Control design toolkit in Labview
LabVIEW, which stands for Laboratory Virtual Instrumentation Engineering Workbench, isn't just your run-of-the-mill programming environment—it's a visual programming language ecosystm.
First hitting the scene back in 1986 for the Apple Macintosh, LabVIEW has since become the go-to tool for a myriad of applications, ranging from data acquisition to instrument control and industrial automation. And here's the kicker—it's not picky about platforms. Whether you're rocking Microsoft Windows, tinkering with Linux in its various flavors, or cruising along on Mac OS X, LabVIEW has got your back.
Now, let's talk file extensions. When you're working in LabVIEW, you'll come across files with the extension ".vi". What's that all about? Well, think of it as shorthand for "Virtual Instrument". These ".vi" files encapsulate your LabVIEW programs, ready to be executed and wielded for all sorts of engineering wizardry.
But wait, there's more! LabVIEW isn't just about the core package. It's a treasure trove of Add-Ons and Toolkits, each unlocking new capabilities and functionalities to suit your specific needs.
Keen to explore more? Swing by National Instruments at www.ni.com and dive deeper into the LabVIEW universe. Trust me, it's a journey worth taking! * Control Design Toolkit
If you're venturing into LabVIEW programming, knowing your way around the Control Design Toolkit (CDT) can significantly amplify your capabilities, particularly in control system and dynamic system analysis and design. My first foray was in smoothing and filtering signal input in a DAQ aquisition, something that turned into a fascination with control systems. I hope you have fun too.
If you've used MATLAB before, you'll find that the Control Design toolkit has many equivalent functions. What makes Labview better is the ability to run code fast, unlike Matlab which is great for analysis but not so much for real time control. Labview also boats the interactive tool Control Design Assistant that can be used to create control system designs that can be converted into Labview code if you wish.
Now, how do you get started with CDT? Well, assuming you've got a basic grip on LabVIEW programming, this introduction will walk you through some simple examples. You can easily access and download these examples through hyperlinks provided. These demonstrations cover only the fundamental functions, but fear not! If you're ever lost, you can always turn to the Help menu within LabVIEW or browse the Control Design palette in the Functions palette for guidance.