line width

Optimizing Line Width and Copper Thickness in PCB Design

The relationship between PCB copper thickness, trace width, and current capacity is critical for designing reliable circuit boards, influenced by factors such as unit conversions, empirical formulas for trace width calculation, and the impact of soldering on current-carrying capacity.

Optimizing Line Width and Copper Thickness in PCB Design Read More »

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.

PCB Quality Assurance Part 1 Read More »

Key Principles of PCB Board Technology

The width of PCB board wire affects current flow and circuit performance; line width should be chosen based on current load and voltage requirements. Ground and power lines should be thicker than signal lines; spacing between lines is determined by voltage requirements. Component placement should consider signal flow and function; decoupling capacitors should be placed close to power and ground pins for reliable operation.

Key Principles of PCB Board Technology Read More »

Contact

WellCircuits
More than PCB

Upload your GerberFile(7z,rar,zip)