The article outlines six key considerations for choosing components in PCB design, emphasizing the importance of proper packaging, grounding strategies, component selection, and ensuring accurate Bill of Materials (BOM) data to optimize layout, manufacturing, and functionality.
After finalizing a PCB layout and routing, a critical yet often overlooked step is post-inspection, which is essential to prevent issues like insufficient trace width and improper component placement that could lead to costly manufacturing problems.
Emphasize the evaluation of the PCB design workflow. Read More »
Designing a PCB schematic involves organizing components by function and electrical characteristics, followed by standardizing component packaging in software, creating a layout, printing and transferring the design, etching the board, drilling holes, soldering components, and performing comprehensive testing, with thermal analysis and simplified modeling being essential for ensuring reliability and performance.
Optimizing the PCB manufacturing process to enhance thermal reliability. Read More »
The concept of PCBA mixing degree is essential for selecting component packaging and layout, as it reflects the complexity of the assembly process and its impact on manufacturability and costs.
How about: “Degree of PCBA mixing during the SMT placement process Read More »
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