![]() You should always use Help (via right-clicking on the function block) to get information about these parameters before you use the function in your program. Each function has several input parameters or arguments. Chapter 2 of this document list all functions available in the Control Design Toolkit. You can search for a function via the Help menu in LabVIEW or just browse for it on the Control Design palette in the Functions palette in LabVIEW. The LabVIEW PID Control Toolset is covered by one or more of the following. Only the basic functions are demonstrated. ni.com/legal/patents for the most current list of patents covering this product. The introduction is based on simple examples - all downloadable via hyperlinks. (LabVIEW is produced by National Instruments.) It is assumed that you have basic knowledge about LabVIEW programming. Reading models from file 3.8 Getting information about a model 3.9 Converting Control Design models to/from Simulation Module models 4 Connecting models 4.1 Series connection 4.2 Feedback connection 5 Calculating transfer functions from state-space models 6 Discretizing continuous-time models 7 Simulation (time responses) 8 Frequency response 9 An application: Control system analysis and simulation 1 Preface This document gives an introduction to the Control Design Toolkit version 2.0 for LabVIEW 7.1. Introduction to LabVIEW Control Design Toolkit 1.0 by Finn Haugen JanuFreeware! Contents: 1 Preface 2 The contents of the Control Design Palette 3 Creating models 3.1 Creating continuous-time (s-)transfer functions 3.2 Creating discrete-time (z-)transfer functions 3.3 Creating continuous-time state-space models 3.4 Creating discrete-time state-space models 3.5 Standard transfer functions 3.6 PID controllers 3.7 Writing models to file.
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