I-IR i-IR kwisicelo

I-wavelength ye-infrared (ir) ekhokelwa, ekwabizwa ngokuba yi-infrared ukukhanya kwe-diode, iwela ngaphakathi kwe-infrafred spectum. Ukuqonda i-wavelength ye-IR ye-IR, kubalulekile ukuqonda umbono wokukhanya kunye ne-elektromagnetic spectrum.
Ukukhanya yindlela ye-elektromagnetic radiation enemitha ebizwa ngokuba ziifoto. Ezi foto zihamba ngamaza, kunye nomgama phakathi kweencopho ezimbini ezilandelelanayo okanye imikhonto yezaphu yaziwa ngokuba yi-wavevength yayo. I-wavelength yokukhanya idla ngokulinganiswa kwii-nanometers (NM) okanye i-micrometer (μm).
I-Electromagnetic spectrum iqufikelela imitha ye-electromagnetic, isusela kwi-rang-rang-rays ye-DIMMA ye-GAME kunye nee-X-rays ukuba ibonakale ukukhanya, imitha ye-infrared, imikunga ye-rowaves, kunye namaza erediyo. Ingingqi nganye ye-spectrum ibonakaliswa ngokwakho.
Imisebe ye-infrared ilele ngaphaya kwe-shoctrum ebonakalayo, kunye namaza amade kunye nezantya eziphantsi. Yahlulwe yangamanqanaba amathathu aphambili: inforared (i-infrared (i-NIR), ephakathi (mir), kwaye i-infrared ende (FIR). Inqanaba elithile le-wavelength yodidi ngalunye linokuhluka ngokuxhomekeka kumthombo kunye nesicelo. Kunye ne-IR ye-LIN inoku kuba lohlobo lwe-LMD kunye nodidi lweLamps ezikhokelayo. Iphakheji efana ne-2835 i-SMD, i-3528 i-SMD ye-LED, i-5050 i-SMD ikhokele kunye ne-5mm nge-5mm nge-3mm ekhokelayo, i-3mm nge-3mm nge-WED yonke ifumaneka kumzi-mveliso wethu.
I-IR i-LED yenzelwe ukukhupha ukukhanya kuluhlu lwe-infrared. Luhlobo lwediode ekhupha ukukhanya xa kusetyenziswa umbane wangoku kuyo. I-wavelength ye-IR i-IR igqibekwe zixhobo kunye noyilo olusetyenziswa kulwakhiwo lwayo.
Ngokwesiqhelo, i-LR ye-IR ikhupha ukukhanya kwindawo ekufuphi ne-infrared ekufuphi, kunye ne-wavelengt esuka kwi-700nm ukuya kwi-1,500nm ukuya kwi-1,500nm (okanye i-0.7 ~m ukuya kwi-1 μm). Nangona kunjalo, i-wavelength yahluka ngokuxhomekeke kuhlobo oluthile kunye nenjongo ye-IR.
Umzekelo, izicelo eziqhelekileyo ze-LED-i-Inrady-infrared ezikufuphi zibandakanya ulawulo olude, unxibelelwano olunjalo, kunye nezixhobo zokuzonwabisa. Ezi ndawo zikhokelayo zihlala zikhanyisa kwi-waventent ye-80NMM. Esi savenct sawe ngaphakathi kuluhlu lwe-infrectum ekufutshane kwaye ayibonakali kwiliso lomntu.
Ezinye iintlobo ze-IR ye-IR, ezinjengezo zisetyenziswa kubusuku bokubona ebusuku okanye iinkqubo zokhuseleko, zinokukuphuma ekhanyayo kumaza amanqanaba amade, zihlala zikuluhlu oluziinzuzo eziphakathi. I-Dered-Infrared Wavelength isusela kwi-1 μm ukuya kwi-10 μm. La maWavegs aghtces aluncedo ekufumaneni ukusayina kobushushu kwaye afake imifanekiso ebumnyameni.
I-wavelength ekhethekileyo ye-IR ibalulekile kuba izixhobo ezahlukeneyo kunye nezinto zinxibelelane ngokwahlukileyo ngamaza ahlukeneyo emitha yemitha. Umzekelo, izixhobo ezithile zinokufunxa okanye zibonisa amaza amathole athile, ezenza bazilungele izicelo ezahlukeneyo. Ngokukhetha i-wavelength efanelekileyo, i-IR le-IR inokuphelelwa yimisebenzi ethile.

Ukuqukumbela, i-wavelength ye-ir ye-IR iwela ngaphakathi kwe-infrationrum ye-infrared, elele ngaphaya kodidi lokukhanya olubonakalayo. I-IR i-IR ngokwesiqhelo ikhupha ukukhanya kwindawo ekufuphi ne-infrared esondele, kunye namaWelengt asusela kwi-700 NM ukuya kwi-1 000 NM. Nangona kunjalo, i-wavelength yahluka ngokuxhomekeka kuhlobo oluthile kunye nenjongo ye-IR, kunye nokukhupha ukukhanya kuluhlu lwe-infrared. Ukuqonda i-lavelength ye-IR ye-IR kubalulekile ekuyileni kwaye uzisebenzise kwizicelo ezahlukeneyo, ezinje ngolawulo olude, izixhobo zobusuku, kunye neenkqubo zokhuseleko.