Comprehensive data acquisition and analysis software
Multi screen monitoring
>Multi screen simultaneous monitoring and management of equipment operation status
>The new screen is easy to create and can be directly realized by dragging the interface
Efficiency&Performance
>Easy to operate
>Increase work efficiency and greatly shorten the time from experiment setup to experiment report
>High performance operation based on 64 bit system development
OXYGEN-NET multiple synchronous tests
>Local measurement and multiple distributed measurement can be realized, and single channel sampling is 10S/s to 10MS/s,
>Support hundreds of channels
>Balance CPU computing usage and data storage of each device
>Simple operation of equipment synchronization
>Data transmission and remote channel settings
Simultaneous storage/playback/analysis
Use the special DejaView function to allow playback and analysis of data saved since the experiment in the data storage process. This is very useful for long-term continuous storage experiments.
While reviewing data, real-time data can also display real-time waveform and data through other windows.
Record&Storage
The data display of up to hundreds of channels can be flexibly edited through multiple test screens, and all channel data can be continuously stored.
Automatically capture abnormal data through trigger function.
Long time data can be divided into multiple data files. Direct data storage hard disk can realize long-term continuous storage of all data channels:
>Voltage
>Current
>Temperature
>Pressure
>Acceleration
>Electric bridge
>Multiple other signals
Show&Analyze
Diversified precision test systems and various analysis and display tools make the test results more valuable:
>Oscilloscope
> FFT
>Power parameter calculation (including efficiency calculation)
>XY recorder
>Strain rosette
>More
Dynamic signal analysis
OXYGEN software provides a variety of dynamic signal analysis tools, the most important of which is the gapless FFT function (including overlap rate), both of which use our high-performance FFT algorithm
>Spectrum diagram display
>Average spectrum, improve line resolution through zero filling, power spectrum density (PSD)
Online/offline mathematical operation
The mathematical channel can be saved in the test file for online mathematical operation of the test, or the saved data file can be mathematically operated in the analysis mode
>It includes various mathematical operations of logic language and trigonometric function.
>IIR filtering (low pass, high pass, integral, differential)
Data export
OXYGEN can export test data into multiple data formats so that customers can use third-party software for data processing.
Data types supported for export:
> TXT, CSV
> XLSX
> Matlab
> MDF4
Experimental report
Experiment reports can be generated in the following ways
>Edit and print the report directly in Oxygen software;
>Export to general software, such as Excel;
>Export to third-party analysis software, such as Matlab;
>Oxygen data can be directly opened using FlexPro and FAMOS
Power analysis
The POWER function option is used for power test and analysis. The software has a variety of built-in wiring diagrams, such as (1P2W, 3P3W, 3P4W,...) Users can easily and flexibly define the power connection mode. The software adopts unique gapless calculation and supports a wide fundamental frequency range (0.2~200KHz).
>OXY-OPT-POWER-BASIC basic power test version
>OXY-OPT-POWER-ADV power test advanced version, used for complex power test analysis such as harmonics, flicker, etc.
ADAS
OXYGEN's ADAS function supports simultaneous acquisition of multiple inertial navigation gyroscopes. It can calculate the relative position, speed and other parameters of each target in the ADAS system, and display visual information such as track and position on the map.
>OXY-OPT-IMU-x plug-in for IMU test
OXY-OPT-BIRDSEYE-x plug-in for parameter calculation and map visualization display
Data output
Oxygen software provides a variety of data output and test control options for bench test applications:
>SCPI communication through network port, standard configuration in Oxygen software
>OXY-OPT-XCP-OUT, XCP communication based on network port
>OXY-OPT-DATASTREAM transmits test data in real time through TCP/IP
>TRION Ethercat, for EtherCAT data transmission
Data input
In addition to analog signal and digital signal input, Oxygen can also read and record data through a variety of interfaces to obtain and store various complex test signals
> XY-OPT-ETHERNET-REC
Receive UDP format data from third-party software or sensors
> OXY-OPT-CAN-FD for
Get CAN-FD data from third-party hardware
software framework
Customers can easily develop their own test software through the customized software framework provided by Dewei Chuang.
Features of test&measurement software prototype framework:
The software framework provided by DVC is the prototype of test and measurement software, which is composed of various pre-processing modules with different functions, and can be used as the basis for software development of customized projects. If customers need additional software functions, they only need to spend a small amount of work to create or modify from existing modules. Users can fully develop according to the experimental requirements to obtain most Functions and software suitable for your experimental requirements.
>Reasonable software layout and functions
>Greatly reduce the cost and time for customers to develop software - just add missing functions to the software
>Simplify software, avoid unnecessary software functions, optimize software performance and make it easy to operate
>Multilingual
>Remote control
>Can be used for measurement and control (input and output)
>Easily integrate third-party hardware and sensors
>Open source code, which can modify existing software modules
>For other software functions, provide templates with source code
It is flexible and simple, and can be created by DWICH, dealers or customers themselves
LABVIEW ™ drive
All the hardware of DVC can be perfectly compatible with NI LabVIEW ™.
Labview interface
DVC provides a comprehensive Labview database for all hardware, which can be directly called by Labveiw in the form of VI. This allows you to directly call the DVC hardware into existing programming files or apply it to the development of new software
DASYLAB drive
DVC provides DASYLab solutions for some models of signal acquisition modules.
TRION ™ Series board DAQP module
DASYLab supports DAQP and PAD series amplifiers and can simultaneously collect analog signals, counter signals and digital signals.
TRION ™ Series board, only supports TRION-1620-ACC and
TRION-1620-LV, and can only support analog signals with isolation.
> TRION-1620-ACC
> TRION-1620-LV
>DAQP series conditioning amplifier
> PAD/EPAD
Software Development Kit SDK
Devtrong can provide customers with an SDK development kit for TRION boards, which supports C, C++, C #, VB, Python and Java languages. Users can develop their own test software based on this kit.
Software Development Toolbox
The SDK of the TRION board will be attached with some necessary data interface files for C/C++(. h -) and program language programming similar to Delphi (. pas -).
The above files can be directly called and written into the customer's own software program to complete the software development work. However, the software secondary development we support is not limited to this. The DVC device can indirectly support more programming languages, because all public interface functions can use the "std call" calling convention.
data type
All public interface functions accept the following basic data types:
>32-bit integers and pointers to 32-bit integers
>64 bit integers and pointers to 64 bit integers
>Pointer to zero terminated ASCII string
(Unicode/wide string is not supported)
All public interface functions can be accessed using standard C language. Therefore, any programming language that meets the above conditions can use APIs to complete software development
No hardware development
For users using TRION series boards, an application called DEWE2 explorer will be installed through the API (standard software for each DEWE2 device). In addition to providing detailed hardware information, the application also allows users to perform hardware self-test, provide error and fault information, and use the application to easily upgrade the firmware of the TRION board.
DEWE2 explorer can also create virtual hardware, so programmers can also develop software without real hardware.
