RF PCB Via Design Guide — Stub Resonance Frequency, Via Fence Spacing and Aspect Ratio Limits A practical guide to via design for RF and high frequency PCB: via stub resonance and when back drilling is needed, via fence design…
High Frequency PCB for Industrial IoT and Smart Manufacturing A guide to high frequency PCB for industrial IoT and smart manufacturing applications — covering wireless sensor networks, industrial radar level sensing, factory automation RF, wide-temperature operating requirements, material selection, and…
Rogers RO4003C PCB: X-Band to Ku-Band Applications and Manufacturing Guide A complete guide to Rogers RO4003C PCB: material properties, when to choose RO4003C over RO4350B, when to upgrade from RO4003C to RO3003, impedance calculation, X-band and Ku-band applications, and FR4-compatible…
High Frequency PCB for Medical Devices: RF, Microwave and Imaging Applications A guide to high frequency PCB for medical device applications — covering the specific RF and microwave applications in medical electronics, material selection for each application, quality standards including…
Controlled Impedance PCB: Design, Calculation and Manufacturing Verification A complete practical guide to controlled impedance PCB: what characteristic impedance is, why it matters for signal integrity, the four main transmission line structures, how to calculate 50Ω trace width for Rogers…
Rogers RT5880 PCB: Electronic Warfare, SIGINT and W-Band Applications Guide A complete guide to Rogers RT5880 PCB: material properties, why RT5880 is the standard choice for wideband EW systems covering 2–18 GHz and W-band applications, impedance calculation, comparison with RO3003…
