Category: Design

What is an HDI PCB? Learn how microvias improve routing density, save space, and support better performance in modern electronic designs.

Learn the most common EMI shielding methods in electronics, including EMI shield cans and conductive coatings for PCB and plastic enclosure design.

Learn how PCB EMI shielding works, from shielding types and materials to gaps, grounding, and shielding effectiveness for better PCB design.

EMI shielding helps electronic devices reduce interference, protect signal integrity, and meet EMC requirements. This article explains how electromagnetic shielding works, the difference between EMI and EMC, and how to choose the right shielding approach for more reliable electronic design.

EAGLE CAD PCB Design made simple: learn how to go from schematic to PCB layout, routing, design checks, and Gerber files. This practical guide covers the key steps, layout tips, and common mistakes to help you build manufacturing-ready boards.

Learn how PCB ground plane and power plane design affect return path control, EMI, and signal integrity in high-speed PCB layouts. This guide covers ground plane basics, 2-layer vs. multilayer design, decoupling, and practical best practices for more stable, reliable boards.

Improve high-speed PCB signal integrity with better leakage control, guard ring design, grounding, and mixed-signal PCB layout practices.

USB Type-C PCB layout made practical: learn CC pin basics, ESD placement, 90Ω differential routing, length matching, via control, and solid return paths to build reliable high-speed USB PCBs and avoid EMI failures and re-spins.

4-layer PCBs are the go-to upgrade when 2-layer routing gets tight, or EMI and signal integrity start to matter. This guide explains common 4-Layer PCB Stackup, impedance basics, key design rules, and what to confirm before manufacturing to avoid costly respins.