设计了一种铂薄膜热电阻温度探针。
A platinum film resistance temperature probe has been designed.
热电阻是微乎其微一代多余。
Heat generation is minimal and electrical resistance is redundant.
温度传感器主要包括热电偶、热电阻。
The temperature sensor includes thermocouple, thermoelectrical resistance mainly.
可连接各种热电阻、热电偶等温度传感器。
It can connect several kinds of temperature sensors such as hot resistances and thermocouples.
分析了金属热电阻温度传感器的工作原理。
In this paper the operating principles of the platinum thermal resistance temperature sensor is analyzed,.
工业用热电阻，铂热电阻和铜热电阻两大类。
The thermal resistance of industrial, platinum thermal resistance and thermal resistance of two kinds of.
测量热电阻的阻值。
对热电偶，热电阻的计算，是一个很好的工具软件。
本文以热电阻模块为例，介绍了I/O模块的设计开发。
This thesis introduces the design of I/O module taking RTD module as an example.
开发了一种基于单片机的热电阻、热电偶混用多通道温度巡测装置。
A single chip computer based multiple channel temperature data logger for both thermal resistor and thermocouple is developed.
已获得MCM封装的热模型，并考虑由此类封装增加的所有的热电阻。
A thermal model of the MCM-D package has been obtained, taking into account all the thermal resistances added by this kind of package.
电路元器件包括热电阻和热电容组成的重复单元被安置成为一个梯形电路。
The?circuit elements were arranged in a 'ladder circuit' comprising repeating units of thermal resistors and thermal capacitors.
传感器分别针对高温和低温测量，采用热电偶和铂热电阻并完成电路设计。
Sensor adopts electric thermocouple and platinum resistance, in allusion to high and low temperature measurement.
理论分析和试验结果证实了这种加热电阻的可行性及其温度自动调节功能。
The feasibility of the heater and the automatic thermoregulation function are already verified by the theoretical analysis and the experimental result.
热电阻传感器、电桥电路、单电源运放、单片计算机、动磁线圈依次电连接；
The thermal resistance temperature sensor, the electric-bridge circuit, the single power supply op amp, the monolithic computer and the moving magnetic coil are electrically connected in sequence.
通过热电阻和循环伏安法实验，测定了碳纳米管膜电极的导电性和电化学性质。
The properties of the conductance and electrochemistry of the carbon nanotube film electrodes are measured by thermal resistivity and cyclic voltammetry experiments.
热电阻是利用物质在温度变化时自身电阻也随着发生变化的特性来测量温度的。
Thermal resistance is when the temperature changes its resistance along with the characteristic changes of temperature measurement using the material.
双支铂热电阻主要用于需要由两个显示仪表同时测量和调节同一地点温度的场合。
Two-branch platinum thermal resistance mainly used in occasion of the same place temperature was measured and adjusted by two display instrument.
热电阻的受热部分(感温元件)是用金属丝均匀地双绕在绝缘材料制成的骨架上。
The thermal resistance of the heating part (temperature sensor) is made of metal wire even double wound on the insulating material on the skeleton.
热电阻具有测温范围大、稳定性好和耐氧化等特点，在温度测量中占有重要的地位。
Thermal resistance is characterized by having large measurement range of temperature, good stability and excellent anti-oxidation etc.
依据热电阻与温度的数学关系，通过控制热电阻的电压电流恒定实现温度恒定的控制。
According to the mathematics relation between thermal resistance and temperature, controlling the voltage and electric current of thermal resistance invariable to realize the constancy of temperature.
工业用热电阻作为测量温度的传感器，通常和显示仪表、记录仪表和电子调节器配套使用。
Industrial thermal resistance as a measurement of the temperature sensor, Usually, and display instruments, recording instruments and electronic supporting the use of regulator.
新一代温度计群控自动检定装置可快速、准确、自动和大批量检定热电偶、热电阻温度计。
A new generation of automatic test equipment group of thermometer controlling can be fast, accurate, automatic and high-volume test thermocouple, thermal resistance.
以使用铂热电阻的计算机测温系统为例，给出了利用最小二乘法求取系统模型参数的方法。
Taking computer temperature measuring system with platinum RTD as an example, the author puts forward a method for obtaining system model parameters by using the least square.
阐述了采用电热转换方法测量电流的基本原理，介绍了利用电热带和热电阻构成的传感器。
The basic principle on electrical current measurement by electro-thermal conversion was enunciated and a kind of sensor which was made of electric wire and resistance was introduced.
阐述了采用电热转换方法测量电流的基本原理，介绍了利用电热带和热电阻构成的传感器。
This paper presented a small scale power generation system based on the thermoelectric conversion principle.
电热毯：容器可以包裹在一个活动的毯子里面。毯子内装有温度控制器操作的加热电阻元件。
Electrically heated blanket: The container can be encased in a removable blanket that contains electrically heated resistance elements operated by a temperature controller.
热电阻温度测量中，热电阻的非线性、不平衡电桥的非线性及引线电阻都会给测量带来误差。
In temperature measurement of the thermal resistor, the nonlinearity of thermal resistor, lead resistor and unbalanced bridge may produce errors.
热电阻温度测量中，热电阻的非线性、不平衡电桥的非线性及引线电阻都会给测量带来误差。
In temperature measurement of the thermal resistor, the nonlinearity of thermal resistor, lead resistor and unbalanced bridge may produce errors.
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