在这种情况下，将传感器罩起来，输出信号选择带屏蔽的双绞线缆传送，其性能会好一点。
In this case, the sensor covers up, choose the output signal transmission with shielded twisted pair cable, its performance will be better.
详细介绍了传感器的结构、工作原理、工作模式的选择以及信号检测电路。
Details of the sensor's structure, its working principle, the selection of working mode as well as the signal processing circuit is presented.
针对磁通门传感器检测到的环境磁场强度信号，运用谐波选择法，设计了磁通门信号处理电路。
This paper adopts harmonic choice method to design fluxgate signal processing circuit in allusion to the environment magnetic field strength signal of fluxgate sensor detecting.
并可根据具体需要，选择不同的数据传输方式，实现数字传感器信号高速、实时传输。
Different data transmission mode can be selected according to specific needs. And signal transmission of digital sensor is realized with high-speed and in real-time.
根据引信保险机构系统特性分析，选择驻极体传声器作传感器，从而获得引信保险机构的状态信号。
Based on the characteristic analyses of fuze arming device, a special acoustic transmission device is selected to obtain the state signal of the device.
在比较分析的基础上介绍了选择光电传感器法作为智能动平衡仪获得基准信号的方案，并将此方案成功应用于智能化整机动平衡仪中。
The photoelectric sensor is selected as reference signal obtained from intelligent dynamic balance instrument. The method is successfully used in intelligent overall dynamic balance instrument.
本论文主要完成数据采集系统的开发，包括传感器选择、信号可编程调理板和采集板设计、上位机软件编程。
The thesis mainly achieves the design of data acquisition system, including Sensor selection, the design of programmable signal conditioning board and acquisition board, PC software programming.
磁记忆信号非常微弱，磁敏传感器的选择十分重要。
Because magnetic memory signal is faint, selection of magnetic sensor is very important.
选择适合的压力、扭力传感器，开发单片机控制电路、小信号放大器，应用PC机并配合多功能数据采集卡完成数据采集与处理。
Select the appropriate pressure and torque sensors, develop SCM control circuit and small-signal amplifier, do data acquisition and Processing by PC and multifunctional data acquisition card.
主要叙述在内燃机不停机的情况下，通过选择恰当的传感器，改进传感器的安装方法和合理选择测点来提取机器特征信号。
The character signals of an internal combustion engine in operation were extracted by choosing appropriate sensor, improving the mounting method for the sensor and selecting test point reasonably.
设计了三种不同的信号处理电路，选择了直接耦合放大型信号处理电路作为锑化铟磁阻转速传感器的使用电路。
And designs 3 differ single processing circuit, selects the directly coupling amplify single processing circuit for this sensor and optimized it for practicality.
设计了三种不同的信号处理电路，选择了直接耦合放大型信号处理电路作为锑化铟磁阻转速传感器的使用电路。
And designs 3 differ single processing circuit, selects the directly coupling amplify single processing circuit for this sensor and optimized it for practicality.
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