Home
Products
NTP network time server
1588 PTP server
Digital Sub-Clock
Satellite Signal Isolation Device
Portable Clock
NTP server accessories
Remote Intelligent Power Controller
About Us
Company Overview
Development History
Corporate culture
Corporate Honors
Advantages
Certification
Enterprise Qualifications
Qualification Testing
Domestic testing
Patent and Software Copyright
Cases
Finance and Insurance
Research institute
Energy and Steel
Healthcare
Broadcasting and television
Power Communication
Educational institutions
Transportation
Other well-known enterprises
Blog
Breaking News
Transaction Dynamics
After-Sales
After-sales hotline
Instruction Manual Download
Monitoring software download
Encyclopedia
Time-Frequency Encyclopedia
Contact
+86-10-62893032
Focus on time and frequency, precise and stable.
Reliability Measures for the Frequency Source of a Time‑Synchronization System
In general, time‑transfer systems based on atomic frequency standards exhibit excellent long‑term stability. However, during operation, the primary frequency standard may drift, experience malfunctions, or lose ground‑based control. In such cases, appropriate ground‑ and airborne measures must be implemented to ensure the stability and reliability of the frequency‑signal output.
04
2024
/
07
Timekeeping Characteristics of Atomic Clocks in Timing Systems
The U.S. National Institute of Standards and Technology is developing an actively coherent‑scheme trapped‑ion atomic clock and announced on August 31, 2004, that it had successfully demonstrated an experimental apparatus for such a clock.
Beidou timing terminal 1PPS signal output
The 1PPS signal from a Beidou timing terminal stands for “1 pulse per second.” Nowadays, most satellite navigation timing terminals are required to provide this output.