微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2014年
2期
82-83,87
,共3页
半导体制冷%制冷性能%评估系统
半導體製冷%製冷性能%評估繫統
반도체제랭%제랭성능%평고계통
semiconductor refrigeration refrigeration%performance%evaluation system
现有半导体制冷元件评估方法成本过高,而且输入口的水温与输出口的水温不同,会使输入水与输出水的热量的损耗大小不一样;传统的测量方法中,半导体制冷片的赛贝克系数、电阻、热导是通过不同温度下的实验结果估算出来的,这样就导致在计算制冷量大小的时候不精确。为此,提出了一种通过平衡输入与输出温度来避免产生这种误差的方法。
現有半導體製冷元件評估方法成本過高,而且輸入口的水溫與輸齣口的水溫不同,會使輸入水與輸齣水的熱量的損耗大小不一樣;傳統的測量方法中,半導體製冷片的賽貝剋繫數、電阻、熱導是通過不同溫度下的實驗結果估算齣來的,這樣就導緻在計算製冷量大小的時候不精確。為此,提齣瞭一種通過平衡輸入與輸齣溫度來避免產生這種誤差的方法。
현유반도체제랭원건평고방법성본과고,이차수입구적수온여수출구적수온불동,회사수입수여수출수적열량적손모대소불일양;전통적측량방법중,반도체제랭편적새패극계수、전조、열도시통과불동온도하적실험결과고산출래적,저양취도치재계산제랭량대소적시후불정학。위차,제출료일충통과평형수입여수출온도래피면산생저충오차적방법。
Due to the current semiconductor refrigerating element evaluation method has a high cost . Also , the temperature of in-put and output water are different . Leads to the heat loss in the input and output water is different . In traditional measuring method , the seebeck coefficient , resistance , thermal conductivity of the semiconductor refrigeration piece is estimated by the experimental re-sults under different temperature . This also leads the calculation of refrigeration capacity is inaccuracy . This paper presents a method to avoid this error by balance the input and output temperature .