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Good troubleshooting techniques involve considering a system as individual parts rather than as a whole. The same techniques apply to your work with multi-board PCB designs. Each board consists of a single unit that has its own lifecycle. Some product designs may use a single PCB design for multiple functions or for multiple devices. Others may interconnect multiple PCB designs to produce a complete, fully functional system.
On March 31, Dr. John Mitchell, IPC president and CEO, gave Barry Matties an update on the industry response to COVID-19 since their conversation on March 20. Mitchell provides an overall update on the industry, commending U.S. manufacturers for their proactive responses.
In this video interview from the show, Technical Editor Pete Starkey and Jesse Ziomek, VP of sales for DIS, discuss how the company achieves ultimate accuracy in layer-to-layer registration, not just in rigid multilayers, but also in flex and rigid-flex builds. Jesse also comments on keeping technology exciting enough to attract young engineers into the industry.
In this audio interview, Nolan Johnson gets an update from Dan Beaulieu, a 40+ year veteran of the electronics manufacturing industry and an industry consultant for 25+ years. Dan shares an update on current business operations for D.B. Management, including how—like his clients—he may be at home, but it's still business as usual. Dan also offers his perspective on how our industry will weather and emerge from this challenging time.
There are many types of connectors and termination methods available when designing a flexible circuit. One of the most common is the zero insertion force (ZIF) connector. The reason why the ZIF connector is so popular is that they eliminate the requirement for an added connector. They create a direct connection from the circuit to the mating connector reducing overall weight and cost. Here are a few general facts about ZIF connectors.
