iX7059 Module Inspection
Viscom SE · Measurement and inspection
Research candidate · suitability unconfirmed
Official search index; confirm the full page and specifications.
Research checked: 2026-10-15- Purpose
- Potential engineering use: [Initial die-attach voids and coverage] Compare initial coverage and voids in solder/conductive-adhesive die attach. [Copper-clip attachment integrity] Compare materials and processes at the upper copper-clip joint. [3D void topology and thermal risk] Quantify 3D location and shape of existing solder/adhesive voids.
- Technical approach
- Detailed mechanism and process conditions are not documented here. Confirm with the supplier.
- Scope of use
- Potential engineering use: [Initial die-attach voids and coverage] Compare initial coverage and voids in solder/conductive-adhesive die attach. [Copper-clip attachment integrity] Compare materials and processes at the upper copper-clip joint. [3D void topology and thermal risk] Quantify 3D location and shape of existing solder/adhesive voids.
- Limitations and open questions
- [Initial die-attach voids and coverage] Restrict to the layer below the die; silver-sinter pores and upper copper clips are separate problems. [Copper-clip attachment integrity] Separate it from die attach and confirm clip thickness, clamping and electrothermal loading. [3D void topology and thermal risk] Pair CT with thermal tests; sample-dependent resolution cannot yield a universal acceptance percentage. Supplier confirmation of samples, specifications and service availability is required; improvement has not been demonstrated.
- Public evidence
- The official source lists iX7059 Module Inspection.
Supporting references
Contact the supplier
Find the company’s contact details and ask about this solution through its official channels.
Potential uses by engineering problem
Initial die-attach voids and incomplete coverage
Compare initial coverage and voids in solder/conductive-adhesive die attach.
Restrict to the layer below the die; silver-sinter pores and upper copper clips are separate problems.
View engineering problem →Copper-clip attachment integrity in power devices
Compare materials and processes at the upper copper-clip joint.
Separate it from die attach and confirm clip thickness, clamping and electrothermal loading.
View engineering problem →Why can the same void percentage imply different thermal risks?
Quantify 3D location and shape of existing solder/adhesive voids.
Pair CT with thermal tests; sample-dependent resolution cannot yield a universal acceptance percentage.
View engineering problem →BLNKK organizes information from public sources. A company profile does not imply a documented solution. Applicability still needs confirmation against your samples and engineering conditions.