Iimodyuli zeThermoelectric kunye neSicelo sazo

Iimodyuli zeThermoelectric kunye neSicelo sazo

Xa ukhetha i-thermoelectric semiconductor N,P elements, le micimbi ilandelayo kufuneka imiselwe kuqala:

1. Misela imeko yokusebenza kwezinto ze-thermoelectric semiconductor N,P. Ngokwendlela kunye nobukhulu bomsinga osebenzayo, ungamisela ukusebenza kokupholisa, ukufudumeza kunye nobushushu obungaguqukiyo be-reactor, nangona eyona ndlela isetyenziswa kakhulu yindlela yokupholisa, kodwa akufuneki uyityeshele indlela yayo yokufudumeza kunye nobushushu obungaguqukiyo.

2, Misela ubushushu bokwenyani besiphelo esishushu xa upholisa. Ngenxa yokuba izinto ze-thermoelectric semiconductor N,P sisixhobo sokwahluka kobushushu, ukuze kufezekiswe isiphumo esihle sokupholisa, izinto ze-thermoelectric semiconductor N,P kufuneka zifakwe kwi-radiator elungileyo, ngokweemeko ezilungileyo okanye ezimbi zokusasaza ubushushu, zimisele ubushushu bokwenyani besiphelo sobushushu sezinto ze-thermoelectric semiconductor N,P xa zipholisa, kufuneka kuqatshelwe ukuba ngenxa yempembelelo ye-gradient yobushushu, ubushushu bokwenyani besiphelo sobushushu sezinto ze-thermoelectric semiconductor N,P buhlala buphezulu kunobushushu bomphezulu we-radiator, ngesiqhelo bungaphantsi kweshumi ezimbalwa zedigri, ngaphezulu kwedigri ezimbalwa, idigri ezilishumi. Ngokufanayo, ukongeza kwi-gradient yokusasaza ubushushu kwisiphelo esishushu, kukwakho ne-gradient yobushushu phakathi kwendawo epholileyo kunye nesiphelo esibandayo sezinto ze-thermoelectric semiconductor N,P.

3, Misela imeko-bume yokusebenza kunye nomoya wezinto ze-thermoelectric semiconductor N,P. Oku kuquka ukuba kusetyenzwe kwi-vacuum okanye kwi-atmosphere eqhelekileyo, i-nitrogen eyomileyo, umoya omileyo okanye ohambayo kunye nobushushu obujikeleze umoya, apho kuthathelwa ingqalelo amanyathelo obushushu (adiabatic) kwaye kumiselwa isiphumo sokuvuza kobushushu.

4. Misela into esebenzayo ye-thermoelectric semiconductor N,P elements kunye nobukhulu bomthwalo wobushushu. Ukongeza kwimpembelelo yobushushu besiphelo esishushu, ubushushu obuncinci okanye umahluko ophezulu wobushushu onokufikelelwa yi-stack umiselwa phantsi kweemeko ezimbini ze-no-load kunye ne-adiabatic, eneneni, i-thermoelectric semiconductor N,P elements ayinakuba yi-adiabatic ngokwenene, kodwa kufuneka ibe nomthwalo wobushushu, kungenjalo ayinantsingiselo.

Misela inani lezinto ze-thermoelectric semiconductor N,P. Oku kusekelwe kumandla okupholisa apheleleyo ezinto ze-thermoelectric semiconductor N,P ukuze kuhlangatyezwane neemfuno zomahluko wobushushu, kufuneka kuqinisekiswe ukuba isimbuku sezinto ze-thermoelectric semiconductor umthamo wokupholisa kubushushu bokusebenza mkhulu kunamandla apheleleyo omthwalo wobushushu wento esebenzayo, kungenjalo ayinakuhlangabezana neemfuno. I-thermal inertia yezinto ze-thermoelectric incinci kakhulu, ayidluli kumzuzu omnye phantsi komthwalo, kodwa ngenxa ye-inertia yomthwalo (ngokuyintloko ngenxa yomthamo wobushushu womthwalo), isantya sokusebenza sokwenyani sokufikelela kubushushu obumiselweyo sikhulu kakhulu kunomzuzu omnye, kwaye side njengeeyure ezininzi. Ukuba iimfuno zesantya sokusebenza zikhulu, inani leenqwaba liya kuba ngaphezulu, amandla apheleleyo omthwalo wobushushu aqulunqwe ngumthamo wobushushu opheleleyo kunye nokuvuza kobushushu (okukhona ubushushu buphantsi, kokukhona ukuvuza kobushushu kukhulu).

I-TES3-2601T125

Ubungakanani: 1.0A,

I-Umax: 2.16V,

I-Delta T: 118 C

Ubuninzi: 0.36W

I-ACR: 1.4 Ohm

Ubungakanani: Ubungakanani besiseko: 6X6mm, Ubungakanani obuphezulu: 2.5X2.5mm, Ukuphakama: 5.3mm