JRys
-
Posts
1,460 -
Joined
-
Last visited
Content Type
Profiles
Forums
Events
Gallery
Posts posted by JRys
-
-
I forgot about the E-DIO24. Yes, it should work because, like the USB-DIO32HS, it supports the DConfigBit function.
-
The Personal DaqView file converter requires a *.dsc file and a *.bin file. They should also check the location where the *.bin file is stored to ensure there is a *.dsc file. For example, if the data file is data.bin, there should also be data.dsc file.
-
I think it should work. However, the USB-2416 digital output works like a switch. So, connect the (+) relay control to +V (external power supply) and the relay control (-) to the digital output. Connect the +V ground to the USB-2416 ground. When the output is set low, the current will flow from +V to the ground through the output.
The user manual, page 18, shows the output transistor configuration. It is nothing more than a MOSFET transistor configured as an open drain.
-
You can only loop from one port to another on the USB-1024LS for a loopback. The DConfigPort function resets the port, preventing you from switching directions to detect a condition. On the other hand, devices that support the DConfigBit function can set one bit as input and the other as output on the same port—for example, the USB-DIO32HS. You could also add a second USB-1024LS. Then, one could be your inputs and the outputs.
-
Use OptionFlags.NOCALIBRATEDATA | OptionFlags.NOSCALEDATA to get numbers like:
51305.0
51293.0
51292.0
51332.0
51335.0
51338.0Your formula for converting back to volts looks correct.
-
They cannot use the Personal DaqView software because it was solely for the IOtech PersonalDaq/54, 55, and 56. It will not work with the OMB-DAQ-2416 (USB-2416). Instead, they can use the DAQami software. https://files.digilent.com/downloads/DAQami/daqamisetup.exe. The following is the free public activation key: ALYGP-Q889C-TY5X6-MZFWM-75LLG
-
I'm sorry, but there is no support for the external clock input.
-
-
The USB-1208LS has a maximum scan rate of 1200 S/s when using a single channel. You can test it using our DAQami program. If you need more help, please explain what you are doing.
-
If you are programming in Python, the function is c_in_scan, and one of the terms is scan rate. Let's say you program it to read a totalizing (counting) counter input with a 1000 hz square wave as the input signal. If the scan rate is set to 100, the data returned will be 10, 20, 30, 40, etc.
If, instead, you were to use a polling function like c_in_32 and call this function within a loop, then you might get values like 9, 21, 30, 99, 41, etc. because the loop timing is not precise.
-
Please include details such as the name of your device and whether you are programming or using one of the Apps. If you are programming, please list out the section of code where you set the scan rate.
-
Could you try again, this time dropping Program Files from the path, for example, using D:\Measurement Computing?
-
Bip is bipolar or plus/minus. Bip5Volts is -5V to +5V. Uni is unipolar so Uni5Volts is 0V to +5V. The USB-1808X uses
Bip10Volts, Bip5Volts, Uni10Volts, Uni5Volts.
-
The MCC 172 maximum sample rate is 51.2k S/s. Two A/D chips are used for simultaneous operation, so the max data throughput is 102.4k S/s.
-
You can use the following installation program and install InstaCal version 6.74.
https://files.digilent.com/downloads/InstaCal/icalsetup.exe
Next, enable .Net framework version 3.5, as shown below. After doing this, run the DASYLab Configurator utility, and in Packages->Data Acquisition, enable the Measurement Computing driver. Note that the Measurement Computing driver installer will look for a folder named ...\DASYLab\. Press the Change button and change the path to ..\DASYLab 2022.1_en\. If all goes well, DASYLab will be ready to use a measurement computing device.
-
The DT DAQ Adaptor for MATLAB user manual shows how to configure an external trigger, starting on page 21. Note that the DT9816 supports a Negative external trigger—see page 63 in the DT9816 user manual.
-
The 96 MHz clock drives the FPGA and is only remotely related to the sample rate. When you request a sample rate, a sub-clock is used to achieve the rate. If you were to request a sample rate of 100, the FPGA still runs at 96 Mhz, but data is recorded 100 times a second. When using the Totalize mode (counting), the count increases on each edge of the applied signal, whether you read it or not. Clear on Read does just that; after each read, the register is reset to the minimum value, typically zero.
-
It only works with 32-bit versions of LabVIEW. To get the support, run the following installer: https://files.digilent.com/downloads/iotech_software/DaqBook2000-Series/labviewdaqcom2setup.exe. After, you will have a DaqIO LabVIEW Support folder in Program Files (x86). Example programs are in the subfolder Howto and Example VI's.
-
InstaCal 6.72 did not change the Universal Library; it only changed how InstaCal was installed because of changes Windows 11 imposed. What is the reported error when using 6.72 or Windows 11?
-
The DBK604 and DBK605 are connector panels for the DBK60 box, which can hold up to three DBK cards. Open the box to view the cards and their jumper addresses. The box with thermocouple connectors most likely has three DBK82. The other box could have any number of cards, so you need to look for their identities besides the address jumper. Some boards have jumpers and switches to set the address, so you will need the user manuals. The best way to find the user manual is with a Google search or browse https://files.digilent.com/#manuals/
-
A 37-pin ribbon cable connects the DBK90 to the P1 port on the DaqBook/2000. Because there is a male and a female connector, a second unit can be connected using a ribbon cable between the two DBK90. If you mount the two back to back, the hardware bracket is recommended for a good connection.
-
Consider the DASYLab BASIC software, which costs $1299.00. However, updating the analog output port is limited to 100 S/s. If you don't have $1299.00 and are familiar with LabVIEW, you could use the free Community version and our LabVIEW VI's to generate a slow waveform. If you are a programmer, we also have C and Python support.
-
DAQami will not let you set the output to waveform because the USB-205 does not have buffered waveform output.
-
The PMD-1208LS is not a NI-DAQ device. To use it with LabVIEW, install ULx for NI LabVIEW and use our VI's for control. Once installed, look for our VI pallet on User Libraries. LabVIEW 2024 support is not yet available. Before starting, review the help document that is accessible via LabVIEW's Help menu item. The examples are installed in ..\National Instruments\LabVIEW 2023\Examples\ULx\. I suggest starting with the example ULx Cont Acq&Chart Samples-SW Timed, which is in Measure Slow Varying Signal.llb in ..\ULx\Analog In\.
Question for TracerDAQ PRO
in Measurement Computing (MCC)
Posted
I'm sorry, but I can't reproduce the problem based on your information.