A comprehensive guide to vias in electronic printed circuit boards (PCBs). This article details the definition and role of vias, explains its importance in PCB design, and common usage scenarios. You will learn about the different types of vias and their uses, as well as how to apply them in the PCB manufacturing process.

DIP refers to an electronic component package. It has two rows of pins for connection. DIPs are common for ICs like microprocessors and memory chips. They are known for their easy handling and secure connections. But, they are larger than surface-mount packages. Variants include Zig-zag DIP (ZIP) and Shrink DIP (SDIP), each with unique characteristics.

When you are working with wire soldering, there are often times when you need to remove excess solder. At this point, the wire desoldering magnet or solder pump may not be of use, and this is where wire soldering comes in. This article introduces in detail the meaning and function of solder wire, as well as how to select and use it.

How are PCBs manufactured? It is one of the exciting questions PCB hobbyists ask. The process of manufacturing PCB boards is lengthy and complicated. Its manufacturing process involves multiple steps. The circuit board can cause performance issues if we do not follow the correct method. PCB development requires expertise from beginning to end. It mainly depends…

Introduction: Chip On Board (COB) technology has reached a state of stability within the electronics manufacturing sector. In the past, people used COB to produce less expensive consumption goods. COB is more suitable than IC for use in confined spaces as electronic devices continue to shrink in size. In this post, we will discuss chip-on-board…

Compare PWB (Printed Wiring Board) and PCB (Printed Circuit Board): In-depth discussion of the similarities and differences between these two electronic boards. From materials, manufacturing processes to application fields, comprehensively analyze the characteristics of PWB and PCB.

The PCB manufacturing process involves addressing common issues such as soldering defects, component failures, environmental factors, design errors, and inadequate protection against ESD and power surges. As a manufacturer, understanding and mitigating these challenges is crucial for ensuring the reliability and optimal performance of our printed circuit boards (PCBs). Thorough diagnostics and effective solutions are employed to maintain the integrity of electronic systems and meet high-quality standards.

The article lists ten manufacturers that stand out in this field, covering their key advantages, technical characteristics and position in the global market. Through this comprehensive overview, you will be able to better understand the diversity and strength of China’s PCB manufacturers, helping you to make informed decisions among the many options.

In modern electronics, LEDs have become synonymous with energy-saving and versatile lighting solutions. However, PCBs are the backbone of contemporary lighting systems. This article details the intricacies of LED PCBs, from their unique structure to their role in improving brightness and efficiency.

Our world is full of electronic gadgets and amazingly each requires a most important component to run the machine smoothly: a printed circuit board. There are different types of PCBs. Each PCB meets the particular needs of any device.