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Details, datasheet, quote on part number:FTS9400Series
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Datasheet text preview:
Features Overview
Output Frequency: Power consumption: Radiation rated to: Frequency Aging@5MHz: Temperature Range:
5 MHz - 25 MHz 2.6W @ 25º C >100 krad (Si) 5E-11/day, 1.5E-8/year -25º C to +60º C
Caesium and Quartz Products
HIGH REL/SPACE PRODUCTS
9400 Satellite Master Oscillators
The Datum 9400 is a master oscillator that produces a highly stable, low noise, reference frequency output. The use of surface mount technology allows for the greatest reduction in size possible without compromise of performance or reliability. All discrete components manufactured to military standards are purchased from a military certified and qualified vendor. The environmentally rugged Datum 9400 features an SC-cut quartz resonator and sustaining electron-
ics controlled at a precise temperature to achieve temperature insensitive performance. The satellite master oscillator also exhibits excellent short-term stability, phase noise and aging characteristics. Backed by an extensive oscillator legacy, the Datum 9400 series meets the challenges of stringent specifications for frequency control, even under the most adverse environmental conditions.
These oscillators are suitable for direct installation as a component in equipment and systems as well as for use as a master frequency standard, local oscillator and timing base. The oscillator series satisfies a range of applications such as: · Shipboard timing references · Satellite system's on board timing and frequency standard · Land-mobile system frequency reference · Receivers/transmitters/LO
9400 Satellite Master Oscillators
Specifications
Output Level (TTL Outputs Available): 7.0 dBm into 50
Electrical Frequency Control (EFC) Range: Short-Term Stability: 1 second (Allan Deviation) 10 second (Allan Deviation) ±4E-7 Typical @5 MHz 3E-12 1E-12 @5 MHz 5E-11 1.5E-8
Caesium and Quartz Products
HIGH REL/SPACE PRODUCTS
Warm-Up Power
Warm-Up Time From +25º C: Operating Temperature Range: Storage Temp. (Non-operating):
Frequency Aging
Per Day Per Year
6 Watts 15 minutes to 2E-8 -25°C to +60°C -40°C to +100°C @5 MHz: 4E-9 per g 7E-10 per g (worst case axis) 20 grms >100 krad (Si) >10 million hours
Acceleration Sensitivity
Typical Option 1
Phase Noise @ 5MHz
Offset Frequency 1 Hz 10 Hz 100 Hz 1 KHz 10 KHz 100 KHz L (f) -116 dBc/Hz -140 dBc/Hz -150 dBc/Hz -157 dBc/Hz -160 dBc/Hz -160 dBc/Hz
Random Vibration Radiation Rated Mean Time Between Failure
(MIL-HDBK-217E)
Physical
Size Weight Volume 1.49" x 1.86" x 3.6" 8.1 ounces 9.98 cu inches
Frequency vs. Temperature Harmonic Distortion Non-Harmonic Distortion Frequency Retrace Input Voltage
Range Sensitivity (Ripple, Variation)
±4E-9 -40 dBc -90 dBc ±1E-8 (After up to 24 hrs. off & 1 hour on at 25°C)
Options
· Lower Phase Noise Performance · Power conditioning · Mechanical Isolation Systems · Multiple outputs · Crystal Radiation Preconditioning
15 to 18 Vdc 60 mVpp, +/-10%
Power
Steady State Vacuum 3.6 Watts @25°C 2.4 Watts @25°C
Specifications subject to change without notice.
Datum-TT&M · 34 Tozer Road · Beverly, MA 01915-5510 · Tel: +1-978-927-8220 · Fax; +1-978-927-4099
USA Toll Free: 1-800-544-0233 · Web: www.datum.com · E-mail: ttmsales@datum.com
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