Particularly effective atomic beam cesium. With our innovative optical cesium atomic clocks, we’re moving to the next level of stability and lifetime performance. However, atomic cesium remains the most widely used substance in molecular or atomic beam frequency control devices. Parry at the National Physical Laboratory, Teddington, London, 1955. Now it must go further than ever before to meet tomorrow’s even more stringent requirements. Caesium atomic clock made by Louis Essen and J.V.L. This technology has proven to deliver excellent performance and reliability in many applications including mission-critical use cases. Communication service providers appreciate standard-compliant SNMP interfaces for seamless end-to-end control from their umbrella management systems. Cesium 133 is the element most commonly chosen for atomic clocks. With technology that guarantees phenomenal accuracy, performance levels exceeding ITU-T G.811/Stratum 1 PRC, a long-life 10-year cesium tube all in an extremely compact size, our cesium clocks are at the very top of the class. Ideal for ensuring timing accuracy in today’s and future applications, they offer superb performance over a wide temperature range and a unique set of operational features, including greatly enhanced and simple integration into industrial, professional and time and frequency host systems. First Online: 10 June 2021 816 Accesses Part of the Lecture Notes in Electrical Engineering book series (LNEE,volume 774) Abstract Space-borne cesium clock is the load of space time keeping system of navigation system, which provides frequency information with high accuracy and high stability for positioning and timing. Our cesium units enhance overall network performance and prevent up-stream clock errors from propagating across the entire network. With our technology, network operators can rely on a frequency source that delivers even better than the required levels of accuracy during its whole lifetime. Addressing precise timing specifications requires the implementation of a primary reference clock that generates signals at all times, together with very high frequency stability.
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