1·This paper introduces the electrical zero and absolute encoder zero phase compensation method.
本文介绍了电机零位与绝对式编码器零位的相位补偿方法。
2·The ACURO AI25 optical industrial absolute encoder is available in a single-turn or multi-turn version.
在ACURO AI25光学工业绝对值编码器在一个单圈或多可转版。
3·Encoding system of absolute encoder generally USES natural binary code, Gray code, Gray-excess-code and so on.
绝对式编码器编码码制通常采用自然二进制码、格雷码、格雷余码等。
4·Compared with the two old ones, remarkable properties of virtual absolute encoder have stand out, and it will be adopted widely in the future.
通过与两种传统编码器特点的比较，突出了准绝对式光学编码器的显著特点，指明了其未来良好的应用和发展前景。
5·A new code generating method based on pseudo-random sequence is proposed. The generation of the absolute encoder as well as its application is described.
提出了一种基于伪随机序列的索引式绝对位置编码，介绍了它在绝对位置角度传感器中的应用和生成方法。
6·The serial encoding method can reduce the diameter of the code disk and simplify the optical pattern, in favour of miniaturization and high precision of the absolute encoder.
与传统绝对式光学编码器相比，码盘直径小、光学图案简单，有利于绝对式编码器实现小型化和提高精度。
7·M sequence pseudorandom code is used for encoding the pseudorandom code absolute encoder, double slit technique is used to perform time sharing reading and ROM is used as the coding device.
伪随机码绝对式编码器采用M序列伪随机码作为编码方法，采用双狭缝技术进行分时位置读取，并采用ROM元件进行译码输出。
8·To satisfy the requirement of encoder miniaturization, a fire-new encoding method and inimitable design structure of reading head are proposed to develop super miniature virtual absolute encoder.
针对编码器日趋小型化的技术要求，本文提出一种全新的编码方式和独特的读数头设计结构，成功研制出了超小型准绝对式编码器。
9·In this paper, the fundamental principle and theoretical basis of the single_ring absolute encoder are specified, and the system hardware design is illustrated. The experimental results show that...
详细介绍了单圈绝对式编码器的基本原理和理论依据，具体给出了系统硬件设计方法。
10·Absolute coding method in the electronic theodolite encoder encoding can be divided into single Multi-ring coding and Single-ring coding.
绝对编码法的电子经纬仪中的编码器的编码方式可以分为多码道编码和单码道编码。