Rogers RO4003C PCB: Lower Loss Alternative to RO4350B for X-Band and Ku-Band Rogers RO4003C uses the same FR4-compatible process as RO4350B with 27% lower Df (0.0027 vs 0.0037). The right choice for X-band radar, Ku-band satellite and any application above…
Rogers RT5880 PCB: Lowest Loss PTFE Glass for EW, mmWave and Wideband RF Complete guide to Rogers RT5880 — Dk 2.20, Df 0.0009. Standard substrate for wideband EW 2–18 GHz, Ka-band, and W-band applications. Available thicknesses 0.127–3.175 mm, 50Ω trace…
Rogers RO3003 PCB: Material Properties, Applications and Manufacturing Guide Complete guide to Rogers RO3003 PTFE ceramic substrate — Dk 3.0, Df 0.0010. Standard material for Ka-band satellite, 77 GHz automotive radar and 5G mmWave phased arrays. Available thicknesses, 50Ω trace…
RO4350B vs RO4003C: Insertion Loss, Cost and Manufacturing Differences Rogers RO4350B and RO4003C use the same FR4-compatible manufacturing process — the only difference is Df (0.0037 vs 0.0027) and available thicknesses. Here is when the lower loss justifies the higher…
Taconic RF PCB Materials: TLY-5, RF-35, CER-10 Grade Selection Guide Taconic PTFE material grades, Dk and Df specifications, available thicknesses, Rogers equivalents and manufacturing requirements for RF and microwave PCB. Ask an Engineer Table of Contents Key point: Taconic TLY-5A…
Rogers RO4350B PCB: Material Properties, Stackup Design and Manufacturing Guide Ask an Engineer Table of Contents Key point: Rogers RO4350B is a hydrocarbon ceramic laminate with Dk 3.48 and Df 0.0037. It processes on standard FR4-compatible equipment — no plasma…
