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Smart Textile Integration with Flex PCBs

08/10/2026 | Anaya Vardya, American Standard Circuits
The idea of clothing that monitors your health sounds like science fiction. It is not. Flex PCBs, integrated with conductive yarns and polymer substrates, are turning ordinary fabric into diagnostic platforms and turning your shirt into a medical device. The implications for healthcare, athletics, and workplace safety are profound. The fundamental engineering challenge of wearable electronics has always been the interface between two incompatible worlds: the rigid, planar world of conventional electronics and the soft, stretchy, washable world of textiles. Early smart garments solved this by simply attaching a rigid sensor pod to clothing, which was functional but bulky and uncomfortable. Flex PCBs collapse that boundary.

Global Electronics Association Brings IPC Builds Standards Development Event to Paris

08/06/2026 | Global Electronics Association
The global electronics industry will gather in Paris this September to help shape the standards that define how electronics are designed, built, tested and trusted worldwide.

AS9100D and PCB Fabrication: What Supplier Quality Should Evaluate

07/28/2026 | Ryan O’Connor, SOMACIS
When a supplier quality engineer supporting aviation, space, or defense programs reviews a new PCB fabricator, one of the first checkpoints is simple: Is the AS9100D certificate current? That is an appropriate starting point. In regulated aerospace environments, configuration control, traceability, corrective action, and internal audit discipline are not optional. The standard establishes the quality management structure that those programs depend on. The more consequential evaluation begins after certification is confirmed. In multilayer and rigid-flex fabrication, performance reliability is shaped by how engineering review and process controls are executed day to day.

Elementary, Mr. Watson: Controlled Impedance—When ‘Connecting the Dots’ Stops Working

06/11/2026 | John Watson -- Column: Elementary, Mr. Watson
Signal integrity follows physics that are consistent, predictable, and fully explainable. But those rules don’t show up in the schematic. Instead, they live in the electromagnetic fields around the traces, in the stackup, and in the relationship between conductors and their return paths. The authors weren’t claiming black magic; they were calling out how it feels until you learn what’s going on. The fact that they said it more than 30 years ago only reinforces how fundamental and enduring these concepts really are.

Beyond Design: How Signals Survive the Hostile PCB Environment

06/03/2026 | Barry Olney -- Column: Beyond Design
Modern digital signals exhibit behavior more characteristic of RF waveforms than the slow logic transitions of the past. With fast rise times, a PCB is no longer a collection of copper traces, but a distributed electromagnetic system. Successful design isn’t about routing signals anymore; it’s about engineering transmission lines, preserving uninterrupted return‑current paths, and controlling the resonant structures that naturally form within the multilayer PCB.
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