Thermoelectric Modules da Aikace-aikacen su

Thermoelectric Modules da Aikace-aikacen su

Lokacin zabar abubuwan da ake kira thermoelectric semiconductor N,P abubuwa, yakamata a fara ƙayyade batutuwa masu zuwa:

1. Ƙayyade yanayin aiki na thermoelectric semiconductor N, P abubuwa. Bisa ga shugabanci da girman da aiki halin yanzu, za ka iya ƙayyade sanyaya, dumama da kuma yawan zafin jiki yi na reactor, ko da yake mafi yawan amfani da shi ne sanyaya hanya, amma kada ku yi watsi da dumama da kuma akai zazzabi yi.

2, Ƙayyade ainihin zafin jiki na ƙarshen zafi lokacin sanyaya. Saboda thermoelectric semiconductor N, P abubuwan shine na'urar bambancin zafin jiki, don cimma sakamako mafi kyau na sanyaya, dole ne a shigar da abubuwan thermoelectric semiconductor N, P abubuwan da ke da kyau, gwargwadon yanayin yanayin zafi mai kyau ko mara kyau, ƙayyade ainihin zafin jiki na ƙarshen thermal na thermal semiconductor N, P abubuwan lokacin sanyaya, ya kamata a lura da cewa ainihin yanayin zafin jiki na ƙarshen zafin jiki, sakamakon tasirin zafin jiki na ƙarshe, sakamakon sakamakon zafin jiki na ƙarshen zafin jiki. semiconductor N,P abubuwa koyaushe suna sama da yanayin zafin na'urar radiyo, yawanci ƙasa da 'yan kashi goma na digiri, fiye da 'yan digiri, digiri goma. Hakazalika, ban da raɗaɗin zafin zafi a ƙarshen zafi, akwai kuma yanayin zafin jiki tsakanin sararin da aka sanyaya da kuma ƙarshen sanyi na thermoelectric semiconductor N, P abubuwan.

3, Ƙayyade yanayin aiki da yanayi na thermoelectric semiconductor N, P abubuwa. Wannan ya haɗa da ko yin aiki a cikin sarari ko a cikin yanayi na yau da kullun, busassun nitrogen, iska mai tsayayye ko motsi da yanayin zafin jiki, daga abin da ake ɗaukar matakan thermal insulation (adiabatic) kuma an ƙayyade tasirin zubar zafi.

4. Ƙayyade kayan aiki na thermoelectric semiconductor N, P abubuwa da girman nauyin thermal. Bugu da ƙari ga tasirin yanayin zafi na ƙarshen zafi, ƙananan zafin jiki ko matsakaicin matsakaicin zafin jiki wanda tari zai iya cimma an ƙaddara a ƙarƙashin yanayi biyu na babu-load da adiabatic, a gaskiya ma, thermoelectric semiconductor N, P abubuwan ba za su iya zama ainihin adiabatic ba, amma kuma dole ne su sami nauyin thermal, in ba haka ba yana da ma'ana.

Ƙayyade adadin abubuwan da ke cikin thermoelectric N,P abubuwa. Wannan ya dogara ne akan jimlar ikon sanyaya na thermoelectric semiconductor N, P abubuwan don saduwa da buƙatun bambancin zafin jiki, dole ne a tabbatar da cewa jimlar thermoelectric semiconductor abubuwan sanyaya iya aiki a zafin jiki na aiki ya fi ƙarfin ƙarfin thermal na kayan aiki, in ba haka ba ba zai iya biyan bukatun. Thermal inertia na ma'aunin zafi da sanyio yana da ƙananan ƙananan, ba fiye da minti ɗaya ba a ƙarƙashin nauyin kaya, amma saboda rashin aiki na kaya (yafi saboda ƙarfin zafi na kaya), ainihin saurin aiki don isa yanayin zafin jiki yana da girma fiye da minti daya, kuma idan dai har tsawon sa'o'i da yawa. Idan buƙatun saurin aiki sun fi girma, adadin tara zai fi yawa, jimlar ƙarfin ƙarfin zafi ya ƙunshi jimlar ƙarfin zafi tare da ɗigon zafi (ƙananan zafin jiki, mafi girman zubar zafi).

Saukewa: TES3-2601T125

Matsayi: 1.0A,

Matsakaicin iyaka: 2.16V,

Delta T: 118 C

Saukewa: 0.36W

Saukewa: 1.4OM

Girma: Girman tushe: 6X6mm, Babban girman: 2.5X2.5mm, Tsawo: 5.3mm