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Conductor elements can be connected in a variety of ways to meet the user's requirements

Semiconductor elements can be connected in a variety of different ways to meet the user's requirements. Coupling a P-type semiconductor element and an N-type semiconductor element to form a thermocouple pair, connected to a DC power supply, creates a temperature difference and heat transfer at the joint.

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Semiconductor thermocouples consist of N-type semiconductors and P-type semiconductors

Semiconductor thermocouple consists of N-type semiconductor and P-type semiconductor. N-type material has excess electrons and has negative temperature difference potential. P-type material has insufficient electrons and has positive temperature difference potential; when current flows from N-type through the junction to P-type, the temperature of the junction decreases and its energy must increase, and the increased energy is equal to the energy consumed by the junction. On the contrary, when the current flows from P-type to N-type material, the temperature of the junction increases.

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Thermoelectric Cooling Module, also known as Thermoelectric Cooling Module, Palladium, Cooling Module, etc.

The exposition of the Peltier effect is simple - when an electric current passes through a thermocouple, one of the junctions emits heat while the other absorbs it - a phenomenon discovered by French physicist Jean Peltier in 1834.

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Application areas of semiconductor temperature difference electrodes

Semiconductor temperature difference electric piece of application: refrigeration, heating, power generation, refrigeration and heating applications are more common, there are the following aspects: 1, military: missiles, radar, submarines and other aspects of infrared detection, navigation system. 2, medical; cold force, cold combined, cataract removal tablets, blood analyzers, etc.

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Semiconductor refrigeration chip as a special cold source, in the application of technology has the following advantages and characteristics

Semiconductor refrigeration chip as a special cold source, in the application of technology has the following advantages and characteristics

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Semiconductor refrigeration is also known as electronic refrigeration, or temperature difference electric refrigeration

Semiconductor refrigeration, also known as electronic refrigeration, or temperature difference electric refrigeration, is a discipline developed from the 1950s between the edge of refrigeration technology and semiconductor technology, which uses special semiconductor materials to form a P-N junction, forming a thermocouple pair, producing the Peltier effect, that is, a new method of refrigeration through direct current cooling, and compression and absorption refrigeration and known as the world's three major refrigeration methods.

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