The integrated electronic surface-mount production line at the Northwest Institute of Mechanical and Electrical Engineering is responsible for the initial surface-mount production of a certain type of PCB.
The performance and reliability of electronic equipment are closely related to the environment. In the operating environments of modern electronic devices, corrosion caused by humidity, salt fog, and mold is quite common and can cause significant damage to electronic products.
In today’s digital age, marked by rapid technological advancement, the electronics and information technology industry has become a core driver of global economic growth.
As you open and close a foldable smartphone, or slip a smart ring onto your finger, did you know that behind these bendable and foldable…
Combining all the features of flexible circuits with rigid circuit boards that fully leverage high-density interconnect (HDI) technology represents a major technological breakthrough of our time.
This guide explores the various flexible circuits termination methods, focusing on Zero Insertion Force (ZIF) connectors, unsupported flexible finger structures, and crimp connectors.
This study explores the innovative use of FPCB surface defect detection by combining hyperspectral imaging with deep learning techniques. The research introduces a hyperspectral microscopic imaging system for accurate material identification and defect localization
Discover everything about PCB holes, including types, functions, and applications. Learn how through holes, blind vias, buried vias, thermal vias, and press-fit holes enhance electrical connections, thermal dissipation, and mechanical fixing in PCB design.
In modern electronic devices, printed circuit boards (PCBs) serve as the carrier for electronic components and the bridge for electrical connections; the choice of PCB type directly impacts product performance, reliability, and cost.
Learn how process responsibility in FPC manufacturing prevents defects, reduces waste, and improves product quality. Discover the “Three No’s Principle” and how each production step impacts final performance.
