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The branches of military services continue to counter threats by shifting from boots on the ground to more technical solutions that do not require additional personal. The combat environment requires designs that require faster decisions and more rapid processing, rugged displays to withstand 120°F outside temperatures, extreme cold, blowing sand, and abnormal mechanical forces like the shock and vibration in a helicopter; they have to be smaller, lighter-weight, and extremely reliable.
A revolutionary concept in multilayer press technology has been developed that uses electromagnetic energy to heat the existing stainless-steel separator plates with a never-before dreamed-of accuracy and precision. The heating and cooling systems—embedded within a robust hydraulic press inside a vacuum chamber design—are controlled using a temperature feedback loop that guarantees perfect fidelity between the press recipe and the press result.
It’s fall, and students are heading back to school. Will you be joining them? IPC offers many opportunities for continuous learning, enabling you to enrich your career and increase your value to your...
The best way to work with your PCB vendors is to treat them as strategic partners. This means not only sharing your current needs but your future ones as well. I know that this requires a great deal of trust on your part as well as...
I have helped a lot of companies develop their brand, and I believe the best way to get started is to find their story. It’s always there; you just have to find it. It reminds me of the Michelangelo anecdote that claims he was...
Asleep at the Wheel? by Nolan Johnson
Chinese Review: The 2018 NTI-100 Top Global PCB Fabricators by Yonglin Gong
The Laminate Market: What Will the Future Bring? by Raymond Goh
Multilayer Press Technology Using Magnetism to Produce Lamination Heat by Víctor Lázaro Gallego
Solder Mask Tack Dry by Nikolaus Schubkegel
Vertical Conductive Structures, Part 4: Tuning Your Signal Performance by Joan Tourné
