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What are the key factors influencing the cost of flexible printed circuits (FPC)?

The pricing of FPC flexible circuit boards is influenced by factors such as material variation, manufacturing processes, inherent complexity, customer requirements, manufacturer differences, payment methods, geographic location, plating methods, defect rates, and SMT service costs.

What are the key factors influencing the cost of flexible printed circuits (FPC)? Read More »

Reflections Induced by Variations in PCB Trace Width

In PCB wiring, changing trace widths can lead to impedance variations affecting signal integrity, so careful analysis of impedance change, signal rise time, and trace length is essential to determine when these effects can be disregarded or must be accounted for.

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What factors influence PCBA processing with tin?

Proper tin penetration during PCBA processing is vital, as inadequate penetration can lead to soldering defects; achieving at least 75% penetration per IPC standards is essential, influenced by factors such as material type, flux choice, wave soldering parameters, and manual soldering techniques.

What factors influence PCBA processing with tin? Read More »

Raised copper (RA) FPC with over two layers is prone to breakage.

Crushed copper offers superior strength and bending resistance for flexible printed circuits (FPCs), but its advantages diminish in double-layer designs due to electroplating, which alters the original properties of the material.

Raised copper (RA) FPC with over two layers is prone to breakage. Read More »

Are you familiar with the essential principles of PCB design?

The significance of high-quality schematic diagrams in PCB design, highlighting their role in debugging, the importance of optimized circuit layouts for efficient signal paths, and the necessity of clear guidelines to minimize errors, while also considering user needs and the critical attention to detail throughout the design process.

Are you familiar with the essential principles of PCB design? Read More »

EMC design expertise in PCB circuit board products.

Proper PCB design is essential for electronic reliability, emphasizing effective grounding, separation of digital and analog circuits, appropriate wire widths, and strategic layout to minimize interference and enhance noise immunity.

EMC design expertise in PCB circuit board products. Read More »

Folding smartphones will pose a significant challenge for the flexible printed circuit (FPC) industry.

Folding mobile phones are emerging as a key industry trend, with major manufacturers launching models, while flexible printed circuits (FPCs) are essential for their design but face technical challenges that manufacturers are actively working to overcome.

Folding smartphones will pose a significant challenge for the flexible printed circuit (FPC) industry. Read More »

How to rectify deformation in negative films during PCB copying?

In PCB duplication, inadequate temperature and humidity control can lead to film deformation, presenting a dilemma between proceeding with potential quality risks or discarding the film at a cost; various methods exist to rectify deformations, but prevention through strict environmental controls is paramount.

How to rectify deformation in negative films during PCB copying? Read More »

Enhancing PCB Design for Extended-Length Boards

Ultra-long PCB antenna boards, exceeding 800mm, are crucial for modern electronics but face design challenges; a new structure with an aluminum substrate enhances their strength and signal performance while reducing costs and installation complexity.

Enhancing PCB Design for Extended-Length Boards Read More »

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