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Two (2) Ultra stable oscillator with fractional frequency stability better than 1e-13 from one (1) to 30 seconds to the specifications stated below: Two (2) ultra-stable oscillators that meets the fol... Two (2) Ultra stable oscillator with fractional frequency stability better than 1e-13 from one (1) to 30 seconds to the specifications stated below: Two (2) ultra-stable oscillators that meets the following specifications: • Short-term stability:1E-13 at one (1) second and 8E-14 from three (3) - 30 seconds Allan Deviation (ADEV) • Frequency 10 Megahertz (MHz) • Phase noise: negative (-)130 relative to the carrier in a 1-Hertz bandwidth (dBc/Hz 1 Hz), -150 dBc/Hz at 10 Hz, -157 dBc/Hz at 100 Hz, -160 dBc Hz at 1 kHz • Frequency stability: ±5E-11 over zero (0) to 50 Celcius • Ageing: ±5E-11/day (±50 parts per trillion (ppt) • G sensitivity: ±1 parts per billion (ppb)/gram (g) • Volume: less than (<)2 liters

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The Contractor shall provide two (2) ultra-stable oscillators that meet the following specifications: • Short-term stability:1E-13 at one (1) second and 8E-14 from three (3) - 30 seconds Allan Deviati... The Contractor shall provide two (2) ultra-stable oscillators that meet the following specifications: • Short-term stability:1E-13 at one (1) second and 8E-14 from three (3) - 30 seconds Allan Deviation (ADEV) • Frequency 10 Megahertz (MHz) • Phase noise: Negative (-) 130 relative to the carrier in a 1-Hertz bandwith (dBc/Hz) at 1 Hz), -150 dBc/Hz at 10 Hz, -157 dBc/Hz at 100 Hz, -160 dBc Hz at 1 kHz • Frequency stability: Plus or minus (±)5E-11 over zero (0) to 50 Celcius • Ageing: ±5E-11/day ±50 parts per trillion (ppt) • G sensitivity: ± one (1) parts per billion (ppb)/gram (g) • Volume: less than (<) two (2) liters • Manuals: Necessary documentation and manuals describing operation (including acceptance reports)