Vibration testing for small sats simulates launch conditions to ensure structural integrity and reliability in space.
Vibration testing for small satellites to ensure launch survival
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TID Irradiation testing for small satellites ensuring radiation resistance
TID irradiation testing evaluates radiation effects on small satellites to ensure reliability under space conditions.
SRS Shock testing for small satellites ensuring deployment reliability
SRS shock testing simulates the sudden impact during satellite deployment, ensuring structural integrity and performance under launch conditions.
TVAC testing for small satellites simulating space conditions
TVAC testing simulates the thermal and vacuum conditions of Low Earth Orbit to ensure smallsat durability and performance in space.
Ensuring small satellite compatibility with EMI and EMC testing
EMI/EMC testing ensures electromagnetic compatibility by assessing emissions and immunity to prevent interference in space systems.
Small satellites equipment testing: Ensuring reliability in new space missions
Small satellites equipment testing ensures reliability through EMI/EMC, thermal vacuum, vibration, and shock tests for space readiness.
DPA parts examination: Ensuring quality and reliability in EEE components
DPA parts examination verifies EEE component quality through detailed inspections, detecting defects that could impact system reliability.
What are COTS space components?
COTS space components offer high performance but require rigorous testing to ensure reliability, traceability, and risk mitigation.
Testing COTS components for space: Challenges, risks, and qualification strategies
Testing COTS ensures reliability for space applications through assessment, screening, and qualification to mitigate potential risks.
Quantum Key Distribution (QKD): The future of secure data transmission
Quantum Key Distribution ensures secure data transmission by using quantum entanglement to exchange encrypted keys over communication channels.
Quantum Key Distribution (QKD) in space communications
QKD enables secure key exchange using quantum principles, ensuring confidentiality and integrity in space communications.
Quantum optical transceiver for space applications
Quantum optical transceiver enables secure satellite communications using quantum technology for encrypted data transmission.
ALTER in BepiColombo programme
BepiColombo, a joint ESA-JAXA mission, aims to study Mercury using two orbiters, MPO and MMO, after a seven-year journey.
SiC reliability testing for Bepi Colombo
SiC reliability testing evaluates Schottky diodes for extreme temperatures and radiation, ensuring performance for space missions like BepiColombo.
Automotive SiC module technology analysis and radiation testing
Automotive SiC module technology enables higher efficiency in EV inverters, supporting advanced power density and thermal performance.
The impact of space radiation on electronic components in spacecraft
Space radiation affects spacecraft electronics, causing degradation and failures. Testing and modeling help predict and mitigate these effects.
SiC reliability and defect detection testing
SiC reliability is crucial for high-power applications. Advanced testing methods help detect defects and ensure long-term performance.
The behaviour of GaN power HEMTs subjected to short circuit
GaN power HEMTs exhibit unique behavior under short-circuit conditions, impacting performance and reliability.
Optical interconnects achieve TRL 9 for space applications
Optical interconnects improve data transmission efficiency and reliability, reaching TRL9 for advanced communication systems.
Optical transceiver in new generation satellite communication
Optical transceiver technology enhances satellite communication by enabling faster and more efficient data transmission.