Ukusetyenziswa kwemodyuli ye-thermoelectric (ekwaziwa ngokuba ziimodyuli zokupholisa ze-thermoelectric, i-TEC, okanye i-Thermoelectric Cooler) kwisixhobo sokuvuselela ulusu lwe-photon kujoliswe kakhulu ekufezekiseni umsebenzi wokupholisa, ukuze kuphuculwe intuthuzelo kunye nokhuseleko ngexesha lenkqubo yonyango. Nantsi inkcazo eneenkcukacha zeemodyuli zokupholisa ze-thermoelectric, iimodyuli ze-thermoelectric, ii-TEC, iimodyuli ze-peltier kwisixhobo sokuvuselela ulusu lwe-photon:
1. Umgaqo wokusebenza
Imodyuli ye-thermoelectric isekelwe kwisiphumo sePeltier: Xa umsinga othe ngqo udlula kwisibini se-thermoelectric esenziwe ngezinto ze-semiconductor zohlobo lwe-N kunye nohlobo lwe-P, elinye icala lifunxa ubushushu (isiphelo esibandayo) kwaye elinye icala likhupha ubushushu (isiphelo esishushu). Kwisixhobo sokuvuselela ulusu se-photon:
Isiphelo sokubanda sikufutshane nesikhumba okanye ikristale ekhokela ukukhanya, esetyenziselwa ukupholisa
Isiphelo esishushu siqhagamshelwe kwisinki yobushushu (njengefeni okanye inkqubo yokupholisa amanzi), ukuze kukhutshwe ubushushu.
2. Imisebenzi ephambili kwisixhobo sokuvuselela ulusu se-photon. Khusela ulusu
Ukukhanya okunamandla okutsalwa (IPL) okanye i-laser irradiation ivelisa ubushushu, obunokubangela ukutsha okanye ukungonwabi. I-cooling pad inokunciphisa ngokukhawuleza ubushushu besikhumba kwaye inciphise umngcipheko wokonakala kobushushu.
Phucula intuthuzelo
Imvakalelo yokupholisa inganciphisa kakhulu intlungu okanye imvakalelo yokutsha ngexesha lonyango, nto leyo ephucula amava omsebenzisi.
Ukuphucula ukusebenza kakuhle
Emva kokuba i-epidermis ipholile, amandla anokugxininiswa ngakumbi kwizicubu ezijoliswe kuzo (ezifana nee-hair follicles, ii-pigment cells), ukuphucula ukusebenza kakuhle kwesenzo sokukhetha ubushushu.
Nqanda ukuguquka kwebala
Ulawulo olusebenzayo lobushushu lunokunciphisa umngcipheko we-post-inflammatory hyperpigmentation (PIH) emva kotyando, ingakumbi kubantu abanesikhumba esimnyama.
3. Iindlela zoQwalaselo oluQhelekileyo
Ukupholisa ulusu: Iphedi yokupholisa nokuba ngqo okanye ngefestile yesafire/silicon optical ichukumisa ulusu
Ukupholisa okungenakho ukuchukumisa: Kudityaniswe noncedo lomoya obandayo okanye ijeli, kodwa ukupholisa kwe-semiconductor kuhlala kungumthombo ophambili wokupholisa
Imodyuli ye-thermoelectric enamanqanaba amaninzi ye-TEC: Izixhobo eziphezulu zingasebenzisa ii-cooling pads ezininzi ukufikelela kumaqondo obushushu aphantsi (afana ne-0-5℃)
4. Amanyathelo okuzikhusela
Ukusetyenziswa kwamandla kunye nokuchithwa kobushushu: Imodyuli yePeltier, imodyuli yeTEC ifuna umbane omkhulu, kwaye isiphelo esishushu kufuneka sibe nokuchithwa kobushushu okusebenzayo; kungenjalo, ukusebenza kakuhle kokupholisa kuya kwehla kakhulu okanye konakalise isixhobo.
Ingxaki yamanzi abandayo: Ukuba ubushushu bomphezulu buphantsi kuneqondo lombethe, amanzi abandayo anokwenzeka, kwaye kufuneka unyango olungangeni manzi/lokugquma
Ubomi kunye nokuthembeka: Ukutshintsha rhoqo okanye iindawo ezinobushushu obuphezulu kuya kunciphisa ubomi bemodyuli ye-TEC. Kucetyiswa ukusebenzisa izixhobo zomgangatho wezimboni.
Inkcazelo yeTES1-17710T125
Ubushushu obushushu ecaleni bungama-30 C,
Ubungakanani: 10.5 A，
Umax: 20.9V
Ubuninzi beQ: 124 W
I-ACR: 1.62 ±10% Ω
Ubuninzi beDelta T: > 65 C
Ubungakanani: ezantsi 84 × 34 mm, phezulu: 80x23mm, ukuphakama: 2.9mm
Umngxuma osembindini: 60x 19 mm
Ipleyiti yeseramikhi: 96%Al2O3
Itywiniwe: Itywiniwe yi-703 RTV (umbala omhlophe)
Intambo: 18 AWG ukumelana nobushushu bentambo 80℃.
Ubude bekhebula: 100mm, umcu wocingo kunye netin ene-Bi Sn solder, 10mm
Izinto zombane ezisebenzisa i-thermoelectric: iBismuth Telluride
Ixesha leposi: Jan-14-2026
