Uphuhliso olongezelelweyo kunye nokuphucula okusekwe kubuchwephesha be-laser ye-wave eqhubekayo (CW) ye-diode ye-laser iye yabangela ukuba ii-laser ze-laser ze-diode eziphezulu zokusebenza kwe-quasi-continuous wave (QCW) yokusebenza kwezicelo zokumpompa.

ILumispot Tech ibonelela ngeendlela ezahlukeneyo zokuqhutywa kwe-laser diode. Ezi zintlu zipakishwe zingalungiswa ngokuchanekileyo kwibha yediode nganye ngelensi ye-fast-axis collimation (FAC). Nge-FAC ephakanyisiweyo, ukuhlukana ngokukhawuleza kwe-axis kuyancitshiswa ukuya kwinqanaba eliphantsi. Ezi zixhobo ezigciniweyo zingakhiwa nge-1-20 imivalo ye-diode ye-100W QCW ukuya kwi-300W amandla e-QCW.Isithuba phakathi kwemivalo iphakathi kwe-0.43nm ukuya kwi-0.73nm ngokuxhomekeke kwimodeli ethile. Imiqadi edibeneyo idityaniswe ngokulula kunye neenkqubo ezifanelekileyo ze-optical kwizicelo ezifuna ukuxinana kwe-optical beam ephezulu kakhulu. Idityaniswe kwipakethe edibeneyo kunye ne-rugged enokuthi iqhotyoshelwe ngokulula, oku kulungele uluhlu olubanzi lwezicelo ezifana ne-pump rods okanye i-slabs solid-state lasers, i-illuminators, njl. ukufikelela kwi-electro-optical conversion esebenzayo ezinzileyo ye-50% ukuya kuma-55%. Lo ngumfanekiso onomtsalane kakhulu kunye nokhuphisanayo kwiiparamitha zemveliso efanayo kwimarike.Kwenye inkalo, i-compact kunye ne-robust package ene-gold-tin hard solder ivumela ulawulo oluhle lwe-thermal kunye nokusebenza okuthembekileyo kumaqondo okushisa aphezulu. Oku kuvumela ukuba imveliso igcinwe ixesha elide phakathi kwe-60 kunye ne-85 degrees Celsius, kwaye isebenza phantsi kwamaqondo okushisa phakathi kwe-45 kunye ne-70 degrees Celsius.

Uluhlu lwethu lwe-laser diode ye-QCW ethe tyaba ibonelela ngokhuphiswano, isisombululo esijolise ekusebenzeni kwiimfuno zakho zoshishino. Olu luhlu lusetyenziswa kakhulu kwibala lokukhanyisa, ukuhlolwa, i-R&D kunye nempompo ye-diode eqinile. Ngolwazi oluthe kratya, nceda ubhekisele kumaphepha edatha yemveliso angezantsi, okanye uqhagamshelane nathi ngayo nayiphi na imibuzo eyongezelelweyo.