High-reliability power management for space is essential for the consistent and efficient operation of spacecraft systems in the harsh conditions of outer space. Our advanced solutions such as space-grade DC-DC converters are designed to operate under extreme temperature variations and radiation exposure. These converters play a critical role in converting spacecraft DC power between voltage levels to maintain the stability and performance of essential on-board systems.
Our mission-critical electromechanical power relays that adhere to stringent NASA-EEE-INST-002 standards to provide the reliability and quality required for NASA programs. Manufactured using state-of-the-art techniques in ISO 5-compliant environments and subjected to extensive testing, these relays offer superior performance in the demanding conditions of aerospace missions. High-reliability power management is a cornerstone of successful space exploration, safeguarding the functionality and longevity of mission-critical systems.
Operating consistently in the harsh conditions of outer space for mission success
Utilizing rigorous space converters and mission-critical electromechanical power relays that meet stringent NASA standards
Enhancing the functionality and lifespan of mission-critical systems to safeguard the overall mission
For our RT products, TID and/or Single Event Effects (SEE) radiation effects are measured and reported, but TID is not guaranteed through radiation acceptance testing; RHA designator is left blank in the 5962 SMD number or JAN slash sheet as defined in MIL-PRF-38534/38535/19500.
Our RH products deliver Total Ionizing Dose (TID) radiation performance through radiation acceptance testing; this may or may not include official DLA/DTRA RHA certification and designation in the 5962 SMD number or JAN slash sheet.
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Space Solutions Brochure | Product Documents | DS00003015 | Download |