Amamojula wokupholisa we-thermoelectric asetshenziswa emkhakheni we-laser ubuhle

Amadivayisi wobuhle we-Thermoelectric Nano-Matrix Laser Ubuhle

Ubuchwepheshe be-thermoelectric cooding buchwepheshe bunobubanzi bezicelo emkhakheni wobuhle nezokwelapha.such njengethuluzi lobuhle be-nano-matrix laser.

Imodi yokusebenza e-laser, ububanzi be-laser beam ingaphansi kwama-500μm, futhi akulona ukuhleleka komhlaba ojwayelekile esimweni se-lattice. Ngakho-ke, i-Dot Matrix Laser ukusetshenziswa komqondo wokwelashwa kwesehlukaniso, engxenyeni yesikhumba ukudala izinkulungwane zamanxeba angabonakali, ngokukhishwa, ukususwa kwezicubu ezindala, ngenkathi kukhuthaza umthelela wokuvuselelwa kwesikhumba. Indawo ekhanyayo ye-laser ngayinye ingu-1/6 kuphela wobubanzi bezinwele, ezingathuthukisa ngempumelelo izinkinga zesikhumba ezinjengamamaki omqubuko, ama-pores, imigqa emihle, kanye nobulukhuni.

Ukusetshenziswa kokupholisa kwe-thermoelectric, akudingi ukusebenzisa noma yisiphi esiqandisini, kungasakwazi ukusebenza, ngaphandle kwemithombo yokungcola, ngaphandle kwezingxenye zokujikeleza, ngeke kukhiqize umphumela wokujikeleza, umsebenzi, akukho msindo nomsindo omningi kakhulu. Ngaphezu kokupholisa, imodyuli yokupholisa ye-thermoelectric, module ye-Pellier, amamojula we-Tec angavutha futhi, angatholakala kusuka ku-50 ° C kuya ku-0 ° C kuya ku-0

I-Beijing HuimaoO Cooling Equipment Co, Ltd. Yakhelwe uhlobo olusha lwemodyuli ye-thermoelectric, idivaysi yokupholisa ye-thermoelectric, i-te module, ehlangabezana nesidingo esikhethekile sokunakekelwa kwezokunakekelwa kwezokunakekelwa kwezokwelapha.

I-Thermoelectric module module Tes1-0315

Ukushisa okushisayo okushisayo kungu: 27 c,

UMax: 3.6V,

I-IMAX: 2.5a,

I-Qmax: 5.4W.

ACR: 1.2 Ohm.

Usayizi: 10x10X2.5mm

I-Thermoelectric module egama linguTes1-04903t200

Ukushisa okushisayo ku-25 C,

I-IMAX: 3a,

UMax: 5.8 V

I-Qmax: 10 w

Delta T Max:> 64 c

ACR: 1.60 Ohm

Usayizi: 12x12X2.37mm

Onke amamojula ethu we-thermoelectric, izakhi ze-Pellier, amamojula we-Tec, amayunithi wokupholisa we-thermoelectric, amadivaysi e-thermoelectric ahlangana kuze kube yimanje, okudingekayo kwe-rohs 2.0.