absolute coding

Absolute Coding Electronic Theodolite

基于绝对编码测角算法的电子经纬仪研究

In order to realize miniaturization of absolute optical encoder with the character of greater accuracy and more reliability, a new coding mode and structure of reading head are investigated.

为了实现高精度、高可靠性绝对式光电编码器的小型化，对编码器的编码方式和读数头的结构等进行了研究。

The principles and construction of360 ° angle sensor dealing with absolute coding is introduced, and the sensor has been used in all-position pipe welding machine.

引进并说明了一种名为A2I的绝对编码式360°倾角传感器的原理和组成，并在全位置管道焊机上进行了应用。

Single-ring coding has the advantages of absolute coding and overcome the advantages of multi-ring coding, consequently single-ring coding propels the technology of absolute coding forward quickly and it is the develop trend of angle measuring technology.

单码道绝对编码保留了绝对编码的优点并弥补了多码道编码的不足，从而推动了绝对编码技术得以快速发展，使之成为测角技术的发展趋势。

As having advantages such as littler inserting loss, better wavelength selection and absolute coding, FBG has bright prospects of applications in fiber communication and sensing.

由于它具有插入损耗小、波长选择性好及传感信息对波长绝对编码等优良特性，因而在光纤通信及传感领域有着广阔的应用前景。