The inductosyn can be used as a speed transducer.
如改变测量时间，则可作为一种速度传感器使用。
The method is applicable to Inductosyn system equally.
该方法同样适用于感应同步器系统。
This paper introduces a type of circuit which can digitize signal of inductosyn by AD2S90.
介绍了一种利用AD2S90芯片实现的感应同步器信号变换电路。
In order to measure azimuth Angle precisely, the inductosyn angular measurement system is designed and implemented.
为了实现对方位角的精确测量，设计并实现了圆感应同步器方位测角系统。
The quick and accurate disposal of the inductosyn output signal is demanded during the displacement measuring process in machining.
在机械加工过程的位移检测中要求对传感器输出的信号进行快速、准确的处理。
A single chip computer controlled error compensating system USES digital display of inductosyn to compensate errors of scaled zero position.
介绍一种由单片机控制的误差补偿系统，利用感应同步器数显装置对定尺零位误差进行补偿。
The inductosyn in this measurement device of eccentricity is made by ourselves. The authors make own suggestions about the inductosy's characteristics.
这一偏心测量装置中的感应传感器是我们自己研制的，作者对其特性提出了自己的见解。
The error of inductosyn Angle measurement system will cause ripple of speed in DC motor control system. This error is equal to adding a disturbance to the input.
由于感应同步器测角系统的误差的存在，相当于在系统的输入端加入了一个干扰，从而在电机控制系统中引起电机速率的波动。
By applying the harmonic analysis method to adjusting and compensating, the practical test data is acquired, and the inductosyn Angle measuring accuracy is, raised.
通过实测数据并用谐波分析的方法对两项误差进行补偿与调整，提高了感应同步器的测角精度。
It provided also a large quantity of high precision hydrodynamic-hydrostatic and pneumatic spindle units, inductosyn, etc. for machine tools and aerospace industries.
还为机床、航天等行业部门提供相当数量的高精度动静压、气动主轴部件和感应同步器等产品。
The operational principle of the fixed scale energizing of inductosyn, the design of the hardware and software of the digital dis-Play all single chip computer are introduced concretely.
具体介绍感应同步器定尺激磁工作原理，数显仪及单片机系统硬件、软件设计。
A method that measuring angular displacement error, identifying parameters of error model and compensating error automatically was put forward based on inductosyn angular measuring system.
针对感应同步器测角系统，提出了一种自动检测测角误差、辨识误差模型系数和补偿误差的方法。
Based on the characteristics of the Inductosyn, this article discusses the relationship between the dynamic precision and the static precision, and extends the conclusions to other Angle sensors.
文章基于感应同步器的特点，讨论了其动态精度和静态精度的关系，并将结论推广到其它几种角度传感器上。
Based on the characteristics of the Inductosyn, this article discusses the relationship between the dynamic precision and the static precision, and extends the conclusions to other Angle sensors.
文章基于感应同步器的特点，讨论了其动态精度和静态精度的关系，并将结论推广到其它几种角度传感器上。
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