摘要
降低工作过程中的本体温度可以提高电阻器的额定功率。加快电阻器本体散热和减少电阻器本体的发热量都可以降低电阻器的本体温度。改变和优化产品结构可以加快电阻器散热,减少电阻器本体的发热量可通过材料的品质和特性优化来实现。
Reducing the temperature of resistor in operation process can increase the rated power of it,which can be realized by accelerating heat radiation or decreasing calorific value.Changing and optimizing product structure can speed up heat radiation,while improving material quality and characteristics can reduce calorific value.
出处
《日用电器》
2018年第12期75-77,共3页
ELECTRICAL APPLIANCES
关键词
电阻器
功率
本体温度
散热
发热量
precision resistor
power
body temperature
cooling
heat