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Ingot ye-TE namapellets-Ingot ye-BiTe-P/N-1thermoelectric

Incazelo emfushane:

I-BiTe-P/N-1thermoelectric ingot ikhuliswa yi-Thermonamic nge-alloy ye-Bi, Sb, Te, Se, i-doping ekhethekile kanye nezinqubo zethu eziyingqayizivele zokucwebezela.I-Bi-Te based thermoelectric ingot isetshenziselwa ukukhiqiza amamojula we-thermoelectric wokupholisa nokufudumeza izinhlelo zokusebenza, nokuguqula ukushisa kube ugesi.Ngokuvamile, inani lokufanelekaZT yohlobo lwethu lwe-p kanye ne-n-type ingots inkulu kuno-1 ku-300K, futhi isici esihle siheha amakhasimende amaningi asezingeni eliphezulu.Phakathi naleso sikhathi, ingot yethu ifakwe ngamandla amahle emishini nokuzinza okuphezulu, ihlinzeka ngetshe legumbi lokukhiqiza ukusebenza okuphezulu kanye namamojula okupholisa wePeltier athembekile kanye nokukhiqiza amandla.Ama-pellets ethu angasikwa ku-0.2X0.2X0.2MM, i-Temp.umehluko ungafinyelela ku-74 ℃.


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

I-TIG-BiTe-P/N-1thermoelectric ingot ikhuliswa i-Thermonamic nge-alloy ye-Bi, Sb, Te, Se, i-doping ekhethekile kanye nezinqubo zethu eziyingqayizivele zokucwebezela.I-Bi-Te based thermoelectric ingot isetshenziselwa ukukhiqiza amamojula we-thermoelectric wokupholisa nokufudumeza izinhlelo zokusebenza, nokuguqula ukushisa kube ugesi.Ngokuvamile, isibalo se-ZT yokufaneleka yohlobo lwethu lwe-p kanye ne-n-type ingots inkulu kuno-1 ku-300K, futhi isici esihle siheha amakhasimende amaningi asezingeni eliphezulu.Phakathi naleso sikhathi, ingot yethu ifakwe ngamandla amahle emishini nokuzinza okuphezulu, ihlinzeka ngetshe legumbi lokukhiqiza ukusebenza okuphezulu kanye namamojula okupholisa wePeltier athembekile kanye nokukhiqiza amandla.Ama-pellets ethu angasikwa ku-0.2X0.2X0.2MM, i-Temp.umehluko ungafinyelela ku-74 ℃.

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*Izinzuzo zethu


Ngokuthembela eqenjini lochwepheshe lochwepheshe kanye nelabhorethri e-Shenzhen, sinikeza izixazululo ezingcono kakhulu zokusetshenziswa kwemojula ye-thermoelectric.Ingxenye ngayinye yemojuli yethu ihlolwe izikhathi ezi-3 ngaphansi kwemishini ethuthukisiwe.Isilinganiso sokunqaba samamojula ethu singaphansi kwesihlanu ezinkulungwaneni.Imikhiqizo yethu isetshenziswa kabanzi emishinini yezokwelapha, ukuxhumana optical, indiza, izimoto njll. Siphinde sibe nethimba lochwepheshe bezobuchwepheshe eligxile ekwandiseni ukusetshenziswa okusha kwamamojula we-thermoelectric.Ngakho izidingo zakho zinganeliswa ngendlela efanele.

*Izindaba ezidinga ukunakwa


I-Semiconductor cooler isebenza ne-DC input power supply futhi kufanele ifakwe ugesi okhethekile.
1. Ukunikezwa kwamandla kwe-DC.Inzuzo yokunikezwa kwamandla e-DC ukuthi ingasetshenziswa ngokuqondile ngaphandle kokuguqulwa.Ububi ukuthi i-voltage kanye ne-current kufanele ifanele izipholile ze-semiconductor, futhi ezinye zingaxazululwa ngochungechunge nokuxhuma okuhambisanayo kwama-semiconductor cooler.
2. I-AC yamanje.Lona ugesi ojwayelekile, okumele ulungiswe ube yi-DC ngaphambi kokuthi usetshenziselwe okokupholisa.Njengoba idivayisi yesiqandisi iyidivayisi yamanje ephansi futhi ephezulu, iqala ukusetshenziswa ngokunciphisa i-voltage, ukulungiswa nokuhlunga.Kwezinye izimo, ukukalwa kwezinga lokushisa, ukulawulwa kwezinga lokushisa nokulawulwa kwamanje kwengezwa ukuze kube lula.
3. Njengoba i-semiconductor cooler inikezwa amandla kagesi e-DC, i-ripple coefficient yokuphakelwa kwamandla kufanele ibe ngaphansi kuka-10%, ngaphandle kwalokho izoba nomthelela omkhulu kumphumela wokupholisa.
4. I-voltage esebenzayo kanye ne-current of the semiconductor cooler kumele ihlangabezane nezidingo zedivayisi esebenzayo.Isibonelo, kudivayisi enemodeli ye-tec1-12706, i-127 i-logarithm embalwa yedivayisi yokupholisa, i-PN, kanye nomthamo womkhawulo wokusebenza we-cooler v = i-logarithm embalwa × 0.11 kanye no-06 avunyelwe ukudlula amanani amakhulu amanje.
5. Amandla avuliwe ngesikhathi sokushintshisana okubandayo nokushisa kwepholile kufanele abuyiselwe ekamelweni lokushisa kuzo zombili iziphetho (ngokuvamile ngaphezu kwemizuzu engu-5), ngaphandle kwalokho kulula ukubangela ukulimala komugqa we-cooler kanye nokuphuka kwe-ceramic. ishidi.
6. Amasekhethi e-electronic of semiconductor cooler power supply ajwayelekile futhi angatholakala ezincwadini ezijwayelekile zobuchwepheshe be-elekthronikhi.


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