The production of PCB circuit boards and its working principle

1. Principles of Printed Circuit Boards. Printed Circuit Board (PCB), also known as circuit boards, PCB boards, aluminum boards, high frequency boards, ultra-thin boards, thin boards, and printed (copper etching technology) boards are important electronic components that support electronic components and are providers of dedicated lines for connecting electronic components. Traditional circuit boards, the circuit…

PCB design and PCB production abbreviated process

Depending on the manufacturer of the printed circuit board, a variety of methods can be used to design the PCB. The board design can be mass produced using multiple machines in the PCB manufacturing industry, including drilling, punching, plating and final manufacturing processes performed by highly automated machines. High quality PCBs (with higher production yields)…

2019 FAST TURN PCB Company Annual Meeting

On January 14, 2020, Clubtech held its annual meeting with the theme “We are all dreamers”. In 2019, the colleagues of Jujin Technology watered the harvest with sweat and marched forward with solid work. In 2020, we will continue to be aggressive and hardworking, and strive to create better results to live up to this…

Summary of common PCB design mistakes

A PCB is simply a thin board that contains integrated circuits and other electronic components. It will appear in almost every kind of electronic equipment, is the basis of the entire electronic product, PCB design is particularly important. This article summarizes some of the common design mistakes in PCB design for your reference. A, the…

High-speed pcb signal board design

PCB design is a must for electronic engineers, and it’s no easy task to design a perfect PCB. A superb PCB board must not only ensure component selection, but also excellent signal conduction performance. This article will give a brief introduction to the PCB high speed signal circuit principle in the alignment method expertise, expecting…

PCB design focus

1. The reason why you should try not to split across power supplies when wiring is that when a signal crosses different power layers, it has a long return path and is susceptible to interference. Of course, it is not strictly required not to cross the power split, for the low-speed signal is possible, because…