cage, current down to a few picoamperes can be readily measured. The CHI200 is compatible with the Model 600/A, 700/A series of instruments, while the CHI200B is compatible with Model 600B/C and 700B/C series. When used with 700/A/B/C series bipotentiostat, the Picoamp Booster will affect the primary channel only.
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Airlock Control System
The system is built on the basis of a panel computer with a touch screen, performing the functions of a user interface and recording the measured parameters. The stand is equipped with gate drives and a set of sensors (pressure, flow rate, force). Real-time gate control is implemented on the basis of the R-series board; for input and conversion of analog signals from the sensors, an expansion cage of the cRIO-9151 R-series boards is used.
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VME Test Extender 6U/220mm Universal
110EXT6122-000X
The VME extender boards are designed to bring a circuit card completely out of a card cage so that it can be tested or debugged on both sides of the test board. Each signal, power, and ground line can be individually isolated with the DIP switches.
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Type 12R2, 10U, 19" Rackmount, MIL-Rugged, Vertical
12R2-10U-V
The 10U, 12R2 is designed to meet the harsh environment of shipboard, airborne, and ground mobile applications per MIL-STDs. Shock isolated versions are designed to attenuate 25G shock inputs to the chassis to less than 10Gs at the card cage.
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2-in-1 High-Voltage Test Hood
LX-HVE600EC
2-in-1 high-voltage test hood with integrated interchangeable setHV hood for electrical safety test & function test.The test cells are made of stable, highly insulating plastic and are closed by a swiveling, transparent cover. The built-in safety switch is used to lock the hood and release the high-voltage sources. This ensures that no high voltage is active when the door is open. There is a generously dimensioned wiring space in the floor of the test cage. An interchangeable adapter plate in the test cell - optionally with an interchangeable interface or an interchangeable adapter cassette - allows quick adaptation to different types of test items. Prepared openings enable connectors and other common interfaces or cable bushings to be easily attached. The hood is opened and closed almost effortlessly thanks to precisely coordinated gas springs.
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Heavy Load Ball Screw with Caged Ball Structur
HBN
Heavy Load Ball Screw with Caged Ball Structure. Heavy load ball screws with the caged ball structure (HBN model) drastically improve the rated load compared to the conventional products by utilizing the optimum internal structure for use in heavy load condition. In this model, the caged ball structure is adopted between balls to eliminate collisions and mutual frictions of the balls and improve the lubricant maintenance. This modification brings about a longer lifetime under heavy load conditions.
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CPCI Test Extender 6Ux400mm
117EXT6116-0XXX
The cPCI extender boards are designed to bring a circuit card completely out of a card cage or enclosure so that it can be tested or debugged on each 2mm HM connector in P1-P5. Each line in rows A-E can be isolated with the DIP switches.
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VME Test Extender 3U/220mm J1
111EXT3122-11XX
The VME extender boards are designed to bring a circuit card completely out of a card cage so that it can be tested or debugged on both sides of the test board. Each signal, power, and ground line can be individually isolated with the DIP switches.
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VME Test Extender 3U/400mm Universal
110EXT3140-10xx
The VME extender boards are designed to bring a circuit card completely out of a card cage so that it can be tested or debugged on both sides of the test board. Each signal, power, and ground line can be individually isolated with the DIP switches.
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Crowbar Resistors
Crowbar resistors are three phase resistance banks which are connected to the rotor windings of the DFIG (Doubly-Feed Induction Generator) such as wind power generator. They are used to prevent damage to the inverter circuits attached to rotor side when a fault occurs in the grid. DFIG power converter, which has a restricted over-current limit, needs special attention during faults in the grid. If the rotor current or DC link voltage reaches the threshold value, crowbar resistors disconnect the converter in order to prevent the generator turning into a squirrel cage induction machine. By crowbar resistors, the DFIG could stay connected to the grid and continue its operation.
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VME Test Extender 3U/220mm J2
111EXT3122-12XX
The VME extender boards are designed to bring a circuit card completely out of a card cage so that it can be tested or debugged on both sides of the test board. Each signal, power, and ground line can be individually isolated with the DIP switches.
