Here are a few tips on how to ensure the success of your flex PCB design.
Avoiding Common Flexible PCB Errors and Designing for Success
read more
Category: Flex PCBs
9 Drawing Requirements for Flex PCB
To successfully design a flexible PCB, it is important for the designers to have a basic understanding of the flex drawing requirements. In this blog post, let’s take a close look at these 8 drawing requirements: Flex PCB stackup construction and layer order...
A Guide to PCB Stiffeners for Flex and Rigid-Flex
In the PCB assembly, PCB stiffeners are a typical necessity in numerous flex circuit designs. Flexible circuit boards are one of the popular printed circuit boards now on the market. Flex PCBs will fit into the places where we find it difficult to integrate the rigid...
The Advantages of Flex PCBs And Their Applications
Modern electronics manufacturers often face contradictory requirements when integrating complex circuits into a finished application. The product needs to be light in weight, yet durable enough to survive in environments where heat, vibration and moving parts would...
Why Are Flex PCBs Used in Medical Devices and Wearables?
As companies move forward with their plans to contribute to the burgeoning field of health care-related wearables and medical devices, it is imperative to to take into account the unique design requirements inherent to these gadgets.
5 Must-Knows for Your First Flex PCB Design
Flex PCB design requires a slightly different approach than rigid PCBs. While flex PCBs can provide major savings in manufacturing cost as well as reduced space consumption and lower weight compared with rigid, their design must be optimized for their materials and...
Flex and HDI PCBs for the Internet of Thing
Several big trends have converged to make the Internet of Things possible, including advances in PCB design.
6 Flex PCB Design Guidelines and Rules
Tips on ensuring maximum dependability in your flex PCBs.
Case Study: Rigid-Flex PCB Design for an Innovative Helmet-Mounted Display
This flex case study was originally published in PCD&F and Circuits Assembly. It was written by Dr. Dave Cowl who recalled developing a wearable high-speed board with severe timing constraints. The US Air Force engaged HoloEye Systems to create a prototype...