I-TE ingot kunye neepellets-I-BiTe-P/N-1thermoelectric ingot

Inkcazelo emfutshane:

I-BiTe-P/N-1thermoelectric ingot ikhuliswe yi-Thermonamic nge-alloy ye-Bi, Sb, Te, Se, i-doping ekhethekileyo kunye neenkqubo zethu ezikhethekileyo ze-crystallizing.I-Bi-Te esekelwe kwi-thermoelectric ingot isetyenziselwa ukuvelisa iimodyuli ze-thermoelectric zokupholisa kunye nokufudumeza izicelo, kunye nokuguqula ukushisa kumbane.Ngokuqhelekileyo, inani lokufanelekaZT yohlobo lwethu lwe-p kunye ne-n-type ingots inkulu kune-1 kwi-300K, kwaye into enhle itsala abathengi abaninzi abaphezulu.Okwangoku, i-ingot yethu ibonakaliswe ngamandla omatshini kunye nokuzinza okuphezulu, ukubonelela ngelitye lembombo lokuvelisa ukusebenza okuphezulu kunye nokuthenjwa kwePeltier ukupholisa kunye neemodyuli zokuvelisa amandla.Iipellet zethu zinokunqunyulwa kwi-0.2X0.2X0.2MM, iTemp.Umahluko ungafikelela kuma-74℃.


Iinkcukacha zeMveliso

Iithegi zeMveliso

I-TIG-BiTe-P/N-1thermoelectric ingot ikhuliswe yi-Thermonamic nge-alloy ye-Bi, Sb, Te, Se, i-doping ekhethekileyo kunye neenkqubo zethu ezikhethekileyo ze-crystallizing.I-Bi-Te esekelwe kwi-thermoelectric ingot isetyenziselwa ukuvelisa iimodyuli ze-thermoelectric zokupholisa kunye nokufudumeza izicelo, kunye nokuguqula ukushisa kumbane.Ngokubanzi, umzobo we-ZT wohlobo lwethu lwe-p kunye nohlobo lwe-n-ingots inkulu kune-1 kwi-300K, kwaye inqaku elihle litsala abathengi abaninzi abaphezulu.Okwangoku, i-ingot yethu ibonakaliswe ngamandla omatshini kunye nokuzinza okuphezulu, ukubonelela ngelitye lembombo lokuvelisa ukusebenza okuphezulu kunye nokuthenjwa kwePeltier ukupholisa kunye neemodyuli zokuvelisa amandla.Iipellet zethu zinokunqunyulwa kwi-0.2X0.2X0.2MM, iTemp.Umahluko ungafikelela kuma-74℃.

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UMASIFUNDISANE

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UMASIFUNDISANE

*Iinzuzo zethu


Ukuxhomekeka kwiqela lobuchwephesha kunye nelabhoratri e-Shenzhen, sibonelela ngezona zisombululo zokusetyenziswa kwemodyuli ye-thermoelectric.Isiqwenga ngasinye semodyuli yethu sivavanywa amaxesha ama-3 phantsi kwezixhobo eziphambili.Umlinganiselo wokwaliwa kweemodyuli zethu ungaphantsi kwesihlanu kwiwaka.Iimveliso zethu zisetyenziswa ngokubanzi kwizixhobo zonyango, unxibelelwano lwe-optical, i-aerospace, izithuthi njl.Ngoko iimfuno zakho zinokwaneliswa ngokufanelekileyo.

*Imibandela efuna ukuhoywa


I-Semiconductor cooler isebenza ne-DC igalelo lombane kwaye kufuneka ixhotyiswe ngobonelelo lwamandla olukhethekileyo.
1. Ubonelelo lwamandla eDC.I-advanteji yonikezelo lwamandla e-DC kukuba inokusetyenziswa ngokuthe ngqo ngaphandle kokuguqulwa.Ukungalungi kukuba i-voltage kunye ne-current kufuneka ifanelekele i-semiconductor coolers, kwaye ezinye zingasombululwa ngochungechunge kunye nokudibanisa okuhambelanayo kwee-coolers ze-semiconductor.
2. I-AC yangoku.Olu lunikezelo lombane oluqhelekileyo, ekufuneka lulungiswe ukuze lube yi-DC phambi kokuba lusetyenziswe kwisibandisi.Ekubeni isixhobo sefriji sisixhobo esisezantsi kunye nesiphezulu sangoku, siqala ukusetyenziswa ngokunciphisa i-voltage, ukulungiswa kunye nokucoca.Kwezinye iimeko, umlinganiselo weqondo lokushisa, ukulawulwa kweqondo lokushisa kunye nolawulo lwangoku longezwa ukuze kube lula.
3. Ekubeni i-semiconductor cooler inikezelwa ngumbane we-DC, i-ripple coefficient yonikezelo lwamandla kufuneka ibe ngaphantsi kwe-10%, kungenjalo iya kuba nefuthe elikhulu kwisiphumo sokupholisa.
4. Umbane osebenzayo kunye nomsinga wesipholisi se-semiconductor kufuneka uhlangabezane neemfuno zesixhobo esisebenzayo.Umzekelo, kwisixhobo esinemodeli ye-tec1-12706, i-127 sisibini i-logarithm yesixhobo sokupholisa, i-PN, kunye nomda wokusebenza kwamandla ombane we-cool v = isibini logarithm × 0.11 kunye ne-06 zivumelekile ukuba zidlule kumaxabiso amakhulu angoku.
5. Amandla avuliwe ngexesha lokubanda kunye nokutshintshana kobushushu be-cooler kufuneka abuyiselwe kwiqondo lokushisa kwegumbi kuzo zombini iziphelo (ngokubanzi ngaphezu kwemizuzu emi-5), ngaphandle koko kulula ukubangela umonakalo womgca we-cooler kunye nokugqabhuka kwe-ceramic. iphepha.
6. Iisekethe ze-electronic ze-semiconductor cooler power supply zixhaphakile kwaye zinokufunyanwa kwiincwadi zesalathiso zeteknoloji ye-elektroniki ngokubanzi.


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