实验获得的扫模曲线表明，该驱动电源能够满足环形激光陀螺扫模系统的要求。
The mode-sweep curve obtained by experiment shows that this power supply system can meet the requirement of automatic mode-sweep system of ring laser gyro.
针对国内对高精度环形激光陀螺(RLG)的需求，本文把FPGA应用于激光陀螺控制系统之中。
As the demanding for high accuracy Ring Laser Gyro is increasing in our country, FPGA is implemented in the control system of the RLG.
TNL - 16gi采用Tamam先进高精确环形激光陀螺仪和加速计，在一个嵌入式GPS中集成导航算法，为客户提供精确的导航解决方案。
An embedded GPS is integrated with the navigation algorithm, to provide precise navigation solution. TNL16-GI performance.
本文所涉及的方法也能用于激光陀螺环形腔的分析，井可由腔长来决定放电毛细管的直径。
These methods can also be applied to analysing the ring cavity of the laser gyro and then the diameter of the gain capillary can be determined with the given cavity length.
激光陀螺的精度主要取决于环形激光传感器的闭锁阈值和偏频装置引起的误差。
The accuracy of ring laser gyro is mainly depending on its lock-in threshold and the errors caused by its frequency biasing apparatus.
激光陀螺的精度主要取决于环形激光传感器的闭锁阈值和偏频装置引起的误差。
The accuracy of ring laser gyro is mainly depending on its lock-in threshold and the errors caused by its frequency biasing apparatus.
应用推荐