Designing with Ultra-Thin, Flexible Printed Circuit Boards （chapter two ）
Uses of Flex CircuitsDesigners shape flex circuits to fit where it’s im...
Designing with Ultra-Thin, Flexible Printed Circuit Boards （chapter one ）
Space savings, greater reliability, low mass, and high ductility are some of ...
Something about Designing Flexible Printed Circuit Boards
Designing Flexible Printed Circuit BoardsGeneral purpose flexible circuit boa...
FLEX & RIGID-FLEX MANUFACTURING PROCESS
Below you will find our rigid-flex manufacturing process. Including, material...
Do’s and don’ts in flexible-circuit design （ Chapter two ）
Flexible circuits bent over 90° are subject to much higher compression and t...
Do’s and don’ts in flexible-circuit design （ Chapter One ）
Aflexible printed circuit is as much a mechanical device as it is an electric...
Who Uses Flexible Printed Circuit Boards?
As electronics and most other consumer items get smaller in size, flexible pr...
Rigid-Flex PCB Design: Benefits and Design Best Practices
This article will discuss what rigid-flex PCBs are, the advantages of using t...
Rigid vs. Flexible PCBs: Which One is Best for Your Next Project?
Learn about rigid PCBs vs. flexible PCBs, when it's better to use one typ...
Produce your own single-sided flexible printed circuits using a solid ink pri...
What It Takes to Manufacture Flexible PCBs
What It Takes to Manufacture Flexible PCBs?For every flexible circuit board m...
The Benefits of Flexible Printed Circuit Boards
Flexible printed circuit boards and rigid flex circuit boards are highly dura...
