Backed by the National Ministry of Science and Technology's Major Scientific Instrument Special Project, the TA1000 laser-pumped small cesium atomic clock stands as a core device in the high-precision time-frequency domain. Serving as a first-class frequency standard, it is widely used in key areas such as high-precision timekeeping and timing, digital communication, power synchronization, and time-frequency metrology.

This device adopts advanced laser pumping and laser detection technologies, combining high performance, high reliability, and long service life. It can automatically monitor and record its operating status. With a wide operating temperature range design, it can stably output precise time-frequency signals in complex environments. In terms of performance, it outputs multiple types of time-frequency signals (such as 5MHz sine wave, 10MHz sine wave, etc.), and its frequency stability, phase noise, and other indicators are excellent, providing nanosecond-level time synchronization accuracy for the system.

The application scenarios of TA1000 cover the construction of atomic clock groups, time-frequency guarantee in the fields of communication, power, and transportation, the construction of time synchronization systems, and time-frequency measurement and calibration. Relying on excellent environmental adaptability (vibration resistance, electromagnetic compatibility, etc.) and ultra-long MTBF (≥10000h), it has become a reliable choice for high-precision time references in various industries.