Lisa's Column
HOW TO OVERCOME CHALLENGES OF A RIGID-FLEX PCB DESIGN
Designing rigid-flex PCBs involves addressing several unique challenges to ensure that the final product performs reliably under intended condition...
FLEX & RIGID-FLEX PCBS: MASTERING CONTROLLED IMPEDANCE AND SIGNALS
In the design of flex and rigid-flex PCBs, maintaining controlled impedance and signal integrity is essential due to the high-speed nature of many ...
To Design For Rigid/Flex Printed Circuit Boards
Combining all of the aspects of a flex circuit with a rigid board that is making full use of HDI techniques is one of the breakthroughs of our time...
6 REPRESENTATIVE RIGID-FLEX BOARD CONSTRUCTIONS
Rigid-flex boards are a combination of rigid and flexible circuit technologies, offering unique design flexibility for various electronic applicati...
Why Flexible circuit boards need stiffeners ?
Flexible circuit boards often require stiffeners to provide structural support and enhance durability in electronic assemblies. Here are a few reas...
7 Must-Knows for Your Flex PCB Design
When designing Flex Printed Circuit Boards (PCBs), there are several critical factors to be aware of to ensure the reliability and functionality of...
13 Common DFM Mistake in Rigid-Flex PCBs and Techniques to Avoid Them
Design for Manufacturability (DFM) is a pivotal practice for ensuring the reliability and manufacturability of rigid-flex PCBs. These types of PCBs...
PCB Design in the Medical Industry: Our Best Rules
PCB Design in the Medical Industry: Our Best Rules
Printed circuit boards have assumed critical importance for electro-medical applications. Th...
Avoiding Fractured Traces in Flexible Circuit Boards
Although some customers believe otherwise, PCB Trace suggests that flex circuits are not indestructible. As with any product containing a metal par...
How to design and reinforce the Rigid Flex PCB
Rigid Flex PCB is a kind of PCB circuit board that combines soft board and hard board. In terms of design, it is very different from soft board des...