Digital I/O
VX Instruments GmbH (VXInstruments)
With digital I/O cards, static or dynamic bit patterns can be generated or recorded. Each bit is assigned a control signal for an output and a sensor signal for an input. The usual voltage range for the inputs and outputs is between 2 V (TTL) and 24 V (automation).
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Product
Bit-Pattern Generator Family
PXI(e)520x
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6.6 MS/s with 8 Bit pattern widthUp to 2 independent modules with 4 simultaneously working channelsBased on VX Instruments FlexCPP for easy custom designMultiple instrument and channel synchronization possibilitiesAdditional reference clock outputWide range of sample rates due to programmable internal PLL
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Unlisted Product
PXI Bit-Pattern-Receiver Family
PXI(e)530x
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Up to 6.6 MS/s with 7 Bit pattern widthUp to 2 independent modules with 4 simultaneously working channelsBased on VX Instruments FlexCPP for easy custom designHighly configurable trigger engineMultiple instrument and channel synchronization possibilitiesIndependent sample clock input for every channel
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Product
PXI/PXIe Trigger-Module
PXT(e)1741
Trigger Module
Easy linkage of various external modules to the PXI(e) trigger busHigh configurable trigger matrix12 independent configurable trigger linesInputs/Outputs compatible with 5 V TTL standardSoftware controlled triggering of any target device
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Unlisted Product
Bit-Pattern Generator Family
PXI520x
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This family of bit-pattern generators is based on the "Flexible Configurable PXI Platform" (FlexCPP). This platform allows a couple of customer configured bit-pattern generators.
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Unlisted Product
Bit-Pattern Receiver Family
PXI530x
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Every channel of the PXI530x Bit-Pattern Receiver is equipped with an 8 Bit digital bus driver. So digital inputs compliant to TTL standard are provided to the user. All digital input ports are referenced to a common ground.
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Product
PXI/PXIe Trigger Module
PXT1741
Trigger Module
The PXT(e)1741 Trigger Module ist designed to build up a connection between trigger signals from any external trigger source (5V TTL Standard) and the PXI(e) trigger bus. Therefore the device is equipped with four SMA front connectors (T1 to T4).
