Modules na Thermoelectric da Aikace-aikacensu

Modules na Thermoelectric da Aikace-aikacensu

Lokacin zabar abubuwan N,P na semiconductor na thermoelectric, ya kamata a fara tantance waɗannan batutuwa:

1. Kayyade yanayin aiki na abubuwan N,P na semiconductor na thermoelectric. Dangane da alkibla da girman wutar lantarki, za ka iya tantance aikin sanyaya, dumama da kuma yanayin zafin da ke cikin reactor, kodayake mafi yawan amfani da shi shine hanyar sanyaya, amma bai kamata ya yi watsi da dumama da aikin zafin da ke cikinsa ba.

2, Kayyade ainihin zafin zafin ƙarshen zafi lokacin sanyaya. Saboda abubuwan N,P na'urar auna zafin jiki ce ta na'urar auna zafin jiki, don cimma mafi kyawun tasirin sanyaya, dole ne a sanya abubuwan N,P na na'urar auna zafin jiki ta na'urar auna zafin jiki a kan mai kyau radiator, bisa ga yanayin watsa zafi mai kyau ko mara kyau, ƙayyade ainihin zafin zafin ƙarshen zafin jiki na abubuwan N,P na na'urar auna zafin jiki ta na'urar auna zafin jiki lokacin sanyaya, ya kamata a lura cewa saboda tasirin canjin zafin jiki, ainihin zafin jiki na ƙarshen zafin jiki na abubuwan N,P na na'urar auna zafin jiki koyaushe yana sama da zafin saman radiator, yawanci ƙasa da 'yan goma na digiri, fiye da 'yan digiri, digiri goma. Hakazalika, baya ga canjin zafin jiki a ƙarshen zafi, akwai kuma canjin zafin jiki tsakanin sararin sanyaya da ƙarshen sanyi na abubuwan N,P na na'urar auna zafin jiki ta ...

3, Kayyade yanayin aiki da yanayin yanayin sinadaran lantarki na lantarki na N,P. Wannan ya haɗa da ko za a yi aiki a cikin injin tsotsa ko a cikin yanayi na yau da kullun, busasshen nitrogen, iska mai tsayawa ko mai motsi da zafin jiki na yanayi, wanda daga ciki ake la'akari da matakan kariya na zafi (adiabatic) kuma ana tantance tasirin zubar zafi.

4. Kayyade abin aiki na abubuwan N,P na semiconductor na thermoelectric da girman nauyin zafi. Baya ga tasirin zafin ƙarshen zafi, mafi ƙarancin zafin jiki ko bambancin zafin jiki da tarin zai iya cimmawa ana ƙayyade shi a ƙarƙashin yanayi biyu na rashin kaya da adiabatic, a zahiri, abubuwan N,P na semiconductor na thermoelectric ba za su iya zama adiabatic da gaske ba, amma kuma dole ne su kasance suna da nauyin zafi, in ba haka ba ba shi da ma'ana.

Kayyade adadin abubuwan N,P na semiconductor na thermoelectric. Wannan ya dogara ne akan jimlar ƙarfin sanyaya na abubuwan N,P na semiconductor na thermoelectric don biyan buƙatun bambancin zafin jiki, dole ne ya tabbatar da cewa jimlar ƙarfin sanyaya abubuwan semiconductor na thermoelectric a zafin aiki ya fi ƙarfin jimlar nauyin zafi na abin aiki, in ba haka ba ba zai iya cika buƙatun ba. Rashin ƙarfin zafi na abubuwan thermoelectric yana da ƙanƙanta sosai, ba fiye da minti ɗaya ba a ƙarƙashin rashin kaya, amma saboda rashin ƙarfin kaya (galibi saboda ƙarfin zafi na kaya), ainihin saurin aiki don isa ga zafin da aka saita ya fi minti ɗaya, kuma tsawon sa'o'i da yawa. Idan buƙatun saurin aiki sun fi girma, adadin tarin zai fi yawa, jimlar ƙarfin nauyin zafi ya ƙunshi jimlar ƙarfin zafi tare da zubar zafi (ƙasa da zafin jiki, mafi girman zubar zafi).

TES3-2601T125

Imax: 1.0A,

Babban ƙarfin lantarki: 2.16V,

Delta T: 118 C

Qmax: 0.36W

ACR: 1.4 Ohm

Girman: Girman tushe: 6X6mm, Girman sama: 2.5X2.5mm, Tsawo: 5.3mm