Megtron 6

Manufacturing Process

Fabrication shops handle these boards with careful attention to desmear and plating adhesion because the specific resin formulation resists chemical etching compared to standard epoxies. Operators perform plasma treatment before electroless copper deposition to ensure hole wall coverage remains uniform despite the hydrophobic surface energy. Precise drilling parameters avoid internal delamination or fiber wash, which typically occurs if tool feed rates exceed thermal limits of the material.

Laminate suppliers provide specific cure cycles that align with high layer count stacks to avoid registration drift during vacuum pressing. Failure to monitor tool wear leads to rough entry holes, causing localized impedance discontinuities that impact signal propagation at high frequencies. Automated optical inspection verifies that etching processes remove all residual copper from fine pitch features without damaging the substrate surface.

Consistent control of these variables ensures the final assembly passes high voltage isolation testing and signal attenuation benchmarks required for server backplanes.

Acceptance Criteria

Performance parameters dictate the rejection of boards containing voids, inclusions or surface blistering within the core material. Inspectors identify irregularities through cross section analysis or acoustic microscopy to confirm the integrity of the resin glass interface. Compliance with industry standards requires that finished circuits demonstrate consistent dielectric properties across every production batch, as variations alter clock speeds and skew timing in high speed differential pairs.

Acceptable boards show clear signal eye diagrams during functional verification of the populated assembly. Consistent electrical performance establishes this material as the baseline for complex infrastructure projects.