合同工作结果证明,在实验室典型环境下,可以根据预测工作特性,制造振梁式速率陀螺,其精度比得上大量程的飞行控制速率陀螺、传感器基本元件的简单可靠,需要功率低,加上固态陀螺的良好的频带宽度,所以同一般的速率陀螺比起来要好得多。宽的动态范围和固态陀螺好的线性度提供附加正系数。然而环境试验已表明温度漂移必须改进,使性能比得上现有的速率陀螺,这是方案下一 The results of the contract work prove that under the typical laboratory environment, the vibrating-beam rate gyroscope can be manufactured according to the predicted working characteristics. The accuracy of the gyroscope is comparable to the flight control rate gyroscope with a large range. The basic components of the sensor are simple and reliable, Good solid state gyroscope bandwidth, so with the general rate gyro is much better than it. The wide dynamic range and good linearity of the solid-state gyroscope provide additional positive coefficients. However, environmental tests have shown that temperature drift must be improved to make the performance comparable to existing rate gyros, which is the next scenario