Industries Served: Medical
Today’s medical devices need to be smaller than ever. To meet this demand for miniaturization, medtech manufacturers need to package their electronics so that they can fit within a small form factor.
See MoreIndustries Served: Aerospace
As advances in aerospace technology lead to better and more capable planes, helicopters, missiles and unmanned flight vehicles, aerospace electronics systems are exposed to unprecedented levels of vibration and shock.
See MoreIndustries Served: Military
Because they can withstand repeated shock and vibration, rigid flex circuits have long been used in military applications. Recent technological advances in unmanned vehicles, weapons systems, camera systems have only driven further growth in rigid flex applications in the military sector.
See MoreIndustries Served: Industrial and Commerical
Commercial and industrial electronics can be subject to high vibration and shock environments. To strengthen the performance and improve the reliability of their products, many electronic manufacturers now rely on rigid flex printed circuits to connect circuit boards and components.
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The Differences Between Rigid, Flex, and Rigid-Flex Printed Circuit Boards
by Bob Burns, September 10, 2019Printed circuit boards (PCBs) connect electrical components together using discrete wiring, resulting in a complete and functional unit. PCBs can be as simple as one or two layers of copper circuits, but are far more likely to have many layers of circuitry. The layers are necessary for the designer to “route” all of the circuits between […]
Read MoreHow to Choose the Right Rigid Flex PCB Manufacturer
by Bob Burns, August 27, 2019How you package your electronic device is one of the more critical decisions you can make as a designer. There are times when a conventional hardboard is the best, most robust solution at the lowest possible cost. Then there are times when a flexible circuit will provide you with greater creative control in your design […]
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