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160-Pin DIN41612 Shielded Connector Block, Male
B1604MR-4F-0A
This connector block provides a simple method of connecting to high density DIN41612 connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Analog Input Module, 12-bit A/D
IP320A
The IP320A monitors 20 differential or 40 single-ended input channels. When used with a carrier that holds four IP modules, up to 160 inputs can be obtained from a single card cage slot.
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68-Pin SCSI Micro-D Conn Block DIN
40-966-068-M
Suitable for mounting on DIN Rails this connector block provides a simple method of connecting to 68-Pin SCSI Style Micro D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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25-Pin D-Type Female Connector Block
40-965-025-F
This connector block provides a simple method of connecting to 25-Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximize copper cross-sectional area and insulation properties. Connector blocks have higher losses than a cable connection and the breakdown voltage is controlled by clearances to the metal shell. The metal shell includes an internal insulation barrier under the carrier board.
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96-Pin Micro-D Connector Block, Male Without Backshell
92-965-096-M
This connector block provides a simple method of connecting to 96-Pin SCSI Style Micro-D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage.
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Connector Block, 50-Pin D-Type, Male
40-965A-050-M
The 40-965A-050-M connector block provides a simple method of connecting to 50 Pin D-Type connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross-sectional area and insulation properties.
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96-Pin Micro-D Connector Block, Male With Screwlocks
44-965-096-M
This connector block provides a simple method of connecting to high density 96-Pin SCSI Style Micro-D connectors. The screw terminals accept wires up to 20 AWG and use a rising cage screw clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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VXS Type 32V, w/plug in PSU
32V05LY348Y3VGE0
VXS Type 32V family of enclosures provide a lightweight, tower platform for packaging portable VITA System applications. Designed to VITA & IEEE. Systems can be configured with or without rear I/O card cage.
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Low Voltage DC / Battery Powered HV Amplifiers
WMA-01 And WMA-01LF
The Falco Systems WMA-01 is a high voltage amplifier that runs from an 24 - 30V DC power supply and can be battery powered if required, e.g. for use in a Faraday cage. Its internal high voltage generator is inductor-free and hence does not spread magnetic interference in sensitive experimental setups. The output noise is impressively low at 3mVrms. For extremely low noise applications where bandwidth is not an issue, a dedicated WMA-01LF version is available that contains an output low pass filter capacitor which reduces the bandwidth to 50Hz, but makes the noise drop to below 0.1mVrms. This bandwidth-limited amplifier is ideal for MEMS or piezo positioning with manual voltage adjustment.
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Low Voltage DC / Battery Powered High Voltage Amplifiers
WMA-005 And WMA-005LF
The Falco Systems WMA-005 is a high voltage amplifier that runs from an 24 - 30V DC power supply and can be battery powered if required, e.g. for use in a Faraday cage. Its internal high voltage generator is inductor-free and hence does not spread magnetic interference in sensitive experimental setups. The output noise is impressively low at 3mVrms. For extremely low noise applications where bandwidth is not an issue, a dedicated WMA-005LF version is available that contains an output low pass filter capacitor which reduces the bandwidth to 50Hz, but makes the noise drop to below 0.1mVrms. This bandwidth-limited amplifier is ideal for MEMS or piezo positioning with manual voltage adjustment.
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200-Pin LFH Connector Block, Male
40-965-200-M
Suitable for use on the front of PXI modules this connector block provides a simple method of connecting to high density 200-Pin LFH connectors. The screw terminals use a rising cage screw clamp mechanism to minimize risk of copper strand breakage. PTFE cables are recommended for use with this connector block to maximise copper cross sectional area and insulation properties.
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96-Pin Micro-D Connector Block, Male DIN Rail Mounted
40-966-096-M
Suitable for mounting on DIN Rails this connector block provides a simple method of connecting to 96-Pin SCSI Style Micro-D connectors. The screw terminals use a rising cage clamp mechanism to minimize risk of copper strand breakage. The metal shell includes an internal insulation barrier under the carrier board.
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Extender Boards
VECTOR Electronics and Technology, Inc.
Extender boards are designed to bring a circuit card completely out of a card cage or enclosure so that it can be tested or debugged. This provides access to both sides of the test board.
