How to Adjust Silkscreen Part Numbers on a PCB?
Learn how to adjust silkscreen part numbers on PCBs, including placement, size, orientation, readability, and Altium Designer shortcut methods.
Electromagnetic Fields: How They Are Transforming PCB Materials and Manufacturing
Explore how electromagnetic fields are transforming PCB materials and manufacturing for high-frequency, 5G/6G, terahertz, and advanced electronic systems.
PCB Schematic to Layout: 6 Essential Design Considerations
Learn how to transfer a PCB schematic to layout effectively, including grid setup, design rules, annotation, component renumbering, netlist changes, and highlight selection.
Filter Capacitors: ESR, ESL, Selection, and PCB Layout Guide
Learn how filter capacitors improve PCB power supply stability. Explore ESR, ESL, self-resonance, anti-resonance, capacitor selection, decoupling, bypass, and energy storage layout guidelines.
Reflow Soldering vs. Wave Soldering: Why the Order Matters
Reflow soldering is completed before wave soldering when PCB assemblies contain both SMD and THT components. Learn why this sequence matters and how to control key soldering parameters.
Gold plating on NPTH holes
Learn the root causes of gold plating on NPTH holes in ENIG PCB manufacturing. Discover drilling, desmear, etching, activation, and nickel plating process anomalies,
High-Frequency PCBs vs Standard PCBs: Five Key Differences in Materials, Design, Manufacturing, and Testing
Discover how high-frequency PCBs differ from standard PCBs in materials, impedance control, manufacturing processes, and testing methods. Learn why high-frequency PCBs are essential for 5G, automotive radar, and advanced communication systems.
12 Golden Rules for PCB Layout: Avoid the Vast Majority of EMC Issues
PCB layout is far more than just connecting components and passing DRC checks—it is the foundation of a product’s electromagnetic
High-Speed PCB Routing Guide: Signal Integrity, Layout Best Practices, and Parasitic Effects Control
Learn high-speed PCB routing techniques for operational amplifiers and RF circuits, including schematic planning, power bypassing, parasitic effect reduction, grounding strategies, and signal integrity optimization. This guide explains how high-speed PCB routing improves performance, stability, and reliability in modern electronic designs.
Wave Soldering Process in PCB Manufacturing: SMT and Through-Hole Hybrid Assembly Guidelines
Learn the wave soldering process in modern PCB manufacturing, including SMT and through-hole hybrid assembly techniques, design precautions, and component placement rules. Understand how the wave soldering process improves reliability, prevents defects, and supports efficient printed circuit board production.