A new platinum foil temperature transducer is described.
本文提出了一种新型箔式铂电阻表面温度传感器。
Temperature transducer DS18B20 is used to achieve auto temperature compensation.
同时应用ds18 B2 0一线温度传感器完成自动温度补偿。
The processing of mounting temperature transducer under pressure is mainly described.
分析了带压安装温度变送器的工艺过程。
A non contact temperature transducer based on light coupling is introduced in this paper.
提出一种基于光耦合的非接触式测温传感器的研制方案。
It has a differential pressure, a pressure and a temperature transducer, namely type CEB-301 three in one flow rate transducer.
是由差压、压力和温度变送器构成的CEB- 301型三合一流量变送器。
The automatic control system is composed of a temperature transducer, a photoelectric velocity sensor, a digital displayer, and a computer.
自控装置由温度传感器、光电速度传感器、数显和计算机组成。
The working waveband of infrared temperature transducer was decided according to the features of the gas in kiln and the configuration of the transducers to be used.
从窑炉内烟气的特征和红外温度传感器的特点两方面确定了红外温度计的工作波段。
In this paper, a kind of thin film thermocouple is designed for transient temperature measurement, and a new experimental scheme of temperature transducer dynamic calibration is presented.
针对瞬态温度测量设计了一种薄膜热电偶，提出了一套瞬态温度传感器动态标定的实验方案。
This paper presents the design of temperature transducer based on MCU AT89C55 and DS18B20 sensor. The designed hardware structure diagram and software flowchart of the instrument is given.
本文叙述了基于单片机at89c55、采用DS18B20传感器的温度变送器设计，给出了硬件结构图和软件流程图。
Simulation result was verified by the temperature on the lower surface of the sheet metal, which was measured by the thermocouple temperature transducer measuring under the laser scanning line.
通过温度传感器测量与激光扫描线相对应的薄板下表面温度变化的规律来验证数值模拟的结果。
The present paper deals with the way of reducing the nonlinear error of temperature measurement for temperature transducer of heat sensitive resistance and formulas of its parameter calculation.
本文讨论了减小热敏电阻温度传感器非线性测温误差的方法和参数计算公式。
The instrument for the temperature on-line monitoring which USES functional PTCR Polymer material as the temperature transducer and infrared light as transmission carrier is provided in this paper.
提出了以高分子PT C功能材料作为热敏元件和以红外光为信号传输载体的温度监测装置。
A temperature transducer that is based on digital temperature sensor DS1620 and microcontroller AT89C2051 is developed. In this paper the principle and software flow of the transducer are introduced.
设计了基于数字式温度传感器ds1620和单片机at89c 2051的温度变送器，介绍了变送器的工作原理和软件流程。
This thesis introduces how to use digital temperature transducer DS1620 to cany compensation for temperature, failure diagnosis and alarm of instrument and to realize intelligent design of instrument.
介绍利用DS1620等数字式温度传感器进行仪表的温度补偿以及故障诊断、报警等，实现仪表的智能化设计方案。
The accurate control temperature by changeable wind method and accurate transformation of transducer will inevitably increase the market proportion of home central air-condition in the future.
本控制器采用变风量方式来精确控温，并对传感器的数据进行精确转换，必定提高家用中央空调在未来销售市场中的比重。
In this paper, we emphasize on the temperature compensation system and its means of Electric Eddy Transducer.
本文着重对电涡流位移传感器的温度补偿系统及其补偿手段进行分析研究。
In this paper, a novel transducer called Intramodulated Fiber Colorimetric Temperature Sensor has been developed.
本文简要地介绍了一种新型的内调制光纤比色温度传感器。
Moreover, for the fixed power setting of PZT transducer, the temperature change can lead to difference in actual power and impedance of PZT transducer.
而且，对于恒定额定功率设置的PZT换能器系统，温度的改变导致PZT换能器实际加载的功率及阻抗的改变。
A new method for realizing the temperature compensation of capacitive pressure transducer based on radial basis function (RBF) neural network is proposed.
提出了一种基于径向基函数(RBF)神经网络的电容式压力传感器温度补偿方法。
The performance of pressure transducer can be affected by temperature easily, which results in the increase of measurement error.
压力传感器性能易受温度变化的影响，从而增加了测量结果的误差。
The special film structure of transducer can reduce greatly the instantaneous temperature error from the thermal shock.
传感器的特殊膜片结构可以大大减小瞬变温度误差。
With the optimal design of the transducer machine, its accuracy is increased greatly and its scope of temperature measurement is expanded considerably.
经过优化设计，提高了传感器整机精度，同时又扩展了测温范围。
To improve temperature performance of electric eddy transducer, PIC single chip processor is adopted for temperature compensation of transducer.
为提高传感器的温度性能，利用PIC单片机对传感器进行温度补偿。
The effects of temperature and stress on the measurement accuracy of magneto optical current transducer were deeply studied, in order to promote its practical application.
为了使磁光式光电电流互感器实用化，研究了影响它精确度的主要因素：温度和应力。
Two kinds of practical power supplies are designed, in which the temperature-drift compensation of transducer sensitivity can be implemented.
根据灵敏度与温度成指数或近似线性的关系，设计两种实用温度补偿电源，实现对灵敏度温源的补偿。
Allows adding heating modules and temperature controller, as well as forcing transducer additionally.
另可增加发热模具及温度控制器，也可增加测力传感器等。
Zero drift and sensitivity temperature drift of the transducer are obviously decreased with the external circuits compensating.
变送器的零点和灵敏度热漂移经过外电路补偿后显著降低。
Due to the high temperature influence the ultrasonic transducer system obviously, conventional ultrasonic power can not work long time. New ultrasonic power must be designed.
目前，由于换能系统受高温铝合金熔体的影响比较大，国内常规超声波电源不能正常工作，因此有必要自行设计超声波电源。
You can easily see if this is being done because there are two cables coming out of the sensor, one with a typical two-prong temperature lead, and the other going into a transducer cylinder.
你可以很容易看到这种方法的测量过程，因为有两根电线从传感器中引出，一根是一个典型的两脚温度引线，另一根引线引入到外罩内。
You can easily see if this is being done because there are two cables coming out of the sensor, one with a typical two-prong temperature lead, and the other going into a transducer cylinder.
你可以很容易看到这种方法的测量过程，因为有两根电线从传感器中引出，一根是一个典型的两脚温度引线，另一根引线引入到外罩内。
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