Rubidium clock 8200 is specially designed for all-environment applications, while maintaining the accuracy and stability of the rubidium clock itself. Its excellent phase noise and stability performance can support applications such as advanced communications and navigation systems.
Rubidium clock 8200 is specially designed for all-environment applications, while maintaining the accuracy and stability of the rubidium clock itself. Its excellent phase noise and stability performance can support applications such as advanced communications and navigation systems. Rubidium clock 8200 is a reinforced earthquake-resistant rubidium clock developed based on the tracking data of rubidium clocks and OCXO technology for more than 30 years. These technologies ensure the excellent frequency stability of the clock under various unfavorable working environments. It is widely used in ships, vehicles, airborne, missile-borne, advanced communications, navigation and positioning systems.
product Overview:
*10MHz output *fully sealed *shock/vibration reinforcement *digital monitoring *<1 inch height *5MHz output is optional.
Main features:
☆Initial frequency accuracy: <5E-11(@25℃)
☆Fully sealed design
☆Phase noise index:
<-72dBc/1Hz
<-90dBC/10Hz
<-128dBc/100Hz
<-140dBc/1KHz
<-148dBc/10KHz
☆Aging rate: Monthly aging rate: <±5E-11
☆Short-term stability index: <3E-11@1s
<1E-11@10s
<3E-12@100s
☆Temperature characteristics: <3E-10(-40℃~80℃)
☆The anti-vibration index of Rubidium Clock 8200 (in line with US military standard 810 514.5, step I)
Working status: category 24, minimum integrity, 7.7g (root mean square value) @0.04g2 Hz 20Hz-1KHz, 15 minutes/axis (keep locked);
Non-working state: category 24, minimum integrity, 15.4g (root mean square value) @0.16g2/Hz 20Hz-1KHz, 30 minutes/axis.
☆The impact resistance index of rubidium clock 8200 (in line with US military standard 202 213)
Working status: <11ms 30g non-sine wave (keep locked)
Non-working state: <11ms 50g non-sine wave
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