Showing results: 1 - 15 of 22 items found.
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VI Control Systems Ltd.
The DNA is a precision control and monitoring module, offering both analog and digital channels in one small package. The DeviceNet protocol is used for all I/0 data and configuration parameters.
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VI Control Systems Ltd.
The active receiver and transmitter require power while the passive transmitter requires a TTL signal that is capable of driving 75 mA.
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VI Control Systems Ltd.
To be used with 1000 micron plastic fiber optic cable. Fiber distance should be limited to 40 meters unless special low-loss fiber is used. These units can be used as repeaters to go greater distances.
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VI Control Systems Ltd.
A general purpose 4 channel optocoupler board using H11G2 optocouplers (see above schematic). Resistors, capacitors, and connections to terminal strip are made by customer to allow for complete flexibility
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VI Control Systems Ltd.
A general purpose 4 channel optocoupler board using H11G2 optocouplers (see above schematic). Resistors, capacitors, and connections to terminal strip are made by customer to allow for complete flexibility.
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VI Control Systems Ltd.
The Group3 controllers - the CNA and DNA - have a built-in PID algorithm, that allows them to perform local closed loop control. A controller, combined with a Group3 analog Hall probe forms a compact, inexpensive way to implement closed loop magnet control.
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VI Control Systems Ltd.
The Group3 Hall probe produces an analog voltage as its output signal, corrected for temperature effects and non-linearities, producing a signal accurate to within 0.05%, from -1 to +1 T, over 10 to 50 deg C. Group3 can offer different field and temperature ranges, and custom probe dimensions.
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6602 -
VI Control Systems Ltd.
Interface board for converting signals on a National Instruments PCI/PXI 6602 timing board to and from fiber optic signals. Bursts, delayed pulses, and frequencies can be generated on outputs. The input channels can be used to measure frequency or period. Digital inputs or outputs can be substituted on channels that are not needed for timing purposes.
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TIO-10 #1 -
VI Control Systems Ltd.
Interface board for converting signals on a National Instruments PC-TIO-10 timing board to and from fiber optic signals. Bursts, delayed pulses, and frequencies can be generated on outputs. The input channel can be used to measure frequency or period.
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TIO-10 #2 -
VI Control Systems Ltd.
Interface board for converting signals on a National Instruments PC-TIO-10 timing board to and from fiber optic signals. This board is similar to the Fiber Optic Interface to National Instruments TIO-10 Timing Board #1 only it has more channels connected to fiber optic transmitters and receivers.
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TIO-10 -
VI Control Systems Ltd.
Package includes a Fiber Optic Interface to National Instruments TIO-10 Timing Board #1, a National Instruments PC-TIO-10 timing card, and a LabVIEW executable software program. See Fiber Optic Interface to National Instruments TIO-10 Timing Board #1 or LabVIEW executable software program for details.
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VI Control Systems Ltd.
Package includes a Fiber Optic Interface to National Instruments PCI/PXI 6602 Timing Board, a National Instruments PCI-6602 timing card, and a LabVIEW executable software program. See Fiber Optic Interface to National Instruments PCI/PXI 6602 Timing Board or LabVIEW executable software program for details.
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0001045 -
VI Control Systems Ltd.
Interface board plugs directly into National Instruments 68 pin multifunction and simultaneous sampling DAQ cards (PCI and PXI). First four analog inputs, two analog outputs, and trigger channels are available on BNC connectors (SMA/SMB optional).
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0000-002 -
VI Control Systems Ltd.
Timing Channels: 12 x 16 bit channels. Each can be programmed for event counting, elapsed time indication, rate generation, and programmable one-shot applications