An gudanar da taron bunkasa fasahar Laser na kasar Sin karo na biyu a birnin Changsha daga ranar 7 zuwa 9 ga Afrilu, 2023, wanda kasar Sin Optical Engineering da sauran kungiyoyi suka dauki nauyin shiryawa, wadanda suka hada da sadarwar fasaha, dandalin raya masana'antu, nuni da tashar jiragen ruwa, baje kolin ayyuka da sauran ayyuka da dama, ya tara masana masana'antu fiye da 100, 'yan kasuwa, sanannun cibiyoyin ba da shawarwari da kafofin watsa labaru, da zuba jari, da zuba jari.
Dokta Feng, Mataimakin Shugaban R & D Sashen Lumispot Tech, ya raba ra'ayoyinsa game da "Na'urorin Laser Semiconductor Laser High Power da Fasaha masu dangantaka". A halin yanzu, mu kayayyakin hada high-ikon semiconductor Laser tsararru na'urorin, erbium gilashin Laser, high-ikon CW / QCW DPL kayayyaki, Laser hadewa tsarin da high-ikon semiconductor Laser fiber-haɗe da fitarwa kayayyaki, da dai sauransu Mun jajirce ga ci gaba da bincike na kowane irin high-ikon semiconductor Laser na'urorin da tsarin.
Lumispot Tech ya sami ci gaba mai mahimmanci:
Lumispot Tech ya yi gagarumin ci gaba a high-ikon high-mita kunkuntar bugun jini nisa Laser na'urorin, karya ta Multi-guntu kananan kai inductance micro-stacking tsari fasaha, bugun jini drive fasahar tare da kananan size, Multi-mita, da bugun jini nisa modulation hadewa fasaha, da dai sauransu, don cimma da kuma ci gaba da jerin high-ikon high-mita nisa kunkuntar na'urorin Laser. Irin waɗannan samfuran suna da fa'idodi na ƙananan girman, nauyi mai nauyi, haɓaka mai ƙarfi, babban ƙarfi mai ƙarfi, kunkuntar bugun jini, haɓaka saurin haɓakawa, da sauransu, ƙarfin kololuwa na iya zama sama da 300W, girman bugun jini na iya zama ƙasa da 10ns, waɗanda aka yi amfani da su sosai a cikin radar laser, fuze Laser, gano yanayin yanayi, bincike na ganowa, da dai sauransu.
● Kamfanin ya sami ci gaba:
A cikin 2022, kamfanin yayi ƙoƙari a kan fasahar haɗin gwiwar fiber kuma ya sami nasara mai inganci a cikin aikace-aikacen musamman na na'urorin Laser na fiber hada guda biyu fitarwa na na'urorin Laser, wanda aka shirya taro-zuwa-ikon ƙasa kamar 0.5g / W dangane da samfuran LC18 dandamali famfo tushen samfuran, ya fara aika ƙananan samfuran samfuran zuwa raka'o'in masu amfani da suka dace da raka'a mai kyau. Irin wannan nauyi mai sauƙi da kewayon zafin jiki na -55 ℃ -110 ℃ famfo tushen samfuran A nan gaba, ana sa ran zama ɗayan manyan samfuran kamfanin.
● Gagarumin ci gaba da Lumispot Tech ya samu Kwanan nan:
Bugu da kari, Lumispot Tech ya kuma yi gagarumin ci gaban fasaha da samfur a cikin filayen erbium gilashin Laser, bar tsararru Laser, da semiconductor gefen famfo kayayyaki.
Erbium gilashin Laser ya kafa cikakken 100uJ, 200μJ, 350μJ,> 400μJ da high nauyi mita jerin erbium gilashin Laser kayayyakin a cikin taro samar tsari, a halin yanzu, Erbium gilashin 100uJ da aka soma a cikin babban yawa don fadada katako na daya fasaha, kai tsaye a hade tare da jeri don hadawa da Laser emission bukatun, wanda za a iya hade da jeri da Laser watsin bukatun. daga tasirin gurɓataccen muhalli, yana inganta ingantaccen amincin amfani da Laser gilashin erbium a matsayin ginshiƙin tushen hasken haske.
Bar Array Laser yana ɗaukar fasahar haɗin gwiwar solder da yawa. Bar Array Laser tare da G-stack, yanki array, zobe, baka, da sauran nau'ikan ana buƙata sosai a fannoni daban-daban na aikace-aikace. Lumispot Tech ya kuma yi bincike na farko da yawa akan tsarin kunshin, kayan lantarki, da ƙira. Ya zuwa yanzu, kamfaninmu ya sami wasu nasarori a cikin hasken wutar lantarki na mashaya. Ana sa ran samun saurin canji a aikin injiniya a mataki na gaba.
A fagen semiconductor famfo tushen kayayyaki, dangane da balagagge fasaha kwarewa a cikin masana'antu, Lumispot Tech yafi mayar da hankali a kan zane da kuma aiki da fasaha na mayar da hankali cavities, uniform yin famfo fasahar, Multi-girma / Multi-madauki stacking fasaha, da dai sauransu Mun yi wani alamar nasara nasara a cikin famfo ikon matakin da aiki yanayin, da kuma a halin yanzu famfo-00 ikon iya kai ga kananan famfo-000 iko. bugun jini na sake zagayowar, madaidaicin-ci gaba zuwa tsayin bugun bugun bugun jini, yanayin ci gaba da aiki ana iya rufe shi.
Lokacin aikawa: Mayu-09-2023