Elizabeth, nice article on a product that clearly will be very useful. One aspect this brings to mind, though, is the specificity of the solution. Many vendors have microcontrollers that can be used for motor control, among other uses. I wonder what it would take to design a software package that could be more general.
Yes, Lou, I see what you mean and that's a good idea. I am sure there already is something out there, but I just haven't reported on it or know about it. I can't imagine TI or another microcontroller provider doesn't have something for general for this type of programming.
Good point, Naperlou. TI has come out with a product that follows the trend of making complex industrial control tools less complex for the user. This not only speeds set up, it brings complex within reach for manufacturers who don't wish to hire an army of programmers.
Very interesting that TI is expanding its software development tools for motor control. That probably bodes well for advanced motor control in a wide range of volume applications. They are among a small group of semiconductor companies in the unique position to provide motion solutions, especially with growth in sensorless, variable load and three-phase motor systems.
True, Al, I think this type of software is going to become more important to designers of components and industrial systems, and market leaders like TI should be taking this kind of initiative to make motion-control development easier.
I'm just amazed at how far some of these tools have come. I was talking to one of our interns the other day and he is finishing up his degree in MECHANICAL engineering. He actuallly had to take a class in motion control and develop software for it. I couldn't understand how that would have been part of his curriculum, but apparently most of the software he was using was plugging blocks together. A bit different from what I had....
Jack, I've recently been running into more engineering programs that offer an electromechanical engineering degree. I think it's a good idea. It busts the walls down and makes engineers on both sides -- electrical and mechanical -- aware that they can't "throw designs over the wall."
It kind of reminds me of when companies like Microsoft and Adobe started putting out tools for software developers that helped writers of code and designers of interfaces and graphics--the two sides of the software equation--understand each other better, Chuck. I think these types of tools will help different kinds of engineers also collaborate more intuitively and effectively.
It seems like a complex task, to be sure! I guess it doesn't help when engineers have different sets of priorities and different ways of approaching the problem, which is how it was back in the app-dev days I mentioned. Hopefully software like this can help.
Motion control is definitely becoming more integral to different aspects of engineering, Jack, it's true, and it will be important to have these skills in the future. This is why tools like what TI is offering are so important; I expect we will see more of the same from other top vendors in the future as well.
Most of the new 3D printers and 3D printing technologies in this crop are breaking some boundaries, whether it's build volume-per-dollar ratios, multimaterials printing techniques, or new materials types.
Independent science safety company Underwriters Laboratories is providing new guidance for manufacturers about how to follow the latest IEC standards for implementing safety features in programmable logic controllers.
Automakers are adding greater digital capabilities to their design and engineering activities to promote collaboration among staff and suppliers, input consumer feedback, shorten product development cycles, and meet evolving end-use needs.
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