Common PCB design errors include layout issues, schematic mistakes, and manufacturing challenges, which can be avoided by using design rule checks, collaborating with manufacturers, and employing simulation and testing tools to ensure functionality and reliability.
How to Prevent Common Mistakes in PCB (Printed Circuit Board) Design Read More »
By 2030, electronic components will account for 50% of smart electronics costs, prompting a shift from traditional processing to laser cutting for flexible circuit boards (FPCs), which offers precision and reduces manufacturing challenges in the evolving landscape of lightweight, miniaturized electronic devices.
Is a laser cutting machine necessary for flexible circuit boards? Read More »
Rigid-flex boards combine the benefits of flexible and rigid PCBs, enhancing product performance and reliability while posing challenges like higher costs and complex manufacturing.
Comparative Analysis of Soft and Hard PCB: Advantages and Disadvantages Read More »
Partially buried daughter board technology reduces material costs in multi-structure PCB manufacturing, yet challenges like processing bypass difficulties, alignment issues, glue overflow, and board warping persist. This article proposes solutions such as improved daughter board corner alignment, precise copper cutting to control overflow, and optimized laminate structure to mitigate warping, aiming to enhance product quality and yield amidst rising raw material prices.
Manufacturing Process of Locally Buried Daughter Board PCB Read More »
The advantages of PCB flexible circuit boards include improved space utilization, product design flexibility, reduced assembly processes, enhanced reliability, and higher assembly reliability. These boards are designed to meet the requirements of miniaturization and mobility in electronic products, offering excellent electrical properties and cost-effective solutions for various applications. Flexible circuit boards offer flexibility, reliability, and cost savings for complex circuits and special performance requirements.
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.