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Research candidate · suitability unconfirmed

Unclaimed company profile based on public research. Supplier endorsement and project-level performance are unconfirmed.

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Catalog solutions · 3

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Measurement and inspection

Semiconductor scanning acoustic inspection

Potential engineering use: [Moisture/reflow-induced package delamination] Study delamination using moisture history and matched pre/post-reflow interfaces. [Underfill voids and post-cure delamination] Compare dispensing, capillary flow, cure and interface-inspection results.

Research candidate · suitability unconfirmed

Official search index; direct page access was restricted.

Research checked: 2026-10-15

Potential uses by engineering problem

New delamination after reflow in moisture-exposed packages

Study delamination using moisture history and matched pre/post-reflow interfaces.

Record conditioning, drying and reflow; one acoustic image cannot establish defect timing.

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Underfill voids and post-cure delamination in large multi-die packages

Compare dispensing, capillary flow, cure and interface-inspection results.

Identify the first defective process stage; product capability does not prove void-free filling.

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Reliability and failure analysis

High-power chip burn-in testing

Potential engineering use: [Packaged-device functional/burn-in stress failures] Investigate stress failures through test interfaces, temperature control, programs or burn-in.

Research candidate · suitability unconfirmed

Official search index; direct page access was restricted.

Research checked: 2026-10-15

Potential uses by engineering problem

Device functional, burn-in and stress-test failures

Investigate stress failures through test interfaces, temperature control, programs or burn-in.

Define DUT, contact, junction temperature and coverage; MOSFET parametric reliability is not full system functional testing.

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Measurement and inspection

Semiconductor cross-section and SEM/EDS analysis

Potential engineering use: [Brittle fracture at solder/IMC interfaces] Use shear, sections and fracture analysis to distinguish failure locations. [Latent opens in stacked organic-substrate microvias] Correlate reflow-induced resistance changes with microvia cross-sections.

Research candidate · suitability unconfirmed

Official search index; direct page access was restricted.

Research checked: 2026-10-15

Potential uses by engineering problem

Brittle fracture at solder IMC interfaces

Use shear, sections and fracture analysis to distinguish failure locations.

Retain loading conditions and fracture location; strength alone does not identify brittle IMC failure.

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Intermittent opens in stacked substrate microvias after reflow

Correlate reflow-induced resistance changes with microvia cross-sections.

Localize intermittent opens; generic sections or device tests do not establish microvia life.

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