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Every year, we like to take a look back at the most popular SMT007 news, articles, interviews, and columns. These are the top 10 most-read SMT007 articles from the past year. Check them out.
We expect a lot from our products, especially our electronic products. Think about it: cellphones, wearables, medical devices—for some reason we think they should still work after being immersed in liquid, left outdoors in freezing temperatures or dropped on concrete from a standing position.
As new and innovative technology continues to evolve on a daily basis, the need for electronic components has reached unprecedented levels, with passive manufacturers in particular among those struggling to cope with demand. Electronic component shortages are now such an issue that many OEMs are predicting their forecasted growth for 2018-2019 will be thwarted if they are unable to source the parts they need.
After many months of planning, IPC APEX EXPO 2018 proved to be a success. From revolutionary advancements displayed on the show floor to expert insights conveyed in technical conference sessions and professional development courses, IPC APEX EXPO provided the learning and connections that helped 4,574 attendees from 43 countries prepare for the future.
The electronic component market is in poor shape (again) and the sooner you face this fact, the sooner you can put plans in place to mitigate the risk to your business. Electronic component shortages are once again causing OEMs and EMS providers a real headache. Here's a look at the current state of the market, and seven ways in which you can work closely with your EMS provider to make the best out of a bad situation.
At this year’s CES, they announced the launch of an extended reality (XR) reference design for the next generation of XR headsets. As the “sketch-to-scale” solutions provider, as they describe themselves, that designs and builds “intelligent products for a connected world,” they have now introduced an augmented reality (AR or, as we now call it, XR) reference design to reduce time to market for companies wishing to make and market XR devices.
There are a variety of reasons behind pads getting "lifted" completely or partially from the laminate of a PCB. Per the just revised IPC-A-610 Revision G, a defect for all three classes occurs when the land is lifted up one or more pad thicknesses. Lifted pads can occur when a device has been improperly removed or there is a manufacturing defect in the board construction. In any case, as with any repair, the ultimate decision on the ability to repair the pad lies with the customer.
What is coming in 2018 is not a single master Industry 4.0 solution as people may expect, but rather the opportunity for everyone in the industry to play their part, re-evaluating what can be done in their processes or products to take maximum advantage of the new CFX-fueled Industrial IoT environment.
Ever-increasing demand for more complex boards that have higher densities of components means more challenges for SMT assembly operations and yields. Smaller component sizes and more densely packed PCBs lead to more powerful designs in much smaller product packages. These advancements have spurred a new set of challenges in building smaller and more complex assemblies.
When considering implementation of Industry 4.0 solutions, following the hype in the market, attention typically is focused on the need for communication between machines on the shop-floor. Knowing what is currently executing and the status of each process in the factory, as well as all the related resources and support operations, provides critical information for Industry 4.0 computerized management systems.
The IPC Connected Factory Exchange (CFX) live demo at this year's IPC APEX EXPO show in San Diego, California highlighted how the CFX standard will enable manufacturers to track their efficiencies better, prevent issues even before they happen, and make adjustments wherever needed.