PCB Layout

66 Classic Q&A for High-Frequency PCB Circuit Design
2026-05-07
66 Classic Q&A for High-Frequency PCB Circuit Design
My PCB Prototype Arrived—My Mentor Sighed in Silence After Checking It
2026-05-06
Many electronics engineers have made mistakes with component footprints during PCB layout. The footprint is either oversized or undersized, and in some cases, component interference occurs. As a result, components cannot be soldered onto the fabricated PCB, forcing manual jumper wire fixes. In severe cases, the entire board is scrapped. For example, the footprint of U8 in the figure below is designed too small, making chip soldering impossible.
How PCB Layout Routing Impacts Signal Integrity
2026-05-06
During printed circuit board development, hardware designers must adopt standardized routing design specifications. Compliance with such guidelines is critical for sustaining optimal signal integrity and suppressing electromagnetic interference across the entire PCB system.
Basic Key Points and Layout Techniques for PCB RF Antenna Design
2026-05-06
RF antenna design and layout is one area that requires careful attention to detail, and it also provides some tips for mixed-signal designers. If you are new to high-frequency analog design, you can adopt the techniques provided in this article to ensure your RF design achieves excellent isolation and signal integrity.
5 Practical Tips for PCB Design
2026-05-01
PCB is like the skeleton and nerve network of electronic circuits, playing a pivotal role in electronic engineering projects. However, many people have little or insufficient understanding of PCB design.
How to Design and Use Vias in PCBs
2026-05-01
Vias are one of the important components of multi-layer PCBs, and drilling costs usually account for 30% to 40% of PCB manufacturing costs. Simply put, every hole on a PCB can be called a via.
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