In mid-May, author from the PLA general staff headquarters the SMC and the China electronics technology group Corporation jointly organized the technical expertise of the meeting was informed that the electronic independent research and development company, from Chengdu in China days based on Beidou satellite navigation systems, second time
The first “military standard timetable”, successfully passed the comprehensive identification and assessment of the relevant military experts. This innovation, Beidou timing of widespread use and construction and development of China’s time-frequency provides a strong support.
Currently, there are still many officers and men through watching television when the advertised time information on the screen to complete the, this is not convenient, also struggles with standard time “second synchronization”. Future wars and implementation of complex and ever-changing diverse military tasks, time and frequency of the need to develop and perfect the autonomous system. Focusing on this, Tian AO electronic company researchers work together to tackle, second generation Beidou navigation satellite timing features of successful application to practice, developed a time of high precision, using the convenient, powerful “military standard timetable”.
According to experts, the use of Beidou satellite timing watch, the traditional watch technology and time-frequency technology, microelectronic technology, modern communications technology, computer technology, such as combining multiple technologies, automatic calibration by accepting a second generation Beidou satellite signals, the timing of watch display time synchronized with the standard time to be precise, its timing accuracy within 0.1 seconds.
The table also has a display of military standards, thermometer, barometer, altimeter, data storage, and other functions. It is learnt that the next “military standard schedule” will develop into an integrated satellite information terminal, through Beidou satellite positioning, navigation, and timing of three major functions.
