High Frequency PCB for Radar Systems: EW, AESA and Ground-Based Radar A practical guide to high frequency PCB material selection, stackup design, and manufacturing requirements for electronic warfare systems, AESA phased array radar, airborne radar, and ground-based defense radar applications.…
High Frequency PCB for Aerospace and Defense: Material, Reliability and Manufacturing Requirements A practical guide to material selection, IPC Class 3 requirements, wide temperature range performance, reliability standards, and manufacturing specifications for high frequency PCB used in aerospace, defense, and…
High Frequency PCB for Automotive Radar and ADAS Systems A practical guide to material selection, stackup design, thermal management, and manufacturing requirements for 24GHz and 77GHz automotive radar PCB used in ADAS and autonomous driving systems. Ask an Engineer Table…
Multilayer High Frequency PCB: Layer Count, Stackup Options and Manufacturing Limits A practical guide to layer count options, minimum board thickness, stackup design, controlled impedance, layer registration tolerance, and manufacturing limits for Rogers and PTFE multilayer RF and microwave PCB.…
Back Drill PCB: What It Is, When You Need It, and Manufacturing Limits A practical guide to back drill PCB: via stub formation, signal integrity impact, controlled depth drilling specifications, stub length limits, and design rules for RF and high…
How Copper Thickness Affects RF PCB Line Width and Manufacturing Tolerances A practical guide to how copper weight from 0.5 oz to 6 oz affects minimum line width, line spacing, etching tolerance, and controlled impedance in RF and microwave PCB…
