PCB Design Guidelines: Layout, Routing & Thermal Relief Best Practices
Essential PCB design guidelines for manufacturable boards. Learn component placement, signal routing, thermal relief pads, and DRC checks to avoid manufacturing defects.
How to Improve PCB Routing Skills | Complete Guide to Efficient PCB Design
Master PCB routing with this comprehensive guide covering ground sharing, via design, power/ground line optimization, and DRC to achieve high-quality circuit board designs.
PCB Trace Angle Guide: Are 90-Degree Bends Acceptable in High-Speed PCB Design?
Learn how PCB trace angle affects signal integrity, impedance control, and manufacturing reliability. This guide explains 90-degree bends, 45-degree routing, curved traces, and the best PCB layout practices for high-speed designs.
PCB Component Placement Rules: Layout Guidelines for Connectors, Thermal Design, and Special Components
Learn PCB component placement rules for special components, including crimp connectors, heat-sensitive parts, polarized devices, and through-hole reflow components. This guide explains practical PCB layout rules that improve reliability, manufacturability, and thermal performance in modern electronic designs.
PCB Trace Width Calculation: How to Size Traces for High-Current PCB Designs
Learn how to calculate PCB trace width for high-current applications using the IPC-2221 standard. Discover how copper thickness, temperature rise, and current affect PCB trace sizing for reliable circuit board design.
How to Precisely Control and Test Stub Length in Back-Drilling for Server-Grade PCBs
As server signal rates have surged from 10 Gbps to 112 Gbps and even 224 Gbps (e.g., in AI servers and 1.6T optical module applications), via stubs have become a critical bottleneck limiting signal integrity.
PCB Trace Resistance: Accurate Calculation Methods for Reliable PCB Design
It is crucial to understand the resistance of PCB traces. This directly affects power supply stability, heat generation, and even signal quality.
How to do PCB Screen Printing
PCB silkscreen is a critical layer in printed circuit board (PCB) design that provides essential information for assembly, testing, and troubleshooting.