semiconductor refrigeration

Then, carried out a temperature test after design, and the result testify that the temperature control error was less than 0.8 ℃. The test result shows that this controlling system can realize precise bidirectional thermostatic control of semiconductor refrigeration.

系统设计完成后对其进行了温度试验测试，测试结果证实温度控制误差小于±0.8℃，测试结果表明，该控制系统完全可实现对半导体制冷器的双向精确恒温控制。

The experiment has practical significances in the resolvent of the solar semiconductor refrigeration/ heating. Meanwhile, the experiment can promote the general adoption of the market principle of the solar semiconductor refrigeration/ heating system with great use and market value.

本实验可以为太阳能半导体制冷/制热的解决方案提供很好的指导意义，可以推动太阳能半导体制冷/制热系统的市场化，具有很高的实用价值和市场价值。

Design and Error Analysis of Semiconductor Refrigeration Temperature Controlling System

半导体制冷温控系统的设计及误差分析

A method of improving CCD SNR is introduced. CCD refrigeration system based on semiconductor refrigeration device and temperature survey control system are introduced.

介绍了一种改善CCD信噪比的方法，设计了基于半导体制冷器的CCD制冷及温度测量控制系统。

Development and perspective of the technique of solar semiconductor refrigeration

太阳能半导体制冷技术的发展和前景

Thermoelectric refrigerator is also named of semiconductor refrigerator, and is a typical product with semiconductor refrigeration technology used in home appliance.

半导体制冷技术在量热仪中的应用热电冰箱又称半导体冰箱，是半导体制冷技术应用在家用电器中的典型产品。

This dehumidifier device based on semiconductor refrigeration technology is small and will have a good application prospect.

这种基于半导体制冷技术的除湿器体积较小，造价低，有很好的应用前景。

Theoretical analysis of optimization design method of semiconductor refrigeration

半导体制冷优化设计方法的理论分析

Discussion on Improving the Efficiency of a Semiconductor Refrigeration Dehumidifier

提高半导体冷却除湿效率的探讨

High-tech semiconductor refrigeration ( thermoelectric refrigeration ) technology enables instant cooling cooling process has no environmental pollution.

采用高科技半导体制冷 ( 即热电制冷 ) 技术,瞬间制冷,且环保无污染.

Design of a Semiconductor Refrigeration Model for Demonstration Based on Monobus Technology

基于单总线的半导体制冷示教模型的设计与制作