Component Assessment
Component Reliability Assessment
Assess whether components and technologies are suitable for the intended application.
Purpose & Benefit
When This Activity Helps
Use during part selection, technology introduction or second-source assessment. Independent review helps expose the gap between data-sheet limits and evidence for the actual mission.
Project Information
Typical Inputs
The scope is tailored to the available evidence. Useful inputs include:
- Component specifications and qualification reports
- Application stresses and required lifetime
- Supplier information and change history
Engineering Approach
How SPACEREL Supports Your Project
SPACEREL reviews operating limits, technology maturity, packaging, qualification coverage and supplier evidence. Application-specific risks are identified, with proportionate recommendations for additional analysis or testing, including COTS components where relevant.
Documented Outcomes
Typical Deliverables
Deliverables are agreed before work starts and can include:
- Component suitability and evidence-gap assessment
- Risk-based component recommendations
- Additional qualification or test requirements
Reliability Toolkit
Related Calculators
Evaluate thermal acceleration and reliability using parameters supported by component evidence.
Arrhenius Acceleration Factor
Calculate Arrhenius thermal acceleration factor and equivalent use time from activation energy, use temperature and stress temperature.
Open CalculatorWeibull Reliability & B-Life
Calculate Weibull reliability at time and B-life percentile from beta and characteristic life eta.
Open CalculatorMethods & Evidence
Selected References
- IEC Technical Committee 56: Dependability
Select the applicable methods and requirements for the product and programme.
Project Context
Where This Activity Can Help
Explore the relevant lifecycle stages.