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ALTER Technology is pushing the limits of space reliability through advanced cryogenic testing of EEE components for ESA’s ARIEL mission. Using state-of-the-art helium cryostats reaching temperatures as low as 10K, ALTER qualifies critical components, from microswitches to operational amplifiers—to ensure flawless performance in extreme thermal environments.
The GRACE project develops SiC radiation sensors for plasma diagnostics, tested at 500°C to ensure fusion reactor suitability.
JUICE mission tested optical fibers under cryogenic cycles to ensure performance for data transfer from Jupiter’s icy moons.
Strain gages are tested in extreme temperatures and vacuum to assess deformation behavior in critical structures.
Space applications demand fault-free electronic components tested for extreme conditions to ensure long-term satellite reliability.
Humidity test evaluates component reliability by exposing devices to moisture and heat to reveal potential failures or degradation.
Non-mechanical optical switches show strong potential for space use, with B-EO and MO technologies performing reliably.
Photonic integrated circuits offer radiation-resistant solutions for data, sensing, and space-based communication systems.
ECSS-Q-ST-60-14C outlines relifing rules for stored EEE parts, ensuring their suitability for space applications over time.
Burn-in test screens electronics for early failures, removing defective parts to ensure long-term reliability and product quality.
HAST test accelerates humidity reliability checks for electronics, reducing test time while ensuring accurate, representative results.
Angular sensors tested for space: modular benches enable precise qualification under extreme temperature and vacuum conditions.
Endurance testing of lasers in vacuum ensures stability, accurate control, and traceability across all wavelengths.
Thermal vacuum testing of IR sources under extreme temperatures ensures reliability and accurate characterization.
Thermal Vacuum Testing ensures space components withstand extreme cold, heat, and ultra-high vacuum environments.
Microwave testing lab offering expert analysis, design, and inspection for high-reliability microwave systems.
Multipaction in space systems can cause signal disruption. Understand its effects and mitigation techniques in RF environments.