Introductio ad Thermoelectric Refrigering Module
Thermoelectric technology est active scelerisque administratione ars fundatur in Peltier effectus. Erat inventa per JCA Peltier in MDCCCXXXIV, hoc phaenomenon involves calefacit vel refrigerationem de coniunctas duo thermelectric materiae (bismuth et telluride) per transitum current per coniunctas. Per operationem, directum current fluit per TEC modulus causing calorem transferri ab uno latere ad alterum. Creando frigus calida. Si directionem hodiernam reversed frigus et calida lateribus mutantur. Et refrigerationem potestatem et potest esse adaequatum mutantur eius operating current. A typicam una scaena frigidior Thracam (figuram. I) consistit de duabus tellus laminis cum P et N-genus semiconductor material (bismuth, telluride) inter Ceramic laminis. In elementis semiconductor materiales sunt coniuncta electrically in serie et thermally in parallel.
Thermoelectric Refrigerant Module, Peltier fabrica, TEC modules potest considerari ut genus solidum-statum scelerisque industria sentinam, et debitum ad suum ipsam pondus, magnitudine et rate of reactionem, idoneam esse utendum ut pars in reactionem, idoneam esse utendum est quod rate of reactionem, idoneam esse utendum ut pars in reactionem, idoneam esse utendum quod rate of reactionem, idoneam esse utendum ut pars in reactionem, idoneam esse ut pars in reactionem, idoneam esse utendum est in reactionem, idoneam utendum est quod rate of reactionem, idoneam esse utendum est in reactionem, idoneam esse ut pars in reactionem, idoneam esse utendum est in reactionem, idoneam esse utendum est in inbuilt refrigerationem systems (debitum ad limitatio spatium). With advantages such as quiet operation, shatter proof, shock resistance, longer useful life and easy maintenance, modern thermoelectric cooling module,peltier device,TEC modules have a wide range application in the fields of military equipments, aviation, aerospace, medical treatment, epidemic Ne, experimentalem apparatus, dolor products (Thulfer aqua, Car Cooler, Hotel Refrigerator, Vinum frigidior Thracam, personalis mini Thracam frigus & calor somnum codex, etc.).
Hodie, propter humilis pondus, parva mole vel facultatem et humilis sumptus, thermoelectric refrigerationem est late in medicinae, pharmaceutical aque, Aviation, et commercial products (ut calidum & frigida, et commercial products (ut calidum & frigida, et commercial products (ut calidum & frigus aqua dispensator, portable & frigus aquae dispensator, portable & frigida, et commercial products (ut calidum & frigus aqua dispensator, portable & frigus aqua dispensator, portable refrigerators, et commercial products (ut calidum & frigida aqua dispensator, portable & frigida, et commercial products (ut calidum & frigida, et commercial products (ut calidum & frigida aqua dispensator, portable refrigerators: Carcooler et sic in)
| Parametri | |
| I | Operating current ad TEC modulus (per Amps) |
| Imax | Operating current, ut ad maximum temperatus difference △ Tmax(In Amps) |
| Qc | Moles calor quod absorbetur ad frigus parte faciem TEC (Watts) |
| Qmax | Maximum moles calor potest absorberi frigore. Hoc factum est in ImaxEt Delta T = 0. (In Watts) |
| Tcalidus | Temperatus ad calidum parte faciem cum TEC OMNATIING (C) |
| Tfrigidus | Temperature frigus parte faciem cum TEC Operating (in F Aquilo) |
| △T | Differentia temperatus inter calidum (Th) Et frigus parte (Tc). Delta T = Th-Tc(In ° C) |
| △Tmax | Maximum differentia in temperatus a TEC modulus potest consequi inter calidum parte (Th) Et frigus parte (Tc). Haec facta (maximum refrigerationem facultatem) ad I =maxet qc= 0. (In ° C) |
| Umax | Voltage copia ad I =max(In volts) |
| ε | TEC O module refrigerationem efficientiam (%) |
| α | Suspendisse coefficiens thermoelectric material (v / ° F) |
| σ | Electrical coefficientem thermoelectric material (I / cm · ohm) |
| κ | Thermo conductivity of Thermoelectric Material (W / cm · ° C) |
| N | Numerus thermoelectric element |
| Iεmax | Current affixa cum calidum latus et latus temperatus TEC amet est certa valorem et requiritur questus maximam efficientiam (in Amps) |
Introduction of Application Formulae ad TEC Module
Qc= 2n [α (Tc+CCLXXIII) -li²/ 24 κs / LX (Th- Tc)]
△ T = [iα (Tc+CCLXXIII) -LI /²24.] / (Αs / l I. α]
U = II N [il / σs + α (Th- Tc)]
ε = Qc/ Ui
Qh= QC + Iu
△ Tmax= Th+ CCLXXIII + κ / Σα² X [I-√2Σα² / κx (Th+CCLXXIII) + I]
Imax =κs / lαx [√2Σα² / κx (Th+CCLXXIII) + 1-1]
Iεmax =α4s (Th- Tc) / L (√1 + 0.5Σα² (546+ Th- Tc)/ Κ I)
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