As a professional PCB manufacturer, we have summarized the following PCB stacking design guidelines and precautions in practical applications, hoping to be helpful to most PCB designers.
PCB Stackup Design Guidelines: Best Practices for 2, 4, 6 Layers Read More »
Discover why PCB Immersion Gold (ENIG) is ideal for reliable, lead-free PCBs. Learn its benefits, drawbacks, and manufacturing process in this guide.
What Is PCB Immersion Gold (ENIG) Surface Finish? Benefits and Process Explained Read More »
OSP refers to Organic Solderability Preservative. It is the leading PCB surface finishing coating option used by the PCB industry for protecting Copper surfaces and its features that are exposed from oxidation before the PCB is populated.
What Is PCB OSP Surface Finish? A Comprehensive Guide Read More »
A flexible PCB coverlay provides the same functionality as a solder mask used on rigid PCBs. However, a flexible PCB coverlay offers more durability and flexibility which are very important in the application of flexible printed circuits compared to a solder mask with limited flexibility.
Flexible PCB Coverlay: What It Is & How It Works Read More »
Discover the step-by-step double-sided flexible PCB coverlay manufacturing process, from cost-effective silkscreen printing to precision photo coating. This guide covers materials, challenges, innovations like TPI films, and applications in foldable smartphones, EVs, and medical sensors. Download our free checklist to optimize your FPC production.
Double-Sided Flexible PCB Coverlay Manufacturing Process: A Comprehensive Guide Read More »
High-reliability PCB can play a stable carrier role and realize the long-term and stable operation of PCBA, thereby ensuring the safety, stability, and service life of end products, and enterprises can enhance competitiveness, improve reputation, expand market share, and improve economic benefits.
Rigid-flex PCBs combine durability and flexibility, offering up to 50% cost savings and reliable performance for compact electronics. Discover their advantages and applications in medical, aerospace, automotive, and more with JHYPCB’s expert insights.
Rigid-Flex PCB Benefits and Applications Explained Read More »
PCBs play a vital role in modern electronics, connecting components and creating functional devices. While rigid and flexible PCBs share similar basic functions, they differ significantly in materials, design, and applications. This article explores the key distinctions between rigid and flex PCBs, shedding light on their unique advantages, limitations, and suitable use cases.
Flexible PCB stiffeners enhance durability and performance in modern electronics. This guide from JHYPCB explores their benefits, materials like FR4 and polyimide, and applications in 5G, medical, and aerospace designs. Learn how to choose the right stiffener thickness, avoid common mistakes, and optimize your flexible PCB with expert insights. Discover more today!
PCB design is a complete and rigorous process system, and PCB manufacturing is another set of sophisticated production and processing systems.
A Free Software for PCB Design for Manufacturing or DFM Analysis Read More »
