热电制冷装置与热虹吸管组合，并通过适当的能量回收措施，能显著提高热电空调装置效率；
The performance of thermoelectric (TE) device can be improved greatly by the combination with thermosiphons and energy recovering measures.
实验装置由热电制冷器组件、电源模块、保温箱、测控系统等组成，可以满足热电制冷器的热工、电力参数测量和性能分析。
It is composed of thermoelectric cooler component, power modules, incubator and control system, it can satisfy the test of thermal and electrical parameters and performance analysis of the device.
在热电制冷技术教学和应用实践的基础上，研制了风冷式热电制冷教学实验装置。
Based on the teaching and application of thermoelectric refrigeration, air-cooled thermoelectric refrigeration experimental equipment was developed.
为了降低非制冷红外焦平面阵列的功耗，研究了去除热电制冷器(TEC)等温度稳定装置的读出电路。
In order to reduce power consumption of uncooled infrared focal plane arrays, the readout circuit of temperature stabilizer eliminated thermoelectric coolers (TEC) was studied.
为了降低非制冷红外焦平面阵列的功耗，研究了去除热电制冷器(TEC)等温度稳定装置的读出电路。
In order to reduce power consumption of uncooled infrared focal plane arrays, the readout circuit of temperature stabilizer eliminated thermoelectric coolers (TEC) was studied.
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