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TE ingot da pellets-The BiTe-P/N-1thermoelectric ingot

Takaitaccen Bayani:

BiTe-P/N-1thermoelectric ingot yana haɓaka ta thermonamic tare da gami na Bi, Sb, Te, Se, doping na musamman da kuma tsarin mu na musamman na crystallizing.Ana amfani da ingot na tushen thermoelectric na Bi-Te don samar da nau'ikan thermoelectric don sanyaya da aikace-aikacen dumama, da canza zafi zuwa wutar lantarki.Gabaɗaya, adadi na cancantaZT na nau'in p-type da n-type ingots sun fi girma fiye da 1 a 300K, kuma kyakkyawan yanayin yana jawo hankalin abokan ciniki masu yawa.A halin yanzu, an nuna ingot ɗin mu tare da ƙarfin injina mai kyau da kwanciyar hankali mai ƙarfi, yana samar da dutsen kusurwa don samar da babban aiki da ingantaccen sanyaya Peltier da samfuran samar da wutar lantarki.Za a iya yanke pellet ɗin mu a 0.2X0.2X0.2MM, Temp.bambanci na iya kaiwa 74 ℃.


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The TIG-BiTe-P/N-1thermoelectric ingot ana girma ta hanyar Thermonamic tare da gami na Bi, Sb, Te, Se, doping na musamman da tsarin mu na musamman na crystallizing.Ana amfani da ingot na tushen thermoelectric na Bi-Te don samar da nau'ikan thermoelectric don sanyaya da aikace-aikacen dumama, da canza zafi zuwa wutar lantarki.Gabaɗaya, adadi na cancantar ZT na nau'in p-type da n-type ingots ya fi girma fiye da 1 a 300K, kuma kyakkyawan fasalin yana jan hankalin manyan abokan ciniki da yawa.A halin yanzu, an nuna ingot ɗin mu tare da ƙarfin injina mai kyau da kwanciyar hankali mai ƙarfi, yana samar da dutsen kusurwa don samar da babban aiki da ingantaccen sanyaya Peltier da samfuran samar da wutar lantarki.Za a iya yanke pellet ɗin mu a 0.2X0.2X0.2MM, Temp.bambanci na iya kaiwa 74 ℃.

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*Amfanin mu


Dogaro da ƙwararrun ƙungiyar fasaha da dakin gwaje-gwaje a Shenzhen, muna ba da mafi kyawun mafita na amfani da ma'aunin thermoelectric.Ana gwada kowane yanki na ƙirar mu sau 3 a ƙarƙashin kayan aikin ci gaba.Ƙimar ƙima na samfuran mu yana ƙasa da ƙasa da biyar a cikin sa'an nan dubu.Our kayayyakin yadu amfani a likita kayan aiki, Tantancewar sadarwa, Aerospace, mota da dai sauransu Har ila yau, muna da kwararrun fasaha tawagar wanda aka mayar da hankali a kan fadada sabon aikace-aikace na thermoelectric kayayyaki.Don haka ana iya biyan bukatun ku da kyau.

* Abubuwan da ke buƙatar kulawa


Semiconductor mai sanyaya yana aiki tare da shigar da wutar lantarki na DC kuma dole ne a sanye shi da wutar lantarki ta musamman.
1. wutar lantarki ta DC.Amfanin wutar lantarki na DC shine cewa ana iya amfani dashi kai tsaye ba tare da juyawa ba.Rashin hasara shi ne cewa ƙarfin lantarki da na yanzu dole ne su dace da na'urorin sanyaya na semiconductor, kuma ana iya magance wasu ta hanyar jeri da haɗin kai na masu sanyaya semiconductor.
2. AC halin yanzu.Wannan kayan wuta ne na yau da kullun, wanda dole ne a gyara shi zuwa DC kafin a iya amfani da shi don sanyaya.Tun da na'urar refrigeration na'ura ce mai ƙarancin wuta da kuma babban na'ura na yanzu, ana fara amfani da ita tare da rage ƙarfin lantarki, gyarawa da tacewa.A wasu lokuta, ana ƙara ma'aunin zafin jiki, sarrafa zafin jiki da sarrafa halin yanzu don dacewa.
3. Tun da mai sanyaya semiconductor yana ba da wutar lantarki ta hanyar wutar lantarki ta DC, ma'aunin wutar lantarki dole ne ya kasance ƙasa da 10%, in ba haka ba zai yi tasiri sosai akan tasirin sanyaya.
4. Wutar lantarki mai aiki da halin yanzu na mai sanyaya semiconductor dole ne ya dace da bukatun na'urar aiki.Misali, ga na'urar da ke da samfurin tec1-12706, 127 shine ma'aurata logarithm na na'urar sanyaya, PN, da ƙarfin ƙarfin aiki na mai sanyaya v = ma'aurata logarithm × 0.11 da 06 ana barin su wuce ta manyan ƙimar halin yanzu.
5. Dole ne a mayar da wutar lantarki a lokacin sanyi da musayar zafi na mai sanyaya zuwa dakin da zafin jiki a duka iyakar (yawanci fiye da minti 5), in ba haka ba yana da sauƙi don haifar da lalacewar layin na na'ura da kuma fashewar yumbura. takardar.
6. Wuraren lantarki na samar da wutar lantarki mai sanyaya semiconductor na kowa kuma ana iya samun su a cikin littattafan tunani na fasaha na lantarki gabaɗaya.


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