Module koronto iyo Codsigooda

Module koronto iyo Codsigooda

Markaad dooranayso qalabka korontada ku shaqeeya ee N,P, arrimaha soo socda waa in marka hore la go'aamiyo:

1. Go'aami xaalada shaqada ee semiconductor N,P cansers. Marka loo eego jihada iyo cabbirka hadda shaqeeya, waxaad go'aamin kartaa qaboojinta, kuleylka iyo heerkulka joogtada ah ee reactor, inkasta oo inta badan loo isticmaalo habka qaboojinta, laakiin waa in aan la iska indho-tirin kuleylkeeda iyo waxqabadka heerkulka joogtada ah.

2, Go'aami heerkulka dhabta ah ee dhamaadka kulul marka qaboojinta. Sababtoo ah walxaha kuleylka ah ee N, P waa aalad kala duwanaansho heerkul ah, si loo gaaro saameynta qaboojinta ugu fiican, walxaha kuleylku waa in lagu rakibaa hiitarka wanaagsan, marka loo eego xaaladaha kuleylka wanaagsan ama kuwa xun, go'aamiyaan heerkulka dhabta ah ee dhamaadka kulaylka ee semiconductor N, P walxaha marka la qaboojinayo, waa in la ogaadaa in heerkulka dhabta ah uu sabab u yahay heerkulka saxda ah ee heerkulka saxda ah. semiconductor N, P element had iyo jeer way ka sarreeyaan heerkulka sare ee hiitarka, badiyaa wax ka yar toban meelood meel oo darajo ah, in ka badan dhawr darajo, toban darajo. Sidoo kale, marka lagu daro qulqulka kuleylka kuleylka ee dhamaadka kuleylka, waxaa sidoo kale jira heerkulbeeg u dhexeeya meesha la qaboojiyey iyo dhamaadka qabow ee semiconductor N, P element

3, Go'aami jawiga shaqada iyo jawiga semiconductor N, P walxaha. Tan waxaa ka mid ah in lagu shaqeeyo meel faaruq ah ama jawi caadi ah, nitrogen qalalan, hawo taagan ama dhaqaaqaysa iyo heerkulka jawiga, kaas oo cabbirada kulaylka (adiabatic) la tixgaliyo lana go'aamiyo saamaynta daadinta kulaylka.

4. Go'aami shayga shaqada ee semiconductor N,P canles iyo cabbirka culeyska kulaylka. Waxa intaa dheer in saamaynta heerkulka dhamaadka kulul, heerkulka ugu yar ama ugu badnaan heerkulka kala duwanaansho in raso ayaa lagu gaari karaa iyadoo la raacayo labada shuruudood ee aan-load iyo adiabatic, dhab ahaantii, semiconductor thermoelectric N, P walxaha ma noqon karaan si dhab ah adiabatic, laakiin sidoo kale waa in ay leeyihiin culays kuleyl ah, haddii kale waa macno la'aan.

Go'aami tirada heerkulbeegga semiconductor N,P curiyayaasha. Tani waxay ku saleysan tahay wadarta guud ee awoodda qaboojinta ee semiconductor N, P si ay u buuxiso shuruudaha kala duwanaanshaha heerkulka, waa inay hubisaa in wadarta walxaha semiconductor thermoelectric awoodda qaboojinta heerkulka hawlgalka uu ka weyn yahay wadarta guud ee culeyska kulaylka ee shayga shaqada, haddii kale ma buuxin karo shuruudaha. Xakamaynta kulaylka ee walxaha kuleyliyaha waa mid aad u yar, wax aan ka badneyn hal daqiiqo oo aan culeys lahayn, laakiin sababtoo ah isugeynta culeyska (inta badan sababtoo ah awoodda kulaylka culeyska), xawaaraha shaqada ee dhabta ah si loo gaaro heerkulka la dhigay ayaa aad uga weyn hal daqiiqo, iyo ilaa dhowr saacadood. Haddii shuruudaha xawaaraha shaqadu ay ka weyn yihiin, tirada xajmigu waxay noqon doontaa wax badan, wadarta guud ee culeyska kulaylka wuxuu ka kooban yahay wadarta awoodda kulaylka oo lagu daray qulqulka kulaylka (heerkulka hoose, ayaa sii kordhaya kuleylka kuleylka).

TES3-2601T125

Imax: 1.0A,

Umax: 2.16V,

Delta T: 118 C

QM: 0.36W

ACR: 1.4 Ohm

Cabbirka: Cabbirka saldhiga: 6X6mm, Cabbirka ugu sarreeya: 2.5X2.5mm, Dhererka: 5.3mm