Sync-tech’s frequency standard (BD 1024) delivers exceptional frequency stability. Thanks to a stability specification for 30-day averaging time, the clock can keep extremely predictable time and phase for long periods. Combined with a GPS timing receiver the frequency standard can produce a highly robust, inexpensive, and redundant frequency and time system.
Maintains exceptional accuracy and stability even in unstable environments—unsurpassed stability in the lab or field
Accuracy ±1.0 x 10–12 for standard performance; ±5.0 x 10–13 for high performance
Stability ≤1.2 x 10–11 for standard performance; ≤5.0 x 10–12 for high performance (for 1 second averaging time)
Environmental stability ±1.0 x 10–13 for standard performance; ±8.0 x 10–14 for high performance (frequency change for any combination of environmental conditions）
Long-term stability ≤5.0 x 10–14 for standard performance; ≤1.0 x 10–14 for high performance (for 5-day averaging time)
Proven reliability with an average mean time between failures (MTBF) of greater than 160,000 hours
Isolation between ports
Member of outputs
SSB Phase Noise 10MHz
Frequency deviation curve of a BD1024A cesium clock calibrated at the Chinese Academy of Metrology (test time：45 days, typical values). Each cesium clock is delivered with the results of the clock's calibration.
Stability Indicators for Cesium Clock BD1024 (45-day test time)