Design Decisions: Understanding the Value of Integrated System Design
This diesel engine emission control module manages fuel, air atomization, and air purge functions. Integrated into this assembly are two solenoid valves, two pressure regulators, three pressure transducers, a fuel injector, and precision orifice. The compact design and simplified mounting provide a distinct advantage over having to connect and mount individual components on a truck chassis.
Mr. Fleischer, thank you for a good white-paper blog. You did not make it an advertisement for your company or products. Granted, the image shown was likely your product, but it in no way sold that product or even identified it. It was a good example of integrated system design.
It is certainly true that for many systems that utilize either hydraulics, or pneumatics, that using a manifold for some of the interconnects can provide a much more compact system that is both more reliable and less expensive. In fact, this holds true for both mass production and one-off systems, which is unusual. Of course the down side is that the system must be defined prior to the manifold being designed, since most manifolds are difficult to revise. But once a system is accurately defined a well designed manifold will usually provide a cost reduction, and almost always provide better reliability.
The age of touch could soon come to an end. From smartphones and smartwatches, to home devices, to in-car infotainment systems, touch is no longer the primary user interface. Technology market leaders are driving a migration from touch to voice as a user interface.
Soft starter technology has become a way to mitigate startup stressors by moderating a motor’s voltage supply during the machine start-up phase, slowly ramping it up and effectively adjusting the machine’s load behavior to protect mechanical components.
Despite the astronomical benefits offered by 3D modeling, it is quite surprising that nearly 75% of the manufacturing industries still perform design operations using 2D CAD systems. What is the reason that keeps companies hesitant from adopting 3D technology?
Energy harvesting in particular seems to be moving at an accelerating pace. We now seem to be at a point where it is possible to run low-power systems primarily from energy harvesting sources. This is a big shift from even just a couple of years ago. Three key trends seem to have accelerated this dramatic shift.
ABI Research, a firm based in the UK that specializes in analyzing global connectivity and other emerging technologies, estimates there will be 40.9 billion active wirelessly interconnected “things” by 2020. The driving force is the usual suspect: the Internet of Things.
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