Arlon High Frequency PCB: Why Lead Time Kills Prototypes (And In-Stock Alternatives) Arlon high frequency laminates — AD255C, AD300A, CLTE-XT, AD350A — are technically competent materials used in EW, SATCOM and defense radar PCBs. The problem is not performance, it…
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…
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…
Rogers RO3003 PCB: Ka-Band, 77 GHz and Defense Applications Guide A complete guide to Rogers RO3003 PCB covering material properties, why RO3003 is specified for Ka-band and 77 GHz, impedance calculation on standard substrate thicknesses, PTFE manufacturing process requirements, comparison…
Rogers RO4350B PCB: Complete Design and Manufacturing Guide A complete guide to Rogers RO4350B PCB covering material properties, why RO4350B became the dominant RF laminate, impedance calculation with confirmed production Dk, stackup design for single-layer through multilayer, FR4-compatible manufacturing process,…
F4B PCB Material Guide: Properties, Grades and Applications A complete guide to F4B PCB materials — the full F4BM and F4BTM series compared by dielectric constant, dissipation factor, frequency range, and Rogers equivalent, with honest guidance on where F4B is…
