After analyzing a part plaied by each components of critical temperature resistor(CTR),studying corresponding resistauce-temperature characteristic curve of the measurement results of three samples,and comparing electric conduction characteristic of different parts,the appropriate proportion has been known,that is,when CTR is manufactured,V_2O_5∶P_2O_5∶Fe_2O_3=3∶1∶1.
分析了临界温度电阻(CTR)各组份所起的作用,研究了3种样品的测量结果对应的电阻温度特性曲线,比较其不同组份的导电特性,得出在制作CTR时较为合适的各组份之比例V2O5∶P2O5∶Fe2O3=3∶1∶1和各组份相互牵制相互影响的关系:P2O5的量影响VO2微晶的稳定,也会影响Fe2O3的变价和电子的传导;在T>TC时,Fe2O3的量影响VO2导体性能,在T
critical temperature thermistor
临界温度热敏电阻器
Mathematical Model of CTR Resistance-Temperature Characteristic
临界温度热敏电阻阻温特性的数学模型
critical temperature coefficient thermistor
临界温度系数热敏电阻器
glass thermistor thermometer
玻璃热敏电阻温度计
negative temperature coefficient thermistor ceramics
负温度系数热敏电阻瓷
negative tempperature coefficient thermistor
负温度系数热敏电阻
positive temperature coefficient thermistor
正温度系数热敏电阻
thermistor temperature sensor
热敏电阻式温度传感器
PTC Thermistors with Low Resistivity at Room Temperature
低室温电阻率正温度系数热敏电阻器
resistance-temperature characteristic
电阻－温度特性 -热敏电阻器
What is the temperature when the resistance of the thermistor is 15.2 ohms?
当热敏电阻的阻值为15．2Ω时，温度是多少？
The Application of Origin in the Experiment of Thermistor s Temperature Characteristics;
Origin在热敏电阻温度特性实验中的应用
The Application of Matlab in the Experiment of Thermistor s Temperature Characteristics;
Matlab在热敏电阻温度特性实验中的应用
Design of High Precision Thermistor Temperature Measurement Based on MSP430F2013
基于MSP430的热敏电阻高精度测温设计
THE INFLUENCE OF THERMISTANCE PARAMETERS UPON THE SENSITIVITY OF BRIDGE TEMPERATURE CONTROL CIRCUIT
热敏电阻参数对桥式温控电路灵敏度的影响
Ce sont des résistances dont la valeur change fortement en fonction de la température.
热敏电阻的电阻值随温度升降的变化很大。
Hot-sensitivity resistence s implication of temperature compensation and test&control temperature;
热敏电阻器温度补偿及测温控温的应用
resistance-temperature coefficient (of resistance thermometer sensor)
（热电阻的）电阻温度系数
