设计了一种有效的浑浊度光电检测电路，实现了浑浊度的数字输出。
A practical photoelectric circuit for measuring turbidity is designed in the article, and the digital output of turbidity is realized.
在论文中，对光纤微弯液位传感器系统的发射和光电检测电路进行了分析和设计。
The emission circuit and photodiode monitoring circuit of microbend optical fiber liquid level sensor system are discussed in this thesis.
利用光学和电子学结合的方法，建立了基于多光束光学传感器和光电检测电路的检测薄膜特性装置。
With a new combining method of optics and electronics, a device based on a multi-beam optical sensor and a photoelectric sensing circuit was setup.
分析了吸收式气体传感器的工作数学模型与光电检测电路的结构特点，探讨了提高吸收式光纤气体传感器分辨率的方法。
According to the mathematic model of gas sensor and the photoelectric detection circuit structure characteristic, it discusses the methods of improving resolution in detail.
利用光电检测技术，提出基于FPGA的瞬变光多事件探测系统预处理电路实现方案。
Using the photoelectric detection technique, the scheme of pretreating circuit in multi transient light events system based FPGA-tech is proposed.
详细介绍了棱镜分光比色温度计的光路系统、光电检测器、电路及其标定技术。
The optical system, optoelectronic detector, circuitry and calibration technology of prism spectroscopic chromo-thermometer are introduced in detail.
详细介绍了棱镜分光比色温度计的光路系统、光电检测器、电路及其标定技术。文末给出了整机主要技术指标。
The optical system, optoelectronic detector, circuitry and calibration technology of prism spectroscopic chromo-thermometer are introduced in detail. The major specifications are given also.
硬件电路由光电检测和脉冲检测电路组成，该检测装置结构简单、安全可靠、通用性强，可以推广应用到其他医疗器械的检测当中。
Hardware is made up of light-electric test curcuit and pulse test curcuit. This device is simple, safe, reliable and general. It can be applied to other medical apparatuss test.
硬件电路由光电检测和脉冲检测电路组成，该检测装置结构简单、安全可靠、通用性强，可以推广应用到其他医疗器械的检测当中。
Hardware is made up of light-electric test curcuit and pulse test curcuit. This device is simple, safe, reliable and general. It can be applied to other medical apparatuss test.
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