TimeStation time-frequency transmission system characteristic: 1. Built in GNSS satellite receiver, combined with satellite co vision technology, to achieve remote high-precision time transmission and comparison 2. The observation period can be flexibly configured, real-time comparison results can be generated, and observation and data processing can be executed in parallel 3. Support time output interfaces: 1PPS, 1PPS+TOD, IRIG-B (DC), NTP (SNTP), PTP 4. Support clock output interfaces: 10MHz, 2.048MHz, 2.048Mb/s, nKHz 5. Time testing interface: 1PPS, 1PPS+TOD 6. Using WEB technology to achieve device function configuration, result display, and data management 7. Redundant power supply design ensures stable and reliable power supply system of the platform 8. Highly integrated architecture design, time transfer comparison integrated into one 9. Time transmission accuracy<10ns, time measurement accuracy<5ns 10. Support traceability to UTC Standard Time (NTSC) 11. Unique cloud computing data interaction platform technology 12. Flexible combination of different types of interface boards Technical parameters: GNSS receiver: GPS, BDS Rubidium atomic clock: accuracy: 1X10-12 (100s) Time transfer accuracy:<10ns (relative to UTC) Time measurement accuracy:<5ns (relative to UTC) Time input interface: 1PPS, 1PPS+TOD Time output interface: 1PPS, 1PPS+TOD, IRIG-B (DC), NTP (SNTP), PTP Clock (frequency) output interface: 10MHz, 2.048MHz, 2.048Mb/s, nKHz Clock (frequency) input interface: 10MHz Support data formats: NTSC, CGGTTS Size: 19 "/2U standard chassis 483mm x 400mm x 89mm (L x W x H) Working temperature: 0 ℃~40 ℃ Working humidity: 5% -90% (40 ℃) Storage temperature: -20 ℃~60 ℃ Weight: Approximately 8-12kg (depending on the number of business boards)
characteristic: 1. Built in GNSS satellite receiver, combined with satellite co vision technology, to achieve remote high-precision time transmission and comparison 2. The observation period can be flexibly configured, real-time comparison results can be generated, and observation and data processing can be executed in parallel 3. Support time output interfaces: 1PPS, 1PPS+TOD, IRIG-B (DC), NTP (SNTP), PTP 4. Support clock output interfaces: 10MHz, 2.048MHz, 2.048Mb/s, nKHz 5. Time testing interface: 1PPS, 1PPS+TOD 6. Using WEB technology to achieve device function configuration, result display, and data management 7. Redundant power supply design ensures stable and reliable power supply system of the platform 8. Highly integrated architecture design, time transfer comparison integrated into one 9. Time transmission accuracy<10ns, time measurement accuracy<5ns 10. Support traceability to UTC Standard Time (NTSC) 11. Unique cloud computing data interaction platform technology 12. Flexible combination of different types of interface boards
