Figure 2 shows that the cold junction temperature is measured with another temperature sensitive device, typically a thermistor, diode, RTD, or semiconductor temperature sensor.
为了确定该系统的限度,同样在将这些主要有害有机组分与轮胎一同加入窑尾(即冷端)时确定焚毁去除率。
To determine the limits of the system, DREs were also determined when these POHCs were fed to the kiln inlet(i.e. cool end) of the kiln along with tyres.
该RTD用于冷端补偿。
The RTD was used for cold junction compensation.
该RTD用于冷端补偿。
The RTD is used for cold junction compensation.
此过程称为参考结补偿(冷端补偿)。
This process is known as reference junction compensation(cold junction compensation.).
冷端置于硅衬底上,以提供有效的热沉。
The cold junctions are typically placed on the silicon substrate to provide effective heat sink.
VOUT仍然是热端与冷端温度之差的函数,Seebeck系数有关。
VOUT is still a function of the difference between hot- and cold-junction temperatures, related by the Seebeck coefficient.
此外,热电偶需要一个称为“冷端”的参考测量点。
Also, Thermocouples need a reference measurement point called“Cold Junction”.
这就是能量(热量)从电线的热端传递到冷端的方式。
This is how energy(heat) is transferred from the hot end to the cool end of the wire.
E-TC系列产品的冷端温度由模拟设备ADT7310IC温度传感器测量。
The cold junction temperature of the E-TC is measured by the Analog Devices ADT7310 IC temperature sensor.
若测量时,冷端的(环境)温度变化,将影响严重测量的准确性。
If the temperature of the cold end(environment) changes during the measurement, the accuracy of the measurement will be seriously affected.
因而,还需选用其他批改方法来补偿冷端温度t0≠0℃时对测温的影响。
Therefore, other correction methods need to be used to compensate for the temperature influence when the cold junction temperature t0≠ 0℃.
热敏电阻也可作为电子线路元件用于仪表线路温度补偿和温差电偶冷端温度补偿等。
The thermistor can also be used as an electronic circuit component for meter line temperature compensation and temperature difference cold junction temperature compensation.
电线直径为0.5mm,长度为2m,热电偶可以购买,带或不带冷端连接到铜延长线。
The wires are 0.5 mm in diameter and 2 m long, and the thermocouples can be purchased with or without cold-junction attachments to copper extension leads.
为了保持一致且已知的0°C温度,传统的冷端将在冰冷的水浴中冷却(因此称为“冷端”)。
To maintain a consistent and known temperature of 0°C, traditional cold junctions would be chilled in an ice-cold water bath(hence the name"cold junction").
注意,仿真器并不测试系统冷端补偿电路的精度,后者必须通过额外连接的热电偶单独测试。
Note that the simulator does not test the accuracy of the system cold junction compensation circuit, which must be tested separately with a thermocouple attached.
如今,有很多解决方案可以进行冷端温度测量,如RTD、热敏电阻和硅基IC温度传感器。
Today, there are many solutions for measuring the cold-junction temperature, such as RTDs, thermistors and silicon-based IC temperature sensors.
在这篇博文中,我将简要介绍一下熱電偶,尤其是冷(参考)接头和不同的冷端补偿方法。
In this blog post, I will take a short look on thermocouples and especially on the cold junction and the different cold junction compensation methods.
另外,请确保冷端和测量IC的温度相同。
Also, be sure that the cold junction and measurement IC are at the same temperature.
中文
Bahasa indonesia
日本語
عربى
Български
বাংলা
Český
Dansk
Deutsch
Ελληνικά
Español
Suomi
Français
עִברִית
हिंदी
Hrvatski
Magyar
Italiano
Қазақ
한국어
മലയാളം
मराठी
Bahasa malay
Nederlands
Norsk
Polski
Português
Română
Русский
Slovenský
Slovenski
Српски
Svenska
தமிழ்
తెలుగు
ไทย
Tagalog
Turkce
Українська
اردو
Tiếng việt