High-Speed PCB DesignThe importance of PCB design for high-speed circuit boards is becoming more apparent as the demand for electronic devices that are faster and more complicated increases High-spe
Best Practices for High-Speed PCB Design – Engineering Expertise – Wellcircuits Read More »
PCB copper issues, such as poor adhesion and copper lifting, arise from process defects, substrate compatibility problems, and design flaws, while substrates are classified based on materials, flame retardancy, and resin types.
Factors Contributing to PCB Copper Rejection and Classification of PCB Substrates Read More »
The PCB industry is increasingly adopting industrial robots to address labor shortages, reduce costs, and improve efficiency, with gradual automation from single-station setups to fully integrated systems, though challenges like non-standard products and workspace limitations remain.
What are the future trends in PCB circuit board manufacturing? Read More »
The assembly layer in PCB design defines the physical size and placement of components for automated assembly, while the silk screen layer provides reference marks and component outlines for manual assembly.
Have you overlooked the common terminology used in PCB design? Read More »
Various aspects of PCB design, including the relationship between line width, via size, and current capacity, the importance of converting PCB files into GERBER format for manufacturing, techniques for improving routing efficiency, adding Chinese characters to PCB files, routing requirements for DDR memory modules, and addressing issues with floating copper after automatic routing.
Essential Considerations for Effective PCB Layout Design Read More »
The global electroplating PCB industry is rapidly growing, driven by the need for advanced hole filling solutions like electroplating to enhance electrical performance, heat dissipation, and via stacking, with key factors such as anode type, cathode-anode distance, current density, and substrate material influencing the process.
A printed circuit board (PCB) is a crucial component in electronic devices, made from insulating material with conductive patterns that connect various electronic components, and its production involves complex processes and numerous challenges.
FPC connectors, made from flexible materials for easy bending and folding, are primarily used to connect LCD displays to driving circuits in various electronic devices, with a trend toward miniaturization and integration in mobile technology.
Introduction to FPC Connectors: Understanding Flexible Printed Circuit Connectors Read More »
The high-frequency PCB manufacturing guidelines cover component arrangement, signal layout, electromagnetic interference prevention, thermal interference suppression, and placement of adjustable components.
PCB Factory Guidelines for High-Frequency Board Layout Read More »
This article compares two PCB half-plug techniques, evaluating their impacts, pros and cons, and providing guidance for manufacturers on optimizing half-plug production processes.
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.