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Xtal Ball
Extraordinary OCXO products: “Atomic” stability at lowest consumption
Xtal Ball Technologies specialises in high-precision oven-controlled crystal oscillators with almost atomic clock stability: optimal frequency stability, ultra-low phase noise and low aging, combined with precision frequency control, small packages, low g-sensitivity and extremely low power consumption.
Thirteen models in four families cover everything from a full CSAC replacement to shock resistant DIP8 and DIP14 OCXOs, for equipment that needs the highest stability from the smallest power budget: battery-powered instruments, ocean bottom nodes, GNSS receivers, radar and secure communication. Sold and supported in Israel by Artec Lantec.
Four product families 13 models
- “Atomic” precision low power clocks: CSAC alternative2 modelsXBC25 · XBC25A
0.5 ppb stability over -40 to 85 °C, Allan deviation 5E-13 at 1 s, 1PPS and 10 MHz outputs, under 100 mW. The XBC25A is a full-function replacement for chip-scale atomic clocks.
- Ultra-stable low phase-noise low power OCXOs3 modelsXBO20 · XBO20S · XBO25
0.5 ppb stability over -40 to 85 °C with -118 dBc/Hz phase noise at 1 Hz, under 110 mW.
- Low power high stability miniature OCXOs6 modelsXBO8 · XBO8S · XBO14 · XBO14S · XBO8L · XBO14L
1 to 2 ppb stability in DIP8 and DIP14 footprints: through-hole, surface-mount and low profile versions, around 100 mW.
- Low power shock resistant OCXOs2 modelsXBO8D · XBO14D
Rated for 1000 g, 1 ms shocks, with 0.3 ppb per day aging and 10 ppb stability over -40 to 85 °C.
