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NOTRE BLOG
Les articles les plus récents traitent de sujets tels que les dernières technologies, les meilleures pratiques et l'actualité du secteur des PCB.
Août 21, 2025
A comprehensive overview of 10-layer PCB stackup design, covering standard stackup structures, five configuration options, key design considerations, and best practices. Practical guidance on signal integrity management, impedance control, power distribution optimization, and thermal management to help engineers achieve high-performance and highly reliable multilayer PCB designs.
Août 20, 2025
Août 19, 2025
Single-Pole Double-Throw (SPDT) miniature PCB-mounted relays are compact electromechanical switching devices designed for direct mounting on printed circuit boards.
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Medical PCBA manufacturing integrates over 20 precision processes, each requiring exacting standards (IPC-A-610 Class 3). As medical electronics evolve—incorporating AI, 5G, and IoMT—PCBA technology must advance in tandem.
From consumer electronics to aerospace, the PCB business unit—encompassing design, production, sales, and services—holds a central position in the electronics manufacturing industry.
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Dans le processus de développement électronique, la production de circuits imprimés en petites séries est confrontée au défi unique de répondre aux besoins de prototypage rapide tout en préparant la production de masse.
Automotive PCBA assembly is a critical process in vehicle electronics manufacturing, directly impacting the reliability and safety of automotive systems. This article provides an in-depth analysis of automotive PCBA production, covering high-standard substrate selection, precision SMT assembly, THT processes, full-process inspection, and conformal coating. It explains how AEC-Q100 certification, IATF 16949 compliance, and strict process controls (CPK≥1.33) ensure automotive-grade quality. Additionally, for advanced applications like autonomous driving and BMS, it discusses signal integrity testing, EMC optimization, and other technical requirements—offering valuable insights for automotive electronics manufacturers.
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Comprehensive comparison between 2-layer and 4-layer PCBs: cost, performance, design complexity, and application scenarios. Discover which PCB type better suits your project needs for optimized signal integrity, EMI suppression, and long-term reliability. Essential selection guide for engineers!
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High-speed printed circuit board (PCB) design has become critical. Whether it's a 5G device, a high-performance computer, or an IoT product, it needs to handle high-frequency signals. A poor layout can lead to signal distortion, electromagnetic interference (EMI) issues, and even system failure.
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good thermal design for PCB circuit boards is critical, as it is directly related to the stable operation of electronic equipment and long-term reliability. So, in practice
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the circuit of the graphic part of a layer of lead and tin pre-plated on the corrosion-resistant layer, and then chemically corroded off the rest of the copper foil, called the Etching.
Negative Temperature Coefficient Thermistor (NTC) is a semiconductor device made of metal oxides such as manganese, cobalt, and nickel through a ceramic process.
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PTC thermistor, known as Positive Temperature Coefficient Thermistor, is a typical semiconductor resistance with temperature sensitivity.
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Plating process has become an important part of the PCB manufacturing process. Plating not only enhances the conductivity of the PCB surface and improves soldering performance, but also effectively protects the PCB from environmental factors.
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