2006-01-17 00:10:54 UTC
24-Channel, 8.5 mA, Digital I/O Device—The USB-6501 is a portable, bus-powered USB digital I/O device, providing reliable data acquisition and control at a low price.The device provides overvoltage protection its digital I/O lines and a 32-bit counter. With plug-and-play USB connectivity, the USB-6501 is simple enough for home and academic applications, but robust and versatile enough for. Create a low-cost 24-relay system using 3 relay boards and an NI USB-6501: We can design and build a custom relay board for your application: All components and materials used in this product are RoHS Compliant: Downloads: Operating Instructions: CE Declaration of Conformity: Product Leaflet: LabVIEW 2011 Example VI.
- The LabVIEW Instrument Driver Import Wizard is a tool to convert VXIplug&play and IVI-C instrument drivers into LabVIEW VIs. System and Software Requirements. The LabVIEW Instrument Driver Import Wizard has the following system requirements: LabVIEW 2016 or later; One of the following operating systems: Windows 10/8.1/8/7/Vista (32-bit and 64-bit).
- The following figure shows key functional components of the NI USB-6501. NI USB-6501 Top and Back Views 1 2 2 4 3 NI USB-6501 24-line Digital I/O 1. USB Cable Strain Relief 2. Screw Terminal Connector Plug 3. LED Indicator 4. USB Connector The following figure shows key functional components of the NI USB-6501.
- Ni usb 6501 driver for windows download - uploaded on, downloaded 20 times, receiving a 4.91/5 rating by 24 users. The ni usb-6501 features a channel count of 24 and an absolute voltage range of -0.5 v to 5.8 v with respect to gnd. USB 6501 other devices drivers for Windows. Uploaded on, downloaded 6961 times, receiving a 87/100.
Ni-usb 6501 Labview Driver Download
I am attempting to port a hardware handshaking and digital I/O communication protocol (called TEMPO VideoSync) written in C from Mac OS9 (using an NI PCI-DIO-96 and NI-DAQ Version 6.1 for Mac) to Mac OSX (possibly using an NI USB-6501 and NI-DAQmx Base Version 2.0)
1. Am I correct that the drivers and C command library for the NI USB-6501 are contained in NI-DAQmx Base Version 2.0?
2. Does NI-DAQmx Base Version 2.0 have C commands equivalent to the following from NI-DAQ Version 6.1 for Mac used in the Mac OS9 version? Board_ID(slot, boardtype) DIG_Prt_Config(devicenumber, port, direction, mode) DIG_In_Port(devicenumber, port, pattern) DIG_Out_Port(devicenumber, port, pattern)
3. Related to the question above, will the NI USB-6501 be controlled by the C code in much the same way the PCI-DIO-96 was? (i.e., First the device is identified on the system, then cast the data direction of various ports and pins as either output or input, with or without handshaking, then different code sections of reading and writing on the pins per the communication protocol being used.)
4. As a USB device, should I be concerned about the speed at which the C code can control the NI USB-6501 as compared to the NI PCI-DIO-96?
5. I actually have an extra NI PCI-DIO-96 card, but am I correct that there is neither the driver software nor a way to use a PCI card in a OSX Mac G5 with only PCI Express slots?
Thank you very much for any advice on these matters.
Daniel ShimaVanderbilt Vision Research Center
1. Am I correct that the drivers and C command library for the NI USB-6501 are contained in NI-DAQmx Base Version 2.0?
2. Does NI-DAQmx Base Version 2.0 have C commands equivalent to the following from NI-DAQ Version 6.1 for Mac used in the Mac OS9 version? Board_ID(slot, boardtype) DIG_Prt_Config(devicenumber, port, direction, mode) DIG_In_Port(devicenumber, port, pattern) DIG_Out_Port(devicenumber, port, pattern)
3. Related to the question above, will the NI USB-6501 be controlled by the C code in much the same way the PCI-DIO-96 was? (i.e., First the device is identified on the system, then cast the data direction of various ports and pins as either output or input, with or without handshaking, then different code sections of reading and writing on the pins per the communication protocol being used.)
4. As a USB device, should I be concerned about the speed at which the C code can control the NI USB-6501 as compared to the NI PCI-DIO-96?
5. I actually have an extra NI PCI-DIO-96 card, but am I correct that there is neither the driver software nor a way to use a PCI card in a OSX Mac G5 with only PCI Express slots?
Thank you very much for any advice on these matters.
Daniel ShimaVanderbilt Vision Research Center
Configuring the NI-USB 6009, 6501, and 62xx to be Open-Drain or Push-Pull
Hardware: Multifunction DAQ (MIO)>>Portable>>USB-6009, Digital I/O (DIO)>>Static>>USB-6501, Multifunction DAQ (MIO)>>Portable>>USB-6501Problem:
How do I configure the digital output lines of the NI-USB 6009, 6501, or 62xx to be open-drain or push-pull?
Solution:
Yes, the output drive type for these devices is open-drain by default, but this can be changed programmatically when using DAQmx. In LabVIEW you use a channel property node to configure the channel. After placing the DAQmx channel property node on the block diagram, click on it and select Digital Output >> Output Drive Type as shown below.
Right click on the input input node of the DO.OutputDriveType property, and go to Create»Constant. The term Open Collector is DAQmx equivalent to Open-Drain and
Ni-usb 6501 Labview Driver
Active Drive is the DAQmx equivalent to Push-Pull. If you are using NI-DAQmx Base rather than DAQmx, the output drive type cannot be set programmatically and must be done in the DAQmx Base Configuration Utility. This procedure is described in KnowledgeBase 3KAFMFBH linked below.In LabVIEW the channel property DO.OutputDriveType will not be visible unless the DAQmx Channel Property node is referenced to a device that support different output drive types. Alternatively, you can right click on DAQmx Channel Property and choose
Select Filter...Ni-usb 6501 Labview Drivers Windows 10
and Show All Attributes to see the property even if the required channel reference is not provided.These VIs are all using the NI-DAQmx driver, so this functionality would be available in LabWindows CVI, Microsoft Visual Studio, and any other language that can be used to program with the NI-DAQmx driver.
The output drive type of the NI-USB 6008 is always open-drain and cannot be changed to push-pull.
Related Links:
KnowledgeBase 3KAFMFBH: How Do You Configure the DIO Lines of the NI-USB 6009 to be Open-Drain or Push-Pull?
Developer Zone Tutorial: Digital I/O Applications
KnowledgeBase 3MLFD5SE: Are my M Series Digital Outputs Line Driver, Open Collector, or Push-Pull Outputs?
KnowledgeBase 3JAF2BVB: What is the Difference Between a Line Driver, Open Collector, and Push-Pull Quadrature Encoders and Which One Should I Use? Entry
KnowledgeBase 2VRDP4Y1: Can I Implement Open-Collector Mode When I Am Performing Unstrobed Digital I/O?