Thermoelectric refrigeration system for single-photon detection
A single-photon detection and thermoelectric cooling technology, applied in instruments and other directions, can solve problems such as energy waste and increase power input, and achieve the effect of improving operating power and improving heat dissipation efficiency.
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[0013] Hereinafter, the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention.
[0014] Such as figure 1 As shown, a thermoelectric refrigeration system for single photon detection includes a first thermoelectric refrigeration sheet 100 with a refrigerating surface attached to a single photon detector, and a heating surface 110 of the first thermoelectric refrigeration sheet 100 is attached to a thermally conductive metal plate 200. The thermally conductive metal plate 200 is divided into a heat dissipation section 210 and a power generation section 220. The heat dissipation section 210 is attached to the heating surface 110 of the first thermoelectric cooling fin 100, and the power generation section 220 is attached to the second thermoelectric cooling fin 300. The positive and negative ends of the second thermoelectric cooling fin 300 are connected to a voltage stabilizer 400 through wi...
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