The MO is a cost-effective, high-performance master crystal oscillator. It's designed with long-lifetime, high-reliability technology for advanced space applications.
MO
Key Features
- Crystal technology
- High performance
- Long lifetime
- High reliability
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Stability
Over Temp. < ±1E-9 (-15/60șC)
Short Term: 3E-12/10s
Long term: < 3E-8/year
Size
44x54x57 mm
1.73x2.12x2.24 in.
The RAFS is a cost-effective, high-performance master rubidium oscillator. It's designed with long-lifetime, high-reliability technology for advanced space applications.
RAFS
Key Features
- Rubidium technology
- High performance
- Long lifetime
- High reliability
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Stability
Over Temp. < 5E-14/șC (-5/20șC)
Short Term: 1.5E-12/10s
Long term: 3E-10/year
Size
124x108.5 x118 mm
4.88x4.27x4.64 in.
Being the sole and the world's first supplier of the Passive Hydrogen Maser (PHM) physics package for the Galileo satellite navigation system, Spectratime has proven expertise and capability in designing advanced maser physics packages for high-performance, high-reliability space applications.
Maser Clock Design Capability
Key Features
- Passive Hydrogen Maser (PHM) physics package design capability
- High performance
- Long lifetime
- High reliability
Downloads
Stability
Over Temp. Spec upon request
Short Term: < 5E-14 @ 10,000s
Long term: < 1E-15/day
Size
Spec upon request