Data acquisition softwares
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This document discusses data acquisition software. It describes the purpose of data acquisition systems as measuring physical phenomena and outlines their typical components, including transducers, signals, conditioning hardware, data acquisition devices, and driver/application software. The architecture of data acquisition systems and software is explained. National Instruments' DAQ driver software and supporting applications like LabVIEW and Measurement Studio are covered. MAX software is described as a tool for configuring and testing devices. Finally, LabVIEW is introduced as a graphical programming software for creating virtual instruments with front panels and block diagrams.
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The document discusses data acquisition systems. It defines data acquisition as the process of sampling real-world signals and converting them to digital values. A data acquisition system consists of sensors, DAQ hardware, and software. The key components are sensors that measure physical variables, signal conditioning hardware, analog-to-digital converters, and software for processing and analysis. Data acquisition systems are used widely in industries for measurement and control applications.
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Data acquisition systems capture and measure physical phenomena like temperature, pressure, and light and convert them into electrical signals that can be processed by a computer. The key components are transducers that convert physical values into electrical signals, signal conditioning hardware to prepare signals for measurement, and data acquisition hardware and software for measuring and analyzing the data. Data loggers are portable electronic devices that record data over time from internal or external sensors and instruments to internal memory for later retrieval. They are used in various applications like environmental monitoring and machinery performance testing.
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Data acquisition involves sampling signals from physical processes, converting the analog signals to digital numeric values, and processing the data with a computer. Data acquisition systems typically use transducers to sense physical variables and convert them to electrical signals, condition the signals for analog to digital conversion, and convert the signals to digital formats for computer processing, analysis, storage and display. Signal conditioning improves signal quality and may include amplification, isolation, filtering and linearization. Analog to digital converters change analog voltage or current levels into digital values that computers can process.
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Data acquisition involves transforming physical phenomena into electrical signals that are measured and converted into digital format. A data acquisition system includes sensors, signal conditioning hardware, acquisition hardware, and a computer. Sensors convert physical values into electrical signals, which are conditioned and acquired before being sent to a computer for processing and storage. Common computer interfaces for data acquisition boards include serial and parallel ports, as well as PCI and EISA buses.
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A data acquisition system collects data from sensors, conditions and digitizes the analog signals, and stores or displays the digital data for analysis. It consists of transducers that convert physical parameters to electrical signals, signal conditioners that prepare the analog signals for processing, an analog multiplexer that selects different sensor signals, an analog-to-digital converter that converts the signals to digital values, and recorders, displays or a computer that receive the digital output for storage, visualization or further processing. The system provides accurate, fast and reliable conversion and collection of sensor data with minimal downtime for analysis and monitoring of processes.
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This document discusses data acquisition systems (DAS). It begins with an introduction that defines DAS as the process of sampling real-world physical conditions with sensors and converting the analog signals into digital values. The document then outlines the topics to be discussed, which include the objectives, block diagram, methodology, hardware/software, merits and demerits of DAS. It provides details on each of these sections, describing the components and functions of DAS. The document aims to explain what DAS is and how it works to convert physical measurements into digital values that can be analyzed by computers.
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Data acquisition system
One of my friend has given a best information regarding DAS (data acquisition system) through this slides/ presentation.
This contains the information about various components of DAS.
Enjoy it,like it.
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1. Data loggers are devices that record data over time from electrical sensors. They allow monitoring and recording of temperature, humidity, and other variables remotely and automatically without someone present.
2. A data logger works by connecting sensors to a microprocessor that records the sensor measurements in a database. It can record data 24/7 and at frequent, regular time intervals for applications like monitoring industrial processes, environmental conditions, vehicle testing, and more.
3. Advantages of data loggers include monitoring dangerous or remote areas without someone present, accurate frequent recordings without human error, and collecting data continuously for long periods. Disadvantages include upfront equipment costs and potential data loss if equipment fails between recording intervals.
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Data acquisition softwares
- 2. THE PURPOSE OF A DATA ACQUISITION SYSTEM • To measure a physical phenomenon such as light, temperature, pressure, sound, etc. • The building blocks of a Data Acquisition system Transducer Signal Signal Conditioning eXtensions for Instrumentation (SCXI) Data Acquisition (DAQ) device Driver level and application level software 2
- 3. ARCHITECTURE OF DATA ACQUISITION SYSTEM 3
- 5. ARCHITECTURE OF DAQ SOFTWARE 5
- 7. NI - DAQ • Driver level software DLL that communicate with DAQ device • Supporting National Instruments softwares National Instruments LabVIEW National Instruments Measurement Studio • Supporting 3rd party languages Microsoft C/C++ Visual Basic Borland C++ Borland Delphi 7
- 8. MAX • Measurement & Automation Explorer • MAX provides access to all your National Instruments DAQ, GPIB, IMAQ, IVI, Motion, VISA, and VXI devices • Used for configuring and testing devices • Functionality broken into: Data Neighborhood Devices and Interfaces Scales Software 8
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- 10. WHAT IS VIRTUAL INSTRUMENT-VI ??? • Simulate a Virtual Instrument • Versatile • It is stored as … 10
- 11. WHAT IS VIRTUAL INSTRUMENT-VI ??? •Front Panel Controls = Inputs Indicators = Outputs •Block Diagram Accompanying "program" for front panel Components "wired" together Input Output 11
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Editor's Notes
- These five components helps to bring the physical phenomena you want to measure into your computer for analysis and presentation. Data Analysis (Statistics, FFT, DSP, etc.) Data Presentation (Graphing, Plotting, Tabulation, etc.)
- The final component of a complete Data Acquisition System is the software. Thers are different levels of DAQ software that are used to program DAQ device. The three levels are NI-DAQ, Measurement & Automation Explorer (MAX), and LabVIEW.
- Advantage – flexibility Disadvantage - complexity
- The proccess of physical phenomena turning into a binary number with the Analog-to-Digital Converter on our DAQ device. The lowest level of software is NI-DAQ. NI-DAQ is the software closest to DAQ device, and LabVIEW is the software that is closest to the user. MAX (Measurement & Automation eXplorer) lies between LabVIEW and NI-DAQ.
- NI-DAQ is a driver level software that communicates with your National Instruments DAQ device. The main component of NI-DAQ is a DLL called nidaq32.dll. The nidaq32.dll contains function calls for programming your National Instruments DAQ device. It is important to note that you cannot use NI-DAQ with 3rd party Data Acquisition devices. The vendor of the device will have to provide you with a driver specific to their device. The 3rd party driver is usually a DLL that can be called from LabVIEW.
- The next level of software is called Measurement & Automation Explorer (MAX). MAX is a software interface that gives access to all of your National Instruments DAQ, GPIB, IMAQ, IVI, Motion, VISA, and VXI devices. MAX is mainly used to configure and test your National Instruments hardware
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