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DAQMASTER SOFTWARE DOWNLOAD

16-09-2021 admin

LCD Touchscreen Paperless Recorders. The KRN1000 series paperless recorders
feature 5.6-inch TFT color LCD (640×480) touchscreen displays with excellent
visibility and intuitive control interface. View or download information about
various software, library, and sample programs from Autonics, including our
comprehensive device management program DAQMaster. Autonics 통신 제품군의 파라미터 설정 및
IO값을 확인하기 위한 제품입니다. 통신 제품 ( MT, TK4, TX, TM2, TM4, THD, TF3 ). Autonics
Automation India Pvt Ltd - Manufacturer, Supplier,trader of all type of
DAQMaster Device Managment Software in Navi Mumbai, Maharashtra, India.

What kinds of things can you accomplish with a PC DAQ board? Fundamentally,
you've got analog input and output, digital input and output, and counter/timer
functions to choose from. So, there is a small, well-defined list of basic
categories.

DAQMaster Dev, Free Download by Autonics, Inc. It uses the MinGW port of GCC
(GNU Compiler Collection) as its compiler.

DAQMaster Software Manager

Following this line of reasoning, ADLINK developed the DAQMaster
configuration-based system manager software application and DAQPilot software
driver and development kit that simplify user involvement with low-level DAQ
hardware. The company describes the approach as task oriented and provides an
intuitive wizard to help you set the necessary parameters.

To address real applications, each of the basic operations quickly can become
more complicated. For example, should an analog output be continuous or only run
for a certain time period? Is the output streamed from a data file you have
created, or do you want to generate standard waveforms such as sine, triangle,
or square? What is the frequency of the waveform and the associated sample rate?
How many separate channels do you need?

Nevertheless, a total of 19 functions describes the types of possible actions.
Depending on the DAQ board model you are using, the settings for your particular
task can be specified with the help of the wizard. The 19 functions are
configuration profiles modified by the parameters you supply. When you have
completed filling in the various parameter setting boxes, the function you need
has been defined.

Having specified the DAQ hardware operation, you're in a position to integrate
the corresponding task file into whatever application development environment
(ADE) you're using to create your overall DAQ program. Popular ADEs include
Borland C++ Builder, Delphi, and National Instruments (NI) LabVIEW/LabVIEW CVI.
DAQPilot supports APIs, ActiveX components, .NET Assembly components, LabVIEW
Express VIs, and Polymorphic VIs.

GOING FOR A TEST RIDE

I downloaded DAQMaster and DAQPilot from the ADLINK website onto my Windows PC.
The two applications are free and don't require additional supporting software
if you just want to become familiar with their operation.

DAQMaster
DAQMaster has three sections: the software, device, and task managers. The
software manager was the first part I tried, partly because the DAQPilot
download didn't seem to be working correctly. I'm not an experienced software
developer, so this initial problem was most likely caused by a simple error. In
fact, a problem did show up in the software manager's report, which was resolved
by reinstalling DAQPilot.

With the software manager, you can see exactly what version of each of the
software modules has been installed. If a later version is available, the
software manager will recommend that you install it. This feature is always up
to date because the software manager downloads information from the ADLINK
website when it's selected. Figure 1 shows a listing of the ADLINK modules
installed on my PC.

Figure 1. DAQMaster Software Manager Installed Program Listing

The device manager deals with hardware and the drivers associated with
particular boards. A device support matrix that lists board types, model
numbers, form factors, and the appropriate Windows and Linux drivers is
presented. Virtually all ADLINK boards are supported by DAQMaster and DAQPilot.

Information listed in the matrix is intended to help you select the best board
for your application. By entering a board model number in the main function
panel at the top of the screen, you can obtain product information in the form
of a datasheet or download relevant drivers, associated software, and the
operation manual.

DAQMaster presents a list of all the types of ADLINK boards organized in the
form of a Windows Explorer tree. Above the tree are two symbols key to its
operation. One shows three horizontal parallel lines meant to represent a
collapsed tree. In the other symbol, the lower two lines are shorter than the
top line and indicate an expanded tree.

Two more symbols further qualify the tree to represent all ADLINK devices or
only those you have installed. By selecting All Devices, the tree lists each
board model grouped by category. Left-clicking on any one causes the
corresponding pin names and numbers to be displayed on a graphical
representation of the board's connector(s).

In addition to working with actual hardware, you can select a virtual device
that will mimic one of the 19 basic functions. Because of the way DAQPilot has
been designed, regardless of the board model being used, its operation is
covered by one of the 19 tasks. This means that you can develop your DAQ
application and exercise it using a virtual device because the interface is the
same as for a real board.

Right-clicking on Virtual Device allows you to select a test panel that can be
configured to simulate your application. Categories supported include analog and
digital input and output.

DAQPilot
The third DAQMaster section, the task manager, incorporates DAQPilot, which
presents a column showing 19 icons corresponding to the 19 functions.
Right-clicking on one of them opens a list of actions from which you can add a
new task; delete, modify, rename, or test the present task; and finally create C
reference code for the task.

If you choose to modify the task, DAQPilot will display a succession of panels
to guide you through the process of describing the modifications; selecting the
appropriate DAQ hardware; and specifying the channel(s), type of waveform, and
timing selections. These items change depending on the chosen function: There
are different parameters to specify for a digital output than for an analog
input.

DAQPilot will access the actual hardware if it's available. Otherwise, if you
want to add a new task or modify the existing one, you should choose Virtual
Device from the top of the Device list presented on the Select Device and
Channel panel. After a few parameters have been provided or their default values
accepted, you can start an instant test. Based on the values you have entered, a
test panel shows a waveform representing a continuous analog output, for
example.

AD-LOGGER, a new ADLINK turnkey configuration-based datalogging application, is
a good example of how DAQPilot eliminates programming. The DAQPilot
configuration wizard guides you through DAQ board setup. After configuring the
recording options and graph settings, you can start acquiring and viewing data.
AD-LOGGER supports both real-time and historical views of acquired data and can
export to third-party applications such as Excel, NI DIADem, and The MathWorks'
MATLAB.

EXAMPLES

DAQMASTER SOFTWARE DOWNLOAD WINDOWS 10

Because I had previously installed LabVIEW 8.6, I decided to explore some of the
ADLINK LabVIEW examples. Samples of Express VIs and Polymorphic VIs are
provided.

SOFTWARE DOWNLOAD FOR PC

I chose to look at the continuous analog output Polymorphic VI. When the VI is
running, the block diagram is displayed as shown in Figure 2.

DAQMASTER SOFTWARE DOWNLOAD APP

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