Izixhobo ze-elektroniki zabathengi ezifana neefowuni ezikrelekrele kunye neetablethi ziyatshintsha ubomi bethu. Kwaye ubuchule be-laser ngokuqinisekileyo bubuchule obutshintsha umdlalo ekucubunguleni izixhobo zezi zixhobo ze-elektroniki zabathengi.
Izixhobo ze-elektroniki zabathengi ezifana neefowuni ezikrelekrele kunye neetablethi ziyatshintsha ubomi bethu. Kwaye ubuchule be-laser ngokuqinisekileyo bubuchule obutshintsha umdlalo ekucubunguleni izixhobo zezi zixhobo ze-elektroniki zabathengi.
Ikhava yekhamera yefowuni yokusika nge-laser
Ishishini leefowuni ezikrelekrele langoku lixhomekeke ngakumbi kwizinto ezinokusebenza nge-laser, njenge-sapphire. Le yeyona nto yesibini inzima emhlabeni, nto leyo eyenza ukuba ibe yeyona nto ifanelekileyo ekhusela ikhamera yefowuni ekukrweleni nasekuweni. Ngokusebenzisa indlela ye-laser, ukusika i-sapphire kunokuba ngokuchanekileyo nangokukhawuleza ngaphandle kokulungiswa emva koko kwaye amakhulu amawaka ezinto zomsebenzi zinokugqitywa yonke imihla, nto leyo esebenza kakuhle.
Ukusika kunye nokuwelda isekethe yefilimu encinci ye-laser
Indlela yelaser ingasetyenziswa nakwizixhobo ze-elektroniki zabathengi. Indlela yokucwangcisa izinto kwindawo ye-cubic millimeter ezininzi yayilucelomngeni. Emva koko abavelisi beza nesisombululo - Ngokulungiselela ngokuguquguquka isekethe yefilimu encinci eyenziwe yi-polyimide ukwenza ukufanisa kwindawo encinci. Oku kuthetha ukuba ezi sekethe zinokunqunyulwa zibe nobukhulu obahlukeneyo kunye neemilo ukuze ziqhagamshelane. Ngendlela yelaser, lo msebenzi unokwenziwa ngokulula kakhulu, kuba ufanelekile kuyo nayiphi na imeko yokusebenza kwaye awubangeli naluphi na uxinzelelo loomatshini kwisiqwenga somsebenzi konke konke.
Umboniso weglasi yokusika i-laser
Okwangoku, eyona nto ibiza kakhulu kwi-smart phone yi-touch screen. Njengoko sisazi, i-touch display ineziqwenga ezibini zeglasi kwaye iqhekeza ngalinye limalunga ne-300 micrometer ubukhulu. Kukho ii-transistors ezilawula i-pixel. Olu yilo lutsha lusetyenziselwa ukunciphisa ubukhulu beglasi kunye nokwandisa ukuqina kweglasi. Ngobuchule bendabuko, akunakwenzeka nokuba uyinqumle kwaye uyibhale ngobunono. Ukukrola kuyasebenza, kodwa kubandakanya inkqubo yamakhemikhali.
Ngoko ke, uphawu lwelaser, olwaziwa ngokuba yi-cold processing, lusetyenziswa kakhulu ekusikeni iglasi. Ngaphezu koko, ukusika iglasi ngelaser kunomphetho ogudileyo kwaye akukho mfantu, nto leyo engadingi kulungiswa emva koko.
Ukumakishwa kwelaser kwizinto ezikhankanyiweyo apha ngasentla kufuna ukuchaneka okuphezulu kwindawo encinci. Ngoko ke ingaba yintoni umthombo welaser ofanelekileyo kolu hlobo lokucubungula? Ewe, impendulo yilaser ye-UV. Ilaser ye-UV enobude obuyi-355nm luhlobo lokucubungula okubandayo, kuba ayinayo intsebenziswano yomzimba nento kwaye inendawo encinci kakhulu echaphazela ubushushu. Ukuqinisekisa ukusebenza kwayo ixesha elide, ukupholisa okusebenzayo kubaluleke kakhulu.
Ii-S&A Teyu recirculating water chillers zifanelekile ukupholisa ii-UV lasers ukusuka kwi-3W-20W. Ukuze ufumane ulwazi oluthe kratya, cofa ku -https://www.teyuchiller.com/ultrafast-laser-uv-laser-chiller_c3
Silapha ngenxa yakho xa usidinga.
Nceda ugcwalise ifomu ukuze uqhagamshelane nathi, kwaye siya kukuvuyela ukukunceda.
