Engineering Library
Practical guidance for ceramic circuits, materials, manufacturing and design.
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Technical resources for substrate selection, manufacturing, applications, design, quality, sourcing, and supporting documentation.
- Choosing a model that matches sink and source footprintsTechnology & DesignDesign guide
- Choosing functional datums rather than convenient external edgesTechnology & DesignDesign guide
- Choosing an interface measurement before material substitutionTechnology & DesignDesign guide
- Choosing the minimum inputs for a specific circuit decisionTechnology & DesignDesign guide
- Gap as an electric path distinct from heating pitchTechnology & DesignDesign guide
- One-dimensional conduction limit versus lateral spreadingTechnology & DesignDesign guide
- Air path, surface path and solid insulation kept separateTechnology & DesignDesign guide
- Hole stress concentration and neighboring load pathsTechnology & DesignDesign guide
- Current constriction at transitions and terminal entriesTechnology & DesignDesign guide
- Three-Point Ceramic Reference Planes: Control Extrapolation SensitivityTechnology & DesignDesign guide
- Damage allowance separate from dimensional toleranceTechnology & DesignDesign guide
- Bulk bond-line conduction versus contact resistanceTechnology & DesignDesign guide
- Van der Pauw Coupons: Extract Sheet Resistance Without Counting SquaresTechnology & DesignDesign guide
- Sensitivity of resistance to dimension uncertaintyTechnology & DesignDesign guide
- Regression confidence interval for end contributionTechnology & DesignDesign guide
- Heater Pattern Pitch: Estimate How Spatial Temperature Ripple Decays with DepthTechnology & DesignDesign guide
- Worst-case exposed land after component displacementTechnology & DesignDesign guide
- Accessible bonding envelope from tool and fixture clearancesTechnology & DesignDesign guide
- Remaining functional clearance after chip and location allowancesTechnology & DesignDesign guide
- Ceramic Thermal Gaps Under Vacuum: Identify the Pressure-Sensitive PathTechnology & DesignDesign guide