PCB boards

Review current PCB design principles and industry best practices.

A detailed overview of PCB types (single-layer, double-layer, and multi-layer), their manufacturing processes, and key considerations for wiring, high-speed signal handling, and power/ground layout to optimize performance and minimize interference.

Review current PCB design principles and industry best practices. Read More »

Integrated circuit components on the PCB board

Chip components on PCB circuit boards are compact, reliable, and prevalent in various electronic devices, but their tiny size makes disassembly challenging, requiring methods such as dedicated tips, copper mesh, molten tin cleaning, lead wire breaking, or suction devices.

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Could you clarify if you need a general overview or a detailed explanation of microwave dielectric ceramics and their preparation methods?

Microwave dielectric ceramics are advanced materials used in microwave frequency circuits, categorized by dielectric constants into low, intermediate, and high types, with various preparation methods influencing their properties, and are essential for high-performance components in 5G technology.

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The IC presents three challenges that need to be addressed.

IC carrier boards, likened to the “crown of PCB,” are pivotal in chip packaging, constituting a substantial portion of material costs and symbolizing quality in high-end products. Yet, their capital-intensive nature, demanding technical requirements, and stringent customer certifications pose formidable barriers to entry, limiting access to this prestigious segment of the market for many PCB enterprises.

The IC presents three challenges that need to be addressed. Read More »

Application of copper plating and nickel coating on PCB substrate

Electroplating is crucial in PCB production, with copper coating providing foundational conductivity and adhesion, while nickel coatings offer durable protection and decorative appeal, reflecting significant global nickel use.

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Introduction to High-Speed PCB Capacitor Applications

PCB originates from its method of manufacture through electronic printing. Starting development in 1956 and expanding between 1963 and 1978, China’s PCB industry grew significantly over two decades of economic reform, spurred by advanced foreign technology and equipment. By 2002, China became the world’s third-largest PCB producer. The industry sustained around 20% growth in recent years, surpassing Japan by 2010 in output value and technological development.

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PCB Mixed-Signal Partitioning Design

To minimize interference between digital and analog signals on PCB boards, it’s crucial to adhere to two fundamental principles of electromagnetic compatibility (EMC): First, minimize current loop area to reduce potential antenna effects. Second, utilize a single reference plane to avoid creating dipole antennas, which can amplify radiation. By ensuring signals return through the smallest possible loop, designers can mitigate the formation of large circular antennas, thereby enhancing EMC performance.

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PCB Quality Assurance Part 1

Global Vision Technology implements PDCA management improvement guided by ISO9001 standards, refining internal processes and supply chain management to provide quality manufacturing services. This includes rigorous oversight of process design, DFM inspection, PCBA manufacturing, and personnel training, ensuring a robust quality management system. Additionally, DFM inspections ensure thorough checks of design elements, while new product introduction meetings streamline communication and planning across departments. PCB board oversight guarantees quality through collaboration with top suppliers and strict quality control measures, while electronic components procurement follows precise specifications and formal channels, supported by original technical support.

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