France – Hydromètres – Acquisition d’une horloge atomique de type Maser à hydrogène actif
AI summary
This tender concerns the acquisition of an active hydrogen maser atomic clock for the MéO laser station at the Calern Observatory. The device will provide ultra-stable timekeeping for space-time transfer experiments under the ACES-ELT mission, with deployment required before mission completion in 2027.
Manufacturers or authorized distributors of precision atomic clock systems, particularly hydrogen maser technology suppliers with experience in scientific research applications.
Suppliers must provide an active hydrogen maser atomic clock meeting ultra-stable timekeeping specifications. Technical documentation, performance guarantees, and delivery timeline aligned with 2027 mission deadline are required.
Frequently asked questions
What is this tender about?
This tender concerns the acquisition of an active hydrogen maser atomic clock for the MéO laser station at the Calern Observatory. The device will provide ultra-stable timekeeping for space-time transfer experiments under the ACES-ELT mission, with deployment required before mission completion in 2027.
What are the requirements for suppliers?
Suppliers must provide an active hydrogen maser atomic clock meeting ultra-stable timekeeping specifications. Technical documentation, performance guarantees, and delivery timeline aligned with 2027 mission deadline are required.
What type of company should bid?
Manufacturers or authorized distributors of precision atomic clock systems, particularly hydrogen maser technology suppliers with experience in scientific research applications.
Who is the buyer?
The buyer is Centre national de la recherche scientifique - délégation côte d'azur.
La présente consultation porte sur l’acquisition d’une horloge atomique de type Maser à hydrogène actif destinée à réaliser la base de temps ultra-stable de la station laser MéO (Laboratoire Géoazur) situé sur le plateau de l’Observatoire de Calern de l’OCA. Il a pour but de répondre aux expériences de transfert de temps de la mission spatiale ACES-ELT avant la fin de la mission en 2027.
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Acquisition d’une horloge atomique de type Maser à hydrogène actif
La présent consultation porte sur l’acquisition d’une horloge atomique de type Maser à hydrogène actif destinée à réaliser la base de temps ultra-stable de la station laser MéO (Laboratoire Géoazur) situé sur le plateau de l’Observatoire de Calern de l’OCA. Il a pour but de répondre aux expériences de transfert de temps de la mission spatiale ACES-ELT avant la fin de la mission en 2027.
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