最终实现了微波源高压脉冲幅度稳定精度0.15%，满足了远红外自由电子激光实验需求。
As a result, it is successful in controlling the amplitude regulation accuracy of the microwave sources high voltage to 0.15%, which satisfies the requirement of far infrared FEL experiment.
而且还提高系统的响应速度和稳定精度，使它的应用范围得到了明显扩大，具有较好的推广应用前景。
Moreover also enhances the speed of response and the stable precision of the system, enable its application scope to obvious expansion, has good promoted application prospect.
传统稳定精度的测量采用人工方法对误差角信号进行处理，具有很大的随意性，使测量精度受到影响。
Traditional stabilization precision measuring method is of great randomness because of the manual selection of Angle error signal, which effects the measuring precision.
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