Design the signal adjust circuit for sensor, and the power amplification circuit for the hydraulic pressure system of test platform and the controller of magnetorheological dampers.
设计出传感器输入输出信号调理电路和试验台架液压激振系统、磁流变阻尼器控制器的功率放大电路。
Sensor module is composed of sensor circuit, modulation circuit and analog signal switch.
传感模块由传感器电路、调制电路和模拟信号开关组成。
Moreover, the potential control circuit and signal measuring circuit are designed and applied in controlling potential and processing the output signal of the sensor.
此外，设计并应用了电位控制和测量电路，实现了对传感器的电位控制以及输出信号的处理。
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.
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 system is constituted with the optical fiber sensor, signal detection electric circuit, single chip processing circuit and display unit.
该系统由光纤传感器、信号检测电路、单片机处理电路和显示装置组成。
Capacihve moisture sensor regards frequency signal as variability, it is made up of capacitive probe, high frequency surge circuit, dispart frequency instrument and metal shield box.
电容式水分传感器以频率信号作为参变量，由电容探头、高频振荡电路、分频器和金属屏蔽盒构成一体。
Readout circuit and image acquisition circuit of the array image sensor are the key factors for the image signal performance.
面阵图像传感器的读出电路和信号采集电路是影响图像信号性能的关键部分之一。
The above system chiefly consists of light source, optic fiber sensor, photo detector and signal processing circuit.
应变测量系统主要由光源、传感光纤、光电探测器和信号处理电路组成。
The probe of the eccentricity sensor is designed. The problems such as power supply needed by oscillating circuit and signal transmission from rotary part to stationary part are solved.
完成了偏心传感器探头的设计并解决了偏心传感器振荡电路的电源供应问题和信号从旋转部件到静止部件的传输问题。
Testing of the engine sensor is base for control and diagnosis, thus, it is necessary to expound the characters, features and circuit of the sensor output signal.
发动机传感器的测试是进行控制和诊断的基础，故有必要对传感器输出信号的性质、特征及电路加以阐述。
Pulse signal of gear wheel rotating generated by magnetoelectricity sensor was adjusted into rectangular pulse by adjusting circuit.
调理电路将磁电式传感器产生的齿轮旋转逐齿信号调为矩形脉冲。
The designed circuit is simple and novel and practical, and it can be used (extensively) in (analogue) circuits, special in signal condition circuits of sensor.
所设计的电路简单、新颖、实用。可广泛用于模拟电子电路，特别是传感器的信号调理电路中。
The work principle of the PVDF piezoelectric-film sensor was presented, and the design of its signal processing circuit was also discussed.
介绍了聚偏氟乙烯(PVDF)压电薄膜传感器的工作原理，并设计了相应的信号处理电路。
Sensor and signal regulating circuit is carried out through hybrid packaging by making use of thick-film circuit technology, which realizes integration and minimization of sensor.
将传感器与信号调节电路利用厚膜电路工艺进行混合封装，完成了传感器的一体化，实现了传感器的小型化。
Adopting the reactive circuit of twice harmonic to process the sensor signal, the system is closed loop.
对传感器信号处理采用的二次谐波反馈电路，电路为闭环系统。
The signal output from the weight sensor is transmitted to one of the analog channels of PCI-6024E board by conditioning circuit.
重量传感器输出的信号经信号调理电路输入6024E的模拟通道，经计算机分析处理；
So it is the key to choice the sensor. The characteristics of sensor is tested. This paper adjusts the physical zero point between rack and sensor. The circuit of signal adjusting is design.
本文针对该传感器进行了特性测试，并通过实验研究确定了喷油泵内齿条与传感器位置的物理零点，最后对传感器的信号调理电路进行了设计。
Sensor signal adjustment is used to adjust the direct output signal of sensors. The principle of signal adjustment and the hardware circuit implementation are both discussed in this paper.
传感器信号调理是对传感器直接输出的信号进行调节，信号调理的原理以及硬件实现电路在文中都做了说明。
To integrate the sensor with its measurement circuit, the CMOS capacitance signal processing circuit is designed based on the theory of capacitor switch circuit.
为便于实现传感器与测量电路的集成，基于开关电容电路的原理设计出了频率输出的CMOS电容信号处理电路。
The principle of SAW gas sensor and signal processing circuit is discussed, especially a circuit of frequency measurement is designed.
介绍声表面波(SAW)气体传感器原理及其信号处理电路原理，重点设计了传感器的频率检测电路。
Through the output interface circuit of time-grating sensor, the output signal is converted into the same format of the signal of grate sensor.
并给出了通过将时栅传感器的输出接口转换为光栅传感器系统相同的信号形式。
Then the working principle of sensor is introduced and the signal acquisition circuit of the sensor is designed.
然后介绍了传感器的工作原理，设计了传感器的信号采集电路。
Methods: Computer, opto-electronic sensor, signal processing circuit, digital display circuit and a mechanical gate driven by motor are used with common intavenous drips.
方法：将单片机控制技术和传统的输液器相结合，采用光电传感器、信号处理电路、单片机控制系统、马达伺服电路和机械闸门、数字显示等技术。
Integration project of array with CMOS signal circuit was brought forward according to the fabrication process of plane-array sensor and its structure characters.
根据制作阵列的工艺过程和结构特点，提出了阵列和CMOS信号电路的集成方案。
The output signal of the sensor is the sinusoidal signal with intermediate frequency. To sample and process this signal, a data collection circuit that centers on P89C51RD2 single chip is designed.
传感器输出的检测信号是中频的正弦电压信号，为采集和处理该信号，设计了以P89C51RD2单片机为核心的数据采集器电路。
And this system is composed of some essential elements such as sensor, signal-modulating circuit, hardware of DAQ, general computer, relative software and so on.
DAQ式虚拟仪器自动测试系统是由传感器、信号调理、数据采集硬件、通用计算机、软件等基本要素构成。
To innovate weft control system of projectile loom with low cost, signal transducer was designed, designed weft sensor was instead of weft detector, circuit diagram was got.
为了实现在片梭织机上进行纬向控制系统的低成本改造，自行设计了信号转换板，采用常规电子元器件自制的纬纱传感器代替纬纱检测器，并给出了线路连接图。
To innovate weft control system of projectile loom with low cost, signal transducer was designed, designed weft sensor was instead of weft detector, circuit diagram was got.
为了实现在片梭织机上进行纬向控制系统的低成本改造，自行设计了信号转换板，采用常规电子元器件自制的纬纱传感器代替纬纱检测器，并给出了线路连接图。
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