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Duration: 12 minutes
Learn how mechatronics technology can help you lower development costs, reduce risk, and produce higher-quality products.
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Duration: 15 minutes
Examine the definition of graphical system design, ways graphical development empowers designers, and the reuse advantage of a common deployment architecture.
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Duration: 19 minutes
Learn how NI PAC technology can help you optimize an existing automation system with advanced measurements, enhance the functionality of a PLC-based control system, or design a new machine control and monitoring system.
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Duration: 15 minutes
Explore the technologies and configuration of a monitoring and measurement system including high-speed signal acquisition, embedded analysis, and signal processing.
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Duration: 19 minutes
Examine high-level file types, such as ASCII and binary, as well as code for simple data logging with an NI PAC and LabVIEW.
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Duration: 17 minutes
Learn the necessary steps to implement a PID algorithm that runs on Compact FieldPoint. Also explore advanced model-based controllers and a comparison between PID and Model Predictive Control.
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Duration: 11 minutes
Add advanced analysis and control functionality (available through NI LabVIEW software and programmable automation controllers (PACs)) to any programmable logic controller in three different ways: digital I/O, OPC, and gateways. Learn about the three different techniques and the advantages and disadvantages of each technique.
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Duration: 20 minutes
Explore two options for developing a new controller - build or buy - and discuss the technical and financial risks associated with both.
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