介绍燃烧效率测定仪的工作原理及热电偶测温、氧测量、一氧化碳测量的基本电路。
The operational principle of the combustion efficiency meter and the basic circuits for thermocouple temperature measurement, oxygen measurement, co measurement are introduced.
阐述了热电偶温度变送器的设计思想，分析了其具体电路设计及调试测量结果。
This paper introduces closely the designing ideas of thermocouple temperature transmitter and presents the specific circuit design. It analyzes its parameters and testing results.
文中介绍了热电偶的热电势—温度特性的线性化处理方法及相关的电路设计原理。
In this paper, the linear treatment method and the correlative circuit-design theory of the thermal potential-temperature character of the thermocouple are introduced.
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.
设计了上电自检电路、热电偶信号处理电路、DSP与CAN总线接口电路以及电源电路。
Automatic detecting circuit, signal adjusting circuit, DSP and CAN peripheral port circuit and electrical source circuit are designed.
设计了上电自检电路、热电偶信号处理电路、DSP与CAN总线接口电路以及电源电路。
Automatic detecting circuit, signal adjust circuit, DSP and CAN peripheral port circuit and electrical source circuit was designed.
设计了上电自检电路、热电偶信号处理电路、DSP与CAN总线接口电路以及电源电路。
Automatic detecting circuit, signal adjust circuit, DSP and CAN peripheral port circuit and electrical source circuit was designed.
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