Rubidium Sources
Rubidium frequency references are more stable than mechanical systems, with holdover stability 50 times better than OCXOs. Basic products include NR2110-R and NR2310-R, but atomic reference phase noise may not be acceptable. To solve this, a low noise OCXO is incorporated and disciplined to Rubidium, creating a low noise, high stability reference (NR2110-R/O, NR2310-R/O).
For even better long-term stability, GNSS disciplined 10 MHz references are available (NR2110-R/O/G, NR2310-R/O/G, NR8403-RO).
Showing all 17 resultsSorted by popularity
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10 Channel Rubidium PPS Source NR2310D-R-P
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Portable 10 MHz GNSS GPS Stabilized Frequency Reference with OCXO or Rubidium Holdover Stability within 0.5 ppb NR300
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pico Pod Compact Rubidium GNSS Locked 10 MHz Low Noise Frequency Reference
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GNSS GPS Disciplined Oscillator, 10 MHz Frequency Reference High Stability – NR3620-HS-R
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Dual Channel, Low Noise 10 MHz Frequency Reference, Rubidium with GNSS GPS Disciplining NR2110-ROG
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Dual Channel, Low Cost, Low Noise Rubidium Reference NR2110-RO
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Dual Channel, GNSS GPS Disciplined, Low Phase Noise Rubidium 10 MHz Frequency Reference NR2110D-ROG-HS3
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Dual Channel Low Noise Rubidium 10 MHz Frequency Reference with GNSS Locking NR2110D-R/O/G
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Dual Channel Low Noise Rubidium 10 MHz Frequency Reference NR2110D-R-O
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Dual Channel Low Cost Rubidium 10 MHz Frequency Reference NR2110D-R
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Dual Channel Low Cost Rubidium 10 MHz Frequency Reference NR2110-R
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16 Channel,Low Noise Rubidium, GNSS-Locked 10 MHz Frequency Reference – NR2316D-ROG
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10 Ch Rubidium 10 MHz Reference with GNSS Locking NR2310D-R/O/G
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10 Channel Low Noise Rubidium 10 MHz Frequency Reference NR2310D-R/O
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10 Channel High Performance Low Noise Rubidium Audio Reference -Kronos1
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10 Channel 10 MHz Rubidium Frequency Reference NR2310D-R
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10 Channel 10 MHz Frequency Standard High Performance Low Phase Noise Rubidium -Kronos1
