Automotive PCBs require stringent reliability and process control to meet high safety and performance standards, with manufacturers adopting advanced testing methods like “second tests,” foolproof systems, and PPM quality tracking to reduce defects and ensure product reliability.
How to Address and Correct Automotive PCB Defects Read More »
When developing a PCB design, it’s crucial to choose a manufacturer that can meet technical, budgetary, and timeline requirements, ensuring quality, compatibility, timely delivery, and effective communication throughout the process.
PCB boards, essential in modern electronics, are marked using either silk-screen printing or laser marking, with laser marking gaining preference due to its precision, durability, and environmental safety, particularly in applications like digital products, wearables, and automotive circuits.
PCB Traceability and Schematic Drawing Techniques Read More »
The PCB’s quality is vital for system performance, with ongoing miniaturization, environmental regulations, and production challenges driving the need for thorough failure analysis to identify root causes and improve reliability.
Analysis Software for PCB Circuit Board Failures Read More »
In the competitive PCB market, production issues such as black-and-white streaks on solder masks and oil residue in holes after development are often caused by improper pre-baking or poor silk-screen control, and can be resolved through longer baking times and careful oil management during printing.
PCB manufacturing offers a solution to this issue. Read More »
A PCB (Printed Circuit Board) is a vital component in modern electronics, consisting of conductive patterns on insulating materials, and its design process involves multiple stages such as preparation, layout, routing, optimization, and quality control, all of which ensure the board’s functionality and manufacturability across various industries.
A PCB (Printed Circuit Board) is a vital component in modern electronics, consisting of conductive patterns on insulating materials, and its design process involves multiple stages such as preparation, layout, routing, optimization, and quality control, all of which ensure the board’s functionality and manufacturability across various industries.
The standard for PCBA board inspection in the SMT patch workshop includes a comprehensive list of criteria such as checking for solder joint issues, correct component placement, and cleanliness of the PCB.
Standard for Inspection of SMT Patch PCBA Boards Read More »
False soldering and inadequate soldering in PCBA processing threaten product quality, harm customer satisfaction, and damage company reputation, necessitating specific preventive measures to ensure reliability and efficiency.
PCBA processing issues: cold solder joints and defective soldering. Read More »
PCB technology, developed in 1936 and widely used since 1943, has evolved through various designs and remains crucial for future electronic advancements; its design involves seven key steps: preparation, layout, structure, wiring, optimization, inspection, and collaboration with manufacturers.
What is the complete PCB design process for SMT production? Read More »
Our experience lies in creating multiple-layer, flexible circuits and rigid-flex PCBs HDI PCBs as well as Rogers PCBs.
We have a great track record in fast-turnaround prototyping of PCBs, and excel at managing challenging projects as a strength.