This paper proposed a kind of novel micro magnetic sensor array based on a so-called MOS hall element, which is a MOS device in fact, but works as a hall element.
介绍了一种新颖的磁性传感器阵列，它由制作在硅板上的MOS霍尔器件和控制单元构成。
It can be seen from the formula: for a certain Hall device, the magnetic field B0 can be indirectly measured through measuring the Hall device if only the passing current I is constant.
从公式中可以看出，对于一定的霍尔器件，只要通过的电流i恒定不变，便可以通过霍尔器件的测量而间接测定磁场B0。
To achieve optimum acoustic condition for various functions, adjustable reverberation time device controlled by computer is installed in the hall.
为使各项功能均具有最佳的声学条件，设置了用计算机调控混响时间的装置。
The device consists of a single-shot molded plastic package that includes a samarium cobalt pellet, a pole piece , and a Hall effect IC that has been optimized to the magnetic circuit.
该装置由一个单杆模压塑料封装，包括一个钐钴颗粒，一极片和霍尔效应集成电路已优化的磁路。
The approach based on linear Hall device, without increase in the cost, simple installation and the results meet to the requirement.
该方法基于线性霍尔元件，基本上不增加控制系统成本，安装简便，效果良好。
Fireresistant Hall device and SmCo rotor is used to design position and speed sensor, and the corresponding doubling circuit and decoding circuit is designed.
采用耐高温的锁定型霍尔元件和钐钴永磁转子分别构成位置与速度传感器，并设计相应的速度信号倍频电路与位置信号译码电路。
The device consists of a precision, low-offset linear Hall sensor circuit with a copper conduction path located near the surface of the die.
该传感器由一个精密的，低失调线性的霍尔传感器电路，以及一个位于管芯表面附近的铜质传导通路组成。
Stereoscopic booth transmission mechanism and its control system design Abstract:Hubei province for Shanghai world expo hall design single, double entry 11 set of booth and CNC transmission device.
摘要：为上海世博会湖北省展馆设计十一套单、复式展台的传动机构及数控装置。
The mech electronic method is used when the tool turret is turned, the tool turret is positioned roughly by using Hall device in control circuit, and accurately by using a triple gear plate.
刀架转位分度采用机-电结合的方法，即先在控制电路中使用霍尔元件进行粗定位，再在机械上采用三齿盘实现精定位。
Device accuracy is optimized through the close proximity of the magnetic signal to the Hall transducer.
由于磁场信号非常接近霍尔变送器，所以传感器精度可达到最优。
Device accuracy is optimized through the close proximity of the magnetic signal to the Hall transducer.
由于磁场信号非常接近霍尔变送器，所以传感器精度可达到最优。
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