Thermeelecctric Modules da aikace-aikacen su

Thermeelecctric Modules da aikace-aikacen su

Lokacin zabar wani abu mai ban tsoro na Sephemector N, shafi na pictions, ya kamata a tantance matsaloli masu zuwa da farko:

1. Eterayyade yanayin aiki na aikin thermeclectorctor semponductor n, p abubuwa. Dangane da shugabanci da girman aiki na yanzu, zaku iya tantance mai sanyaya, ko da yake amfani da aikin mai sanyaya shi shine hanyar zafin rana da kuma aikin zafin jiki na yau da kullun.

2, ƙayyade ainihin zafin jiki na ƙarshen zafi lokacin sanyaya. Saboda thermetecricric semicondUcor n, p Abubuwa na banbanci na zazzabi ne, don cimma sakamako mafi kyau, gwargwadon yanayin zafi ko mummunan yanayin zafi ko mummunar yanayin zafi, ƙayyade ainihin yanayin zafi na ƙarshen ƙarshen thermallectorctrice semponductor n, p palents lokacin sanyaya, ya kamata a lura cewa saboda tasirin zafin jiki da kuma Ainihin zafin jiki na ƙarshen thermaltector na Thermonductor N, shafi na koyaushe yana sama da yawan zafin rana na digiri, fiye da 'yan digiri, digiri fiye da digiri, digiri guda ɗaya. Hakazalika, ban da zafin rana dissipation gradient a ƙarshen zafi, akwai kuma mafi girman zafin jiki na sanyaya da sanyi na thermeclectorctor Nismonductrict

3, sanin yanayin aiki da yanayi na Thremeclectricric sempondutector N, p abubuwa. Wannan ya hada da ko yin aiki a cikin wuri ko a cikin yanayin talakawa, bushewar nitrogen, daga abin da ke motsa jiki (ABINEBLY INARIONS aka ƙaddara kuma sakamakon raunin zafi.

4. Kammala abu mai aiki na aikin Thermelector Nismondutor N, p fafayyado da girman nauyin thermal. Baya ga tasirin zafin jiki na ƙarshen zafi, mafi ƙarancin zafin jiki ko ƙarancin yanayin zafin jiki cewa tari na iya cimma sakamako kuma adiablect, a zahiri ba zai iya ba Kasance da gaske Amai, amma kuma dole ne ya sami nauyin zafi, in ba haka ba ma'ana.

Eterayyade yawan adadin Thermelectricric N, shafi. Wannan ya danganta ne da jimlar ƙarfin sanyayawar ThermonduTort, dole ne tabbatar da cewa jimlar karfin yawan sihiri ya fi yawan ƙarfin aikin thermal ya fi yawan ƙarfin aikin zafi na aikin aiki, in ba haka ba zai iya biyan bukatun. Thermal Inertia na Thermeolectrics ne ƙanana, ba fiye da minti daya a karkashin babu nauyi, amma saboda yawan aiki na kaya), ainihin saurin aiki don isa zazzabi ya fi minti daya girma, kuma muddin da yawa awanni. Idan buƙatun saurin aiki ya fi girma, yawan tarin abubuwa zai zama mafi, jimlar ƙarfin zafin jiki ta ƙunshi jimlar zafi da zafi (ƙasa da zazzabi, mafi girma haƙora).

Tes3-2601T125

IMAX: 1.0a,

Umax: 2.16v,

Delta T: 118 c

Qmax: 0.36w

ACR: 1.4 OHM

Girman: Girman Base: 6x6mm, Babban Girma: 2.5x2.5mm, tsawo: 5.3mm