What key differences should you keep in mind between prototype and production printed circuit boards? This article explains lead times, costs, design flexibility, quality standards & more.
Key Differences Between Prototype and Production PCBs Explained Read More »
A blank PCB, also known as a bare PCB, refers to a printed circuit board that serves as a base for building electronic circuit boards before electronic components are soldered on. Blank PCBs provide flexibility and customization for manufacturing multiple PCB designs cost effectively and faster time to market.
What is a Blank PCB Read More »
The PCB is crucial in LED grow lights, impacting performance and lifespan. This article explores key factors in choosing LED grow light PCBs, including spectrum, thermal design, customization, and manufacturing quality. Our PCB experts can help design optimized LED layouts for light coverage. We utilize premium components, advanced assembly, and rigorous quality control to ensure each PCB meets the highest standards. Contact us to discuss your LED grow light PCB needs.
How to Choose the Best LED Grow Light PCB for Your Indoor Growing Needs Read More »
As a premier flexible PCB manufacturer in China, JHYPCB has extensive expertise in fabricating and assembling high-quality flex circuits. In this comprehensive guide, we provide key insights into the flex PCB manufacturing process, design considerations, assembly techniques, emerging applications, and more.
Flexible PCB Manufacturing: A Guide to Fabrication and Assembly Read More »
PCB Stack-up refers to the arrangement of copper layers and insulating layers that make up a PCB prior to board layout design. PCB stack up is am important part of the PCB design and manufacturing process.
Guide to Multilayer PCB Layer Stackup and thickness Read More »
Knowing how to verify the quality of PCB has become crucial because a printed circuit board that is not properly designed has a has high chance of not working as it ought to. The major aim of this article is to reveal seven ways you can use in telling the quality of a printed circuit board.
How To Tell The Quality Of PCB? Read More »
There are many surface finish processes for printed circuit boards, and immersion silver is one of them. What is PCB Immersion Silver Surface Finish? Immersion silver PCB has many advantages, which we will analyze in this article.
What Is PCB Immersion Silver Surface Finish? Read More »
Price is often an essential reference when we buy a product or a service. If you’re into designing and manufacturing printed circuit boards and want to learn how to reduce PCB manufacturing costs, you’ve come to the right place.
How To Reduce The PCB Manufacturing Cost? Read More »
There is no doubting that fact that Rogers is one company that has managed to stand out amongst others in manufacturing laminate materials that are used in today’s circuit board. Printed circuit boards fabricated from Rogers materials offers strong moisture absorption and better thermal management.
What Is Rogers Material PCB? Read More »
Hot Air Solder Leveling, abbreviated as HASL, is one of the surface finish processes of printed circuit boards. Hot Air Solder Leveling is also the most popular type of PCB surface finish.
What is Hot Air Solder Leveling (HASL) Read More »
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 and Considerations Read More »
The popularity of immersion gold surface finish has grown over the years. Today, it is the trendiest idea amongst others in the industry.
What Is PCB Immersion Gold ENIG Surface Finish? 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? 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.
What Is Flexible PCB Coverlay (FPC Cover Layer)? Read More »
One of the unique processes of the flexible printed board manufacturing process is the processing of the cover layer. The processing methods of the cover layer can be divided into three categories: cover film, screen printing, and photo coated layer.
The Manufacturing Process Of Double-sided Flexible PCB Coverlay 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.
Why Should PCB Reliability Be Taken Seriously? Read More »
Rigid-flex PCBs seamlessly integrate the strengths of rigid and flexible circuits, delivering unparalleled advantages over conventional PCB designs. With increased reliability, higher component density, and streamlined assembly, rigid-flex PCBs enable compact, lightweight solutions ideal for industries like aerospace, medical, automotive, and consumer electronics. Explore the key benefits and diverse applications of this cutting-edge PCB technology.
What Are The Advantages And Applications Of Rigid-Flex PCBs? 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.
Rigid PCB vs Flex PCB: What Is The Difference? Read More »
Flexible PCB stiffeners provide mechanical support and rigidity to specific areas of flex circuits. This guide explores why and how stiffeners are utilized. It covers common stiffener materials like FR-4, polyimide (PI), and metals like stainless steel/aluminum, detailing their properties. Learn when stiffeners are needed – for mounting components, meeting ZIF connector specs, or controlling bend areas. Discover attachment methods like thermal bonding and pressure-sensitive adhesives. Properly applied stiffeners enhance flex PCB reliability, durability and performance.
What Are Flexible PCB Stiffeners? Read More »
Different Tg values will affect the final PCB prototype manufacturing costs. In other words, you have to pay for the Tg value of the PCB board.
What is the Tg value of PCB substrate? Read More »
