平台和运载器的方位角是根据由水平环架支承的方位速率陀螺讯号借助积分运算得到的。

The azimuth angles of platform and vehicle will be obtained by an integrator from azimuth rate signals measured by an azimuth gyroscope supported on a horizontal gimbal.

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介绍了一种以arm7单片机(选用LPC 2292)作为核心处理器，以挠性陀螺为传感器的寻北仪方位角-数字转换系统设计及实现电路。

This paper presents the design and actual circuit of a computer control system for the North-Seeker with ARM7 (here LPC2292 is used) as core microprocessor and the flexible gyro as sensor.

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通过计算机数据处理对陀螺仪漂移进行补偿，使方位角测量精度大为提高。

By compensating the gyroscope's drifting with computer data processing, the precision of azimuth measurement was significantly improved.

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