Microchip dévoile une horloge atomique compacte pour le New Space
Microchip 扩展了其面向航天领域的原子钟产品线，推出 Space CSAC-SA65，这是一款面向小型卫星和 New Space 场景的紧凑型精密授时方案。该器件具备 30 kRad 的抗辐射能力，可在 -40°C 至 +80°C 的温度范围内稳定工作，目标是在体积、成本和性能之间取得更适合新一代航天任务的平衡。
随着 New Space 市场快速增长，行业对更小型、更低成本、同时又能提供高精度同步能力的器件需求持续上升。Microchip 此次推出的 Space CSAC-SA65，正是针对这一趋势，为小卫星提供更紧凑的原子钟选择，以满足航天平台对可靠授时与系统同步的要求。
Microchip is expanding its space-grade atomic clock portfolio with the Space CSAC-SA65, a compact chip-scale atomic clock designed for small satellites and other New Space platforms that need precise timing in a reduced footprint.
The new device is rated for 30 kRad radiation tolerance and operates across a temperature range from -40°C to +80°C, making it suitable for demanding space environments. Microchip is positioning the part as a timing solution for the fast-growing New Space market, where demand is rising for smaller, lower-cost components that can still deliver high-precision synchronization.
By adding the Space CSAC-SA65 to its lineup, the U.S. company is broadening its offering of space atomic clocks to address the needs of compact satellite systems, where size, power consumption and reliability are critical constraints.
L’Américain élargit son offre d’horloges atomiques spatiales avec Space CSAC-SA65, un circuit tolérant à 30 kRad et fonctionnant de -40°C à +80°C, pour équiper les petits satellites avec des solutions de synchronisation de précision compactes. Le marché en plein essor du New Space tire la demande en composants plus compacts et moins chers destinés aux […]
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Microchip launched the Space CSAC-SA65, a compact, radiation-tolerant atomic clock for small satellites, enabling more precise onboard timing at lower size/cost—key for New Space missions.
Microchip — designs semiconductors and timing components, based in the United States.
[Monitor] — compact atomic clocks for smallsats can accelerate mission capability and procurement in the fast-growing New Space segment.