Laydhka Diode-ka

Kor u qaad cilmi-baaristaada iyo codsiyadaada taxanahayaga Laser-ka Diode Pumped Solid State. Laser-yadan DPSS, oo lagu qalabeeyay awoodo bamgareyn awood sare leh, tayo aad u wanaagsan oo iftiin ah, iyo xasillooni aan la barbar dhigi karin, waxay bixiyaan xalal badan oo loogu talagalay codsiyada sida Laser Diamond Cutting, Environmental R&D, Micro-nano Processing, Space Telecommunications, Atmospheric Research, Medical Equipment, Image Processing, OPO, Nano/Pico-second Laser Amplification, iyo High-gain Pull Pull Amplification, taasoo dejinaysa heerka dahabka ee tiknoolajiyada laser-ka. Iyada oo loo marayo kiristaalo aan toosnayn, iftiinka hirarka 1064 nm ee aasaasiga ah wuxuu awood u leeyahay inuu noqdo mid labanlaabaya hirarka gaaban, sida iftiinka cagaaran ee 532 nm.

Taxanaha Laser-ka Diode-ka ee Fiber-Coupled ee Lumispot (nooca hirarka: 450nm ~ 1550nm) wuxuu isku daraa qaab-dhismeed isku dhafan, naqshad fudud, iyo cufnaan awood sare leh, isagoo keenaya waxqabad deggan, la isku halleyn karo iyo cimri dheer oo hawlgal ah. Dhammaan alaabada taxanaha ah waxay leeyihiin wax soo saar hufan oo fiber-coupled ah, oo leh xargaha hirarka ee la xushay oo taageeraya qufulka hirarka iyo hawlgalka heerkulka ballaaran, taasoo hubinaysa la qabsiga deegaanka oo aad u fiican. Taxanuhu si weyn ayuu ugu habboon yahay dhinacyo kala duwan oo ay ku jiraan bandhigga laysarka, ogaanshaha sawir-qaadista, falanqaynta muuqaalka, bamgareynta warshadaha, aragtida mashiinka, iyo cilmi-baarista sayniska, iyadoo macaamiisha siinaya xal laysar oo kharash-ool ah oo dabacsan.

Taxanaha Laser Diode Array waxaa laga heli karaa safyo toosan, toosan, geeso badan, wareegsan, iyo kuwa yaryar oo la isku dhejiyay, oo lagu wada alxamay iyadoo la adeegsanayo tiknoolajiyada alxanka adag ee AuSn. Iyada oo leh qaab-dhismeedkeeda is haysta, cufnaanta awoodda sare, awoodda ugu sarreysa, isku hallayn sare iyo cimri dheer, safafka laser-ka diode waxaa loo isticmaali karaa iftiiminta, cilmi-baarista, ogaanshaha iyo ilaha bamka iyo ka saarista timaha iyadoo la adeegsanayo qaabka shaqada QCW.