| 1. | General specifications for hall element
霍尔元件通用技术条件 |
| 2. | Semiconductor devices - part 14 - 2 : semiconductor sensors ; hall elements
半导体器件.第14 - 2部分:半导体感应器.霍尔元件 |
| 3. | The application of hall element in robotized equipment for measuring and testing dc electrical source
霍尔元件在直流稳压电源自动检定装置中的应用 |
| 4. | Discrete semiconductor devices and integrated circuits - semiconductor devices - semiconductor sensors - hall elements
分立半导体器件和集成电路.半导体器件.半导体传感器.霍尔元件 |
| 5. | The hall zero - magnetic flux system can eliminate the influence of the temperature and the constant - current power of the hall element on the measurement results
霍尔检零系统可以补偿温度和霍尔元件恒流源电流的变化对测量的影响。 |
| 6. | Comparing with past mechanical pedal switch system , the hall element pedal switch system can increase the response speed of collecting data and greatly raise work efficiency
直接减轻了作业员，检验员，硬件维修人员工作量，从而大大提高了作业的效率。 |
| 7. | First , hall effect principle and hall - effect performance of some semiconductors are introduced here . we also introduce some high - performance hall elements and some none - plate - like hall magnetic sensors
论文先简要介绍了霍尔效应的基本原理，霍尔元件和霍尔集成电路的发展过程和近况。 |
| 8. | On the basis of analyzing the theory of hall element and combining with the relevant electric circuits of the hardware of the dpw , this paper gives a specific method of using hall element into pedal switch system of the dpw
本文通过分析霍尔传感器件的原理，结合数字摄影测量工作站硬件设备的相关电路，给出了把霍尔传感器应用到数字摄影测量工作站脚踏开关系统中的具体方法。 |
| 9. | The error of hall element is analysed and the compensative method is provided ; this paper makes the theoretical analysis of errors producing by the instrument amplifier and a / d converter . we adopt the technology of digital filter and linearization implementing by the neural network method
对霍尔元件的误差进行分析并给出补偿方法；对仪表放大器和a d转换器引起的误差进行了理论分析；采用了数字滤波技术和采用神经网络方法实现的非线性校正技术进行软件补偿。 |
| 10. | In order to decrease the cost , simplify the structure of the pmsm servo system and at the same has no effect on the system performance , this paper uses hall element as the position sensor , which has very low solution but very low cost , and in order to realize sinusoidal current drive of pmsm , this paper presents a new rotor position estimator based on flux estimation
为了降低成本，简化系统，本文采用低分辨率的霍尔元件作为pmsm伺服系统的位置传感器，采用基于磁链观测法的低分辨率位置传感器控制技术，来估计电机转子的实时位置和转速，实现电流的正弦换向，减小转矩脉动。 |
