Mafi mahimmancin kayan gani na gani a cikin tsarin ƙirar katako a cikin laser diode mai ƙarfi shine Fast-Axis Collimation optic. An kera ruwan tabarau daga gilashin inganci kuma suna da farfajiyar acylindrical. Babban buɗaɗɗensu na ƙididdigewa yana ba da izinin haɗa duk fitarwar diode tare da ingantaccen ingancin katako. Babban watsawa da kyawawan halayen haɗin kai suna ba da garantin mafi girman matakan ƙirar ƙirar katako dondiode lasers.
Fast Axis Collimators sune m, babban aikin ruwan tabarau na aspheric cylindrical wanda aka ƙera don ƙirar katako ko aikace-aikacen collimation diode laser. Zane-zanen silindi na aspheric da manyan buɗewar lambobi suna ba da izinin haɗuwa iri ɗaya na duka fitarwa na diode na Laser yayin da yake riƙe ingancin katako.
Amfani
aikace-aikace-inganta zane
babban buɗaɗɗen lamba (NA 0.8)
rikice-rikice-iyakance haduwa
watsa har zuwa 99%
mafi girman matakin daidaito da daidaituwa
masana'antu tsari ne sosai tattali ga manyan yawa
abin dogara kuma barga inganci
Laser Diode Collimation
Laser diodes yawanci suna da halayen fitarwa waɗanda suka bambanta sosai da sauran nau'ikan Laser. Musamman, suna samar da fitarwa mai rarrabuwar kawuna maimakon katako da aka haɗu. Bugu da ƙari kuma, wannan bambance-bambancen shine asymmetrical; bambance-bambancen ya fi girma sosai a cikin jirgin daidai gwargwado zuwa yadudduka masu aiki a cikin guntu diode, idan aka kwatanta da jirgin da ke daidai da waɗannan yadudduka. Ana kiran jirgin da ya fi rarrabuwar kawuna a matsayin “axis mai sauri”, yayin da ake kiran ƙaramin rarrabuwar kawuna “slow axis”.
Ingantacciyar amfani da fitarwar diode Laser kusan koyaushe yana buƙatar haɗuwa ko wasu sake fasalin wannan bambance-bambancen, katako mai asymmetric. Kuma, ana yin wannan yawanci ta amfani da na'urorin gani daban-daban don gatura masu sauri da jinkirin saboda bambancin kaddarorinsu. Cimma wannan a aikace don haka yana buƙatar amfani da na'urorin gani waɗanda ke da iko a cikin girma ɗaya kawai (misali silindrical ko ruwan tabarau na silindi).
Lokacin aikawa: Dec-15-2022