[電子] 光電編碼器，[電子] 光電譯碼器
The photoelectric encoder quadruple circuit and its pulse interface with computer are presented.
介紹了光電編碼器脈沖四倍頻電路及與計算機的脈沖接口。
Incremental photoelectric encoder is a kind of sensor which is widely used in position examination.
增量式光電編碼器是一種廣泛應用于位置檢測的傳感器。
Commonly used servo motor is ac servo motor, the motor shaft with in the photoelectric encoder, by detecting the rotor Angle to frequency conversion control.
常用的伺服電機是交流伺服電機，在電機的軸端裝有光電編碼器，通過檢測轉子角度用以變頻控制。
The principle of depth survey system by photoelectric encoder for oil well logging, the systems composition and its specific hardware circuit are introduced.
介紹了石油測井深度光電編碼器測量系統的測量原理、系統組成以及電路分析，同時在對系統誤差分析的基礎上給出了具體校正方法。
The research designs the measurement using increment photoelectric encoder based on the practice of the digital agriculture platform producing.
本設計從數字農業精準生産技術平台生産實際要求出發，設計了測量輪式光電編碼器測取位移量的方法。
Code hopping which occurred in sighting control system photoelectric encoder affects the accuracy of system.
粗瞄準控制系統中光電編碼器信號發生跳碼故障直接影響系統的控制精度。
Photoelectric encoder CAN bus interface is put forward in order to make photoelectric encoder used in the system which adopts CAN Bus as data transmission method.
介紹了采用CAN總線數據傳輸方式的系統中，光電編碼器CAN總線接口的設計與應用。
The incremental photoelectric encoder is fit for the environment full of powder and dust and strong noise. Also, it can be fixed expe***ntly.
增量式光電編碼器能夠適應井下多粉塵、強噪聲的惡劣環境，并且安裝方便。
Now commonly used servo motor is ac servo motor, the axial end in motor with photoelectric encoder, by examining the rotor Angle to frequency conversion control.
目前常用的伺服電機是交流伺服電機，在電機的軸端裝有光電編碼器，通過檢測轉子角度用以變頻控制。
The photoelectric encoder is used for measuring the angular position of rotating ballscrew. Semi closed loop compensation control is realized and system accuracy is improved.
應用光電編碼器作為滾珠絲杠轉角位置檢測元件實現了半閉環補償控制，提高了系統的精度。
The theory and method of the rotor position detection and rotation speed based on absolute photoelectric encoder are introduced.
介紹了基于絕對式光電碼盤的轉子位置檢測與轉速測量的原理和方法。
Photoelectric encoder, widely used at low speed circumstance in BLDCM system nowadays may acquire to the precise control, but its cost is burden.
目前，為了實現低速的精确控制，普遍采用光電編碼器，但其成本高。
Shafting Construction and external Couple of photoelectric encoder are discussed in this paper.
本文對光電編碼器的軸系結構及外部連接問題進行了讨論。
A programmable count circuit for photoelectric encoder is designed.
設計了光電編碼器用可編程計數電路。
Photoelectric detector and photoelectric encoder carry on the deviation to measure.
光電眼和光電編碼器進行偏差檢測。
Based upon fundamental glass stress testing principle of 1/4 wave plate method angles are controled by Photoelectric Encoder.
根據1 /4波片法測量應力的特點，采用光電編碼器控制檢偏器的旋轉。
The original photoelectric encoder is replaced by the optocoupler, and therefore, the utility model has the advantages of low cost, small volume and convenient installation.
用光耦取代原光電編碼器，因而成本低、體積小、安裝簡便。
The speed measurement method by combining tachogenerator and photoelectric encoder was proposed for decreasing quantization noise of the photoelectric encoder.
設計了采用測速發電機和光電碼盤組合的測速方法，用以消除碼盤的量化噪聲；
The fine grating photoelectric shaft encoder based on the Moire fringe signal has the advantages of high accuracy, high response frequency and easily realized miniaturization.
以此信號為基礎的細光栅光電軸角編碼器具有精度高、頻響高、易于實現小型化等優點。
In this paper the structure, operating principle, the design of hardware circuit and the feature software of the 24-bit photoelectric shaft encoder are expounded systematically.
闡述了24位光電軸角編碼器的結構、工作原理、硬件電路設計處理過程和軟件編程特點。
Photoelectric rotary encoder, which is also called photoelectric angel position sensor, is a kind of digital angle measuring device combining optics, mechanics and electronics.
光電軸角編碼器，又稱光電角位置傳感器，是一種集光、機、電為一體的數字測角裝置。
A new designing scheme of applying photoelectric rotary encoder to flight simulation servo system is introduced, and a realization method of servo system is proposed.
介紹了一種将光電軸角編碼器用于飛行仿真伺服系統設計的新方案，并給出了系統的實現方法。
Our photoelectric rotary encoder are professional manufacturer of encoders have seven or eight years of research and production history.
我公司是光電旋轉編碼器專業制造公司，對編碼器有七、八年研究和生産的曆史。
In this paper, a small and exquisite angle meter based on photoelectric mini encoder and MCS 89C2051 introduced.
本文給出一種基于微型光電編碼器和89C2051 單片機的數字顯示的小巧測角儀。
The signal quality of Moire fringe in photoelectric shaft encoder determines the subdivision accuracy of the whole system.
光電軸角編碼器中的莫爾條紋信號質量決定了整個系統的細分精度。
Photoelectric Encoder（光電編碼器）是一種基于光電效應原理的測量裝置，主要用于将機械位移或旋轉角度轉換為電信號，實現高精度位置、速度或方向的檢測。
組成與原理
由光源（如LED）、光栅盤和光電傳感器組成。當光栅盤隨被測物體旋轉時，光栅的透光與遮光變化會被光電傳感器捕獲，轉化為脈沖電信號，通過計數脈沖數量或相位變化來測量位移或轉速。
主要類型
應用領域
廣泛應用于工業自動化、數控機床、機器人、精密儀器等場景，例如高精度定位控制系統中的速度反饋或角度測量。
如需更詳細的技術參數或具體型號案例，可參考工業自動化手冊或相關設備說明書。
Photoelectric encoder refers to a type of sensor that uses light to detect the position, speed, and direction of a rotating shaft. It is widely used in various industrial applications such as robotics, automation, and CNC machines. Here is a detailed explanation of the term:
A photoelectric encoder is a type of rotary encoder that uses an optical sensor to convert the mechanical motion of a rotating shaft into electrical signals. The encoder generates pulses that correspond to the position, speed, and direction of the shaft.
The photoelectric encoder consists of a light source, a photo detector, and a code disc. The code disc has a series of slots or lines that interrupt the light beam as it rotates with the shaft. The photo detector detects the changes in light intensity and generates electrical signals that are then processed to determine the position, speed, and direction of the shaft.
There are two types of photoelectric encoders: incremental and absolute. Incremental encoders generate pulses that indicate the relative position of the shaft, while absolute encoders provide a unique digital code for each shaft position.
Other terms that are sometimes used interchangeably with photoelectric encoder include optical encoder, rotary encoder, and shaft encoder.
There are no direct antonyms for photoelectric encoder, as it is a specific type of sensor rather than a broad category of devices. However, some opposite concepts might include mechanical or manual encoders, which do not use light-based sensors to detect motion.
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