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The Real-Time Hardware Design and Simulation of Thermoelectric Refrigerator System Based on Peltier Effect

机译:基于Peltier效应的热电冰箱系统的实时硬件设计与仿真

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This paper presents a successful designing of the theremoelectric refrigerator system based on Peltier effect at very low cost. In this system semiconductor-based electronic components are used which is the function of small heat pumps. On giving a low DC voltage (4 V) to the thermoelectric module system, heat moves through the module from one side to the other. One side of the module is therefore cooled, while the other side simultaneously heats up. The module can sink the heat from one side. The system is very useful for medicine which required the constant temperature such as insulin for diabetic patients.
机译:本文介绍了基于珀耳帖效果的机械冰箱系统的成功设计,以非常低的成本。在该系统中,使用基于半导体的电子元件,其是小型热泵的功能。在给热电模块系统中给出低直流电压(4 V),热量从模块从一侧移动到另一侧。因此,模块的一侧冷却,而另一边同时加热。模块可以从一侧吸收热量。该系统对于所需温度如胰岛素用于糖尿病患者的恒温非常有用。

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