photoelectric encoder中文是什么意思

• 光电编码器

• "photoelectric"中文翻译    adj. 【物理学】光电的。
• "encoder"中文翻译    n. 译电员；〔自动控制〕编码船。
• "photoelectric precision encoder" 中文翻译 :    光电精密编码器
• "encoder" 中文翻译 :    n. 译电员；〔自动控制〕编码船。
• "photoelectric" 中文翻译 :    adj. 【物理学】光电的。
• "a olute encoder" 中文翻译 :    绝对编码器
• "absolute encoder" 中文翻译 :    绝对编码器
• "ad encoder" 中文翻译 :    模拟数字编码器
• "altitude encoder" 中文翻译 :    高度编码器
• "amplitude encoder" 中文翻译 :    幅度编码器
• "analog encoder" 中文翻译 :    模拟编码器
• "angle encoder" 中文翻译 :    角编码器
• "angular encoder" 中文翻译 :    角编码器[ 利用光栅或二进制等数字线条技术测量角位移的装置。角编码器分为相对; 角位移光栅
• "azimuth encoder" 中文翻译 :    方位编码器
• "blip encoder" 中文翻译 :    标志编码器
• "block encoder" 中文翻译 :    块编码器
• "brush encoder" 中文翻译 :    电刷编码器
• "channel encoder" 中文翻译 :    信道编码器; 信道偏码器; 信号编码器
• "chronometric encoder" 中文翻译 :    计时编码器; 记时编码器
• "color encoder" 中文翻译 :    彩色入码器
• "colour encoder" 中文翻译 :    彩色编码器; 彩色电视信号系统编码器
• "command encoder" 中文翻译 :    命令编码器; 指令编码器
• "data encoder" 中文翻译 :    数据编码器
• "decimal encoder" 中文翻译 :    十进制编码器
• "depth encoder" 中文翻译 :    深度编码器

• The design of measurement circuit of solid - axes photoelectric encoder
  实轴增量式光电编码器测量电路的设计
• From the four aspects of the processing circuit , this paper introduced the properties of the output circuit of the solid - axes photoelectric encoder and explicated the design idea , scheme and implementation
  摘要介绍了如何设计增量式光电编码器的输出信号处理电路，并从该电路设计的四个方面着手，较为详细地阐述了电路组成的构思、设计及实现过程。
• Current turntable control system usually adopts digital - analog control method . with the development of computer science and photoelectric encoder , numeralization of control system has become the trend for designing turntable control system
  现有的转台控制系统一般采用数? ?模混合控制方式,随着计算机技术与光电编码器的飞速发展,控制系统的数字化已成为转台控制系统设计实现的发展趋势。
• Basing on the operating characteristics of the pmsm machine tool spindle drive system , a novel frequency multiplication circuits which can be switch to 2 or 4 times of base frequency is proposed in the paper . it resolves the paradox of using a same photoelectric encoder under high and low speed operating condition of motors
  它能够根据指令实时的对编码器反馈回来的电机速度信号进行2倍频或4倍频处理，解决了用同一个编码器来检测电机低速和高速的矛盾。
• On the basis of describing the situation of current logging technology and considering the atrocious environment and the superiority of video imaging well - logging , the logging system consists of hardware and software sub - system in this paper . according to the objective condition of logging , the design of hardware has taken special treatments : high - temperature - proof protection with particular equipment for the whole circuit , video collection with ccd , temperature signal gathering by pt resistance and v / f transform , depth measurement through photoelectric encoder and jitter elimination circuit
  在系统的硬件设计中，针对油田测井的客观环境，进行了特殊处理：对整体测量电路采用特种装备进行耐高温保护；对井下的视频信号采用ccd摄像头进行采集；对井下温度信号利用铂电阻和v f变换实现采集；对深度信号采用光电码盘及去抖电路进行精确测量。
• On the base of particular introduction of several ac servocontrol technologies , the system adopts the permanent magnet synchronous machine as the driver motor and the permanent magnet brush - less motor as the momentum balance motor . the hardware and software of the system have been designed and debugged on the cpu of special motor controller - tms320f240 . the servo driven motor uses absolute situation photoelectric encoder as situation feedback device in order to assure the system precision
  论文在分析了几种交流伺服系统的技术基础上，对该系统驱动机构方案进行了认真的研究与论证，根据系统的要求和特点提出了永磁同步电机作为伺服电机，永磁无刷直流电机作为动量矩平衡电机的系统设计方案，完成了tms320f240dsp为核心的系统硬件的设计与调试。
• And the inverter becomes smarter . during the designing , the pulse - processing ciucuit is preset which processes the feedback pulse from photoelectric encoder for close - looping the system in future . by using the circuit and quadrature mode of timer 1 in 80c196mc , incremental encoder can be embedded into the velocity regulation system more easily and the domain the inverter can be used in is enlarged too
  在系统设计过程中，考虑到了变频调速器进一步改进为闭环系统的需要，在电路中预设了光电码盘反馈脉冲的处理电路，通过这个电路的处理，并利用80c196mc中定时计数器1的90相移计数工作方式，可大大简化使用增量式光电码盘时脉冲处理的复杂度，这也扩大了本文中变频调速器的应用范围。
• Abstract : analyzed mechanics for vibration of photoelectric encoder and its influence , introduced the ordinary method for vibration - reduced , based on this , a new designing method for vibration - reduced of photoelectric encoder is put forward based on asynchronous - circuit designed , and a application - example is given
  文摘:分析了光电编码器的振动机理及影响，介绍了目前使用的减振方法，并在此基础上，提出了一种基于异步逻辑设计的光电编码器减振电路设计方法，给出了其具体的应用事例。
• Abstract : regarding the practical problems in applications of photoelectric encoder and the solutions a detecting method for displacement with higher accuracy and the implementing circuit are stated and designed . with the control of underdrived robot arm as an example the concrete application is introduced
  文摘:就光电编码器的实际应用问题及解决方法，提出并设计了一套适用于精度要求较高的位移检测方法及实现电路，文末以欠驱动机器臂的控制为例，介绍其具体应用。