Data Acquisition Toolbox Major Bug Fixes
This document describes major bug fixes in this release.
Click on a problem area listed below to read how it has been fixed.
Advantech data acquisition cards now supported
ManualTriggerHwOn set to 'trigger' may drop some data
Measurement Computing minilab 1008 now supported
Measurement Computing PCI-6052 now supported
Measurement Computing PCI-DAS6071 device supported
Measurement Computing PMD1208LS now fully supported
Measurement Computing: Burst transfer mode supported on some products
Measurement Computing: Some boards no longer support a ChannelSkewMode of "Minimum"
National Instruments Cards: Odd numbers of channels cause acquisition to fail
National Instruments NI-DAQ 7.1 drivers supported
National Instruments PCI-6013 and PCI-6014 now supported
National Instruments: Added support for rising edge hardware triggers
National Instruments: Support improved for high acquisition speeds (>1 MS/sec)
National Instruments: Waveform truncation on low speed, internally clocked analog output with some cards
Advantech data acquisition cards now supported
The Data Acquisition Toolbox now supports boards from Advantech. Visit
http://www.mathworks.com/products/daq/supportedio5186.jsp for current
information on models supported.
ManualTriggerHwOn set to 'trigger' may drop some data
A problem with analog input data being lost when ManualTriggerHwOn is set
to 'trigger' has been fixed.
Measurement Computing minilab 1008 now supported
The Measurement Computing minilab 1008 USB device is now fully supported.
Measurement Computing PCI-6052 now supported
The Measurement Computing PCI-6052 device is now fully supported.
Measurement Computing PCI-DAS6071 device supported
The Measurement Computing PCI-DAS6071 device is now fully supported.
Measurement Computing PMD1208LS now fully supported
The Measurement Computing PMD1208LS USB device is now fully supported,
including burst transfer mode.
Measurement Computing: Burst transfer mode supported on some products
Some Measurement Computing products support a burst transfer mode,
allowing data acquisition at higher speed, most notably on the PMD-
1208LS. The Data Acquisition Toolbox now automatically selects this burst
transfer mode when appropriate. You may force this mode by setting
the "TransferMode" property to "InterruptPerScan".
Measurement Computing: Some boards no longer support a ChannelSkewMode of "Minimum"
In previous versions of the Data Acquisition Toolbox, some of the
Measurement Computing boards were incorrectly configured to allow a
ChannelSkewMode value of 'Minimum'. These boards did not support this
mode, and sometimes errors would occur.
Therefore, it is no longer valid to set the ChannelSkewMode to 'Minimum'
for the following Measurement Computing devices:
DAS16/16-AO, DAS16/16, DAS16/12-AO, and DAS16/12.
National Instruments Cards: Odd numbers of channels cause acquisition to fail
Memory buffers are now correctly allocated for low speed acquisitions on
National Instruments hardware, where the number of channels is not an even
divisor of 4096, e.g., 3.
National Instruments NI-DAQ 7.1 drivers supported
The National Instruments NI-DAQ 7.1 "traditional" drivers are now
supported via the Data Acquisition Toolbox.
National Instruments PCI-6013 and PCI-6014 now supported
The National Instruments PCI-6013 and PCI-6014 devices are now fully
supported.
National Instruments: Added support for rising edge hardware triggers
The 'TriggerCondition' property may be set to 'rising' to allow
acquisition triggering on the rising edge of the trigger signal. As
of release 2.5, the 'falling' TriggerCondition is not supported.
National Instruments: Support improved for high acquisition speeds (>1 MS/sec)
The number of sample rates avaliable for analog input and output on high
speed National Instruments cards has been increased.
National Instruments: Waveform truncation on low speed, internally clocked analog output with some cards
On some National Instruments cards, analog output waveforms were being
truncated at low sample rates (10 KS/sec or less) when an internal clock
was used. This has been addressed.