Amamojula we-Thermoelectric kanye Nesicelo Sawo

Amamojula we-Thermoelectric kanye Nesicelo Sawo

Lapho ukhetha ama-elementi e-thermoelectric semiconductor N,P, lezi zinkinga ezilandelayo kufanele zinqunywe kuqala:

1. Thola isimo sokusebenza se-thermoelectric semiconductor N,P element. Ngokuya ngesiqondiso nobukhulu bokusebenza kwamanje, ungakwazi ukunquma ukupholisa, ukushisa kanye nokusebenza okuqhubekayo kwezinga lokushisa kwe-reactor, nakuba okuvame ukusetshenziswa kakhulu kuyindlela yokupholisa, kodwa akufanele ukushaye indiva ukushisa kwayo nokusebenza okuqhubekayo kokushisa.

2, Thola izinga lokushisa langempela lokuphela okushisayo lapho upholisa. Ngenxa yokuthi i-thermoelectric semiconductor N,P izakhi ziyidivayisi ehlukile kwezinga lokushisa, ukuze kufinyelele umphumela omuhle kakhulu wokupholisa, izakhi ze-thermoelectric semiconductor N,P kufanele zifakwe kurediyetha enhle, ngokuya ngezimo ezinhle noma ezimbi zokushisa ukushisa, zinqume izinga lokushisa langempela lokuphela okushisayo kwe-thermoelectric semiconductor N,P izakhi lapho izinga lokushisa lingaba nomthelela ekupholiseni kwangempela. isiphetho esishisayo se-thermoelectric semiconductor N,P izakhi zihlala ziphakeme kunezinga lokushisa elingaphezulu lerediyetha, ngokuvamile lingaphansi kwezingxenye eziyishumi ezimbalwa zedigri, ngaphezu kwamadigri ambalwa, amadigri ayishumi. Ngokufanayo, ngaphezu kwe-gradient yokushabalalisa ukushisa ekugcineni okushisayo, kukhona futhi i-gradient yezinga lokushisa phakathi kwendawo epholile kanye nesiphetho esibandayo se-thermoelectric semiconductor N,P element.

3, Thola indawo yokusebenza nomoya we-thermoelectric semiconductor N,P element. Lokhu kuhlanganisa noma ukusebenza endaweni engenalutho noma emkhathini ojwayelekile, i-nitrogen eyomile, umoya omile noma onyakazayo kanye nezinga lokushisa elizungezile, lapho kucatshangelwa khona izinyathelo zokushisa ezishisayo (i-adiabatic) futhi kunqunywa umphumela wokuvuza kokushisa.

4. Thola into esebenzayo yezinto ze-thermoelectric semiconductor N,P kanye nosayizi womthwalo oshisayo. Ngaphezu kwethonya lokushisa kokuphela okushisayo, izinga lokushisa elincane noma umehluko omkhulu wokushisa ongafinyelelwa isitaki unqunywa ngaphansi kwezimo ezimbili zokungalayishwa kanye ne-adiabatic, empeleni, izakhi ze-thermoelectric semiconductor N,P azikwazi ukuba yi-adiabatic ngempela, kodwa futhi kufanele zibe nomthwalo oshisayo, ngaphandle kwalokho akusho lutho.

Nquma inani lama-elementi e-thermoelectric semiconductor N,P. Lokhu kusekelwe emandleni okupholisa aphelele we-thermoelectric semiconductor N,P element ukuze kuhlangatshezwane nezidingo zomehluko wezinga lokushisa, kufanele kuqinisekiswe ukuthi isamba se-thermoelectric semiconductor elements kumazinga okushisa okusebenza sikhulu kunamandla aphelele omthwalo oshisayo wento esebenzayo, ngaphandle kwalokho ayikwazi ukuhlangabezana nezimfuneko. I-inertia eshisayo yezakhi ze-thermoelectric incane kakhulu, akukho ngaphezu komzuzu owodwa ngaphansi komthwalo, kodwa ngenxa ye-inertia yomthwalo (ikakhulukazi ngenxa yomthamo wokushisa womthwalo), isivinini sangempela sokusebenza sokufinyelela izinga lokushisa elibekiwe likhulu kakhulu kunomzuzu owodwa, futhi uma nje amahora ambalwa. Uma izidingo zesivinini sokusebenza zinkulu, inani lezinqwaba lizoba ngaphezulu, amandla aphelele omthwalo oshisayo akhiwa umthamo ophelele wokushisa kanye nokuvuza kokushisa (lapho izinga lokushisa liphansi, kukhulu ukuvuza kokushisa).

I-TES3-2601T125

Isilinganiso: 1.0A,

Ubukhulu: 2.16V,

I-Delta T: 118 C

Ubukhulu: 0.36W

I-ACR: 1.4 Ohm

Usayizi: Usayizi oyisisekelo: 6X6mm, usayizi ophezulu: 2.5X2.5mm, Ubude: 5.3mm