Ama-elekthronikhi abathengi afana namafoni ahlakaniphile namathebulethi ashintsha impilo yethu. Futhi ubuchwepheshe be-laser ngokuqinisekile buyindlela eshintsha umdlalo ekucubunguleni izingxenye zala ma-elekthronikhi abathengi.
Ama-elekthronikhi abathengi afana namafoni ahlakaniphile namathebulethi ashintsha impilo yethu. Futhi ubuchwepheshe be-laser ngokuqinisekile buyindlela eshintsha umdlalo ekucubunguleni izingxenye zala ma-elekthronikhi abathengi.
Isembozo sekhamera yefoni yokusika nge-laser
Imboni yamanje yamafoni ahlakaniphile incike kakhulu ezintweni ezingasebenza nge-laser, njenge-sapphire. Lena yizinto zesibili ezinzima kakhulu emhlabeni, okwenza kube yizinto ezifanele kakhulu ezivikela ikhamera yocingo ekuklwebhekeni nasekuweni okungenzeka. Ngokusebenzisa inqubo ye-laser, ukusika i-sapphire kungaba okunembile kakhulu futhi okusheshayo ngaphandle kokucutshungulwa ngemuva futhi amakhulu ezinkulungwane zezingcezu zomsebenzi zingaqedwa nsuku zonke, okuyinto ephumelela kakhulu.
Ukusika nokushisela isekethe yefilimu encane nge-laser
Indlela ye-laser ingasetshenziswa futhi ngaphakathi kwe-electronics yabathengi. Indlela yokuhlela izingxenye esikhaleni sama-cubic millimeter amaningana yayivame ukuba yinselele. Bese abakhiqizi beza nesisombululo - Ngokuhlela ngokuguquguquka isekethe yefilimu encane eyenziwe yi-polyimide ukuze ifane endaweni elinganiselwe. Lokhu kusho ukuthi lawa masekethe anganqunywa ngobukhulu obuhlukene kanye nezimo ukuze axhumane. Ngobuchwepheshe be-laser, lo msebenzi ungenziwa kalula kakhulu, ngoba ulungele noma yisiphi isimo sokusebenza futhi awubangeli ukucindezeleka komshini engxenyeni yokusebenza nhlobo.
Isibonisi sengilazi yokusika i-laser
Okwamanje, ingxenye ebiza kakhulu yefoni ehlakaniphile yisikrini sokuthinta. Njengoba sazi, isibonisi sokuthinta siqukethe izingcezu ezimbili zengilazi futhi ucezu ngalunye lungama-micrometer angu-300 ubukhulu. Kukhona ama-transistor alawula i-pixel. Lo mklamo omusha usetshenziselwa ukunciphisa ukujiya kwengilazi nokwandisa ukuqina kwengilazi. Ngobuchwepheshe bendabuko, akunakwenzeka ngisho nokusika nokubhala ngobumnene. Ukuqopha kuyasebenza, kodwa kuhilela inqubo yamakhemikhali.
Ngakho-ke, ukumaka nge-laser, okwaziwa ngokuthi ukucubungula okubandayo, kusetshenziswa kakhulu ekusikeni ingilazi. Ngaphezu kwalokho, ukusika ingilazi nge-laser kunomphetho obushelelezi futhi akukho ukuqhekeka, okungadingi ukucutshungulwa ngemuva.
Ukumaka i-laser ezingxenyeni ezishiwo ngenhla kudinga ukunemba okuphezulu endaweni elinganiselwe. Ngakho-ke yimuphi umthombo we-laser ofanele walolu hlobo lokucubungula? Impendulo i-UV laser. I-UV laser enobude obungu-355nm uhlobo lokucubungula okubandayo, ngoba ayinakho ukuthintana ngokomzimba nento futhi inendawo encane kakhulu ethinta ukushisa. Ukuqinisekisa ukusebenza kwayo kwesikhathi eside, ukupholisa okusebenzayo kubaluleke kakhulu.
Ama-S&A Teyu recirculating refrigerating water chiller afanelekela ukupholisa ama-UV lasers kusukela ku-3W-20W. Ukuze uthole ulwazi olwengeziwe, chofoza ku -https://www.teyuchiller.com/ultrafast-laser-uv-laser-chiller_c3
Sikhona ngenxa yakho uma usidinga.
Sicela ugcwalise ifomu ukuze uxhumane nathi, futhi sizokujabulela ukukusiza.
