Explore expert answers on non-destructive inspection techniques for plastic COTS parts using SAM in this Q&A recap.
Inspecting plastic COTS: Your questions answered
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Non-destructive inspection of plastic COTS parts and beyond
Non-destructive inspection using acoustic microscopy enhances reliability screening of plastic COTS and electronic systems.
Failure Analysis of single electronic devices: Tools and simulation services provided by ALTER
Failure analysis insights with real case studies and testing methods for identifying failure modes in aerospace components.
Addressing radiation environment on spacecraft in orbit: Tools and simulation services provided by ALTER
Radiation environment analysis for space systems, including TID, TNID, and SEE evaluation on satellite components.
Radiation in space: Expert Q&A on engineering, software, and testing
Explore expert answers on space radiation effects, simulation tools, and COTS testing from our recent technical webinar.
CSAM inspection: Common questions and expert answers
Get expert answers to key questions on CSAM inspections, water use, delamination, and EEE package reliability.
Non-destructive inspection of EEE packages: Fundamentals and Applications
This webinar provides a brief overview of Scanning Acoustic Microscopy and the non-destructive inspection of EEE parts.
Degolding in military and aerospace components: Soldering impact and reliability
Degolding removes gold plating to prevent brittle solder joints, but NiPdAu finishes are exempt as they pose no embrittlement risk.
VPG foil options: DSCC drawing vs. EEE-INST-002 testing
VPG foil resistors offer high precision and low TCR, with testing options based on DSCC drawings or EEE-INST-002 standards for space use.
Factors for selecting an Operational Amplifiers (OpAmp) for space applications
Operational Amplifiers (OpAmp) for space applications must meet strict requirements for temperature, radiation tolerance, and material compliance.
Degolding and retinning processes on leadless SMD packaged devices
Degolding and retinning can affect coplanarity in leadless SMD packages, impacting electrical performance in space applications.
Tin Whisker Growth: Findings and future work
Tin whisker growth can be delayed but not fully prevented, highlighting the need for strict material controls in high-reliability applications.
Tin Whisker Growth analysis in SMD devices
Tin whisker growth was detected after prolonged high-temperature and humidity storage, with lengths reaching up to 192μm in some samples.
Experimental study on Tin Whisker Growth in SMD Beads
Tin whisker formation was tested under various conditions, with growth detected after high-temperature and humidity storage cycles.
Tin whisker growth on SMDs: A study with standardized tests
Tin whisker growth is an unpredictable phenomenon that can cause failures in high-reliability applications, including space systems.
Introduction to Parts Selection for Space Applications
Parts selection is crucial in Space applications, balancing performance, availability, quality, and lead time to ensure design feasibility.
The critical role of product assurance in space missions
Product Assurance Support ensures compliance with reliability, safety, and quality standards in space missions, minimizing failure risks.
What is a Parts Procurement Control Parts (PPCP)?
Parts Procurement Control Parts (PPCP) ensures EEE components meet quality, reliability, and procurement standards in space projects.
Product Assurance (PA) support: What is and why it is important
The main challenge for EEE parts performing on Space projects is to withstand the extreme and harsh environment they must work in. This involves...
Detail/Procurement Specification vs Manufacturer Datasheets
A detail specification defines requirements for procuring parts, ensuring compliance with mechanical, electrical, and testing standards.