I-Lumispot Technology Co., Ltd., esekelwe kwiminyaka yophando kunye nophuhliso, iphuhlise ngempumelelo ubungakanani obuncinci kunye nesisindo sokukhanya kwe-laser ye-pulsed ene-80mJ, ukuphindaphinda ukuphindaphinda kwe-20 Hz kunye ne-wavelength ekhuselekileyo yamehlo yomntu ye-1.57μm. Esi siphumo sophando siphunyezwe ngokunyusa ukusebenza kakuhle kwencoko ye-KTP-OPO kunye nokwandisa imveliso yemodyuli yomthombo wempompo ye-diode laser. Ngokwesiphumo sovavanyo, le laser ihlangabezana nemfuneko yobushushu obusebenzayo ukusuka kwi -45 ℃ ukuya kuma-65 ℃ ngokusebenza okugqwesileyo, ukufikelela kwinqanaba eliphezulu eTshayina.
I-Pulsed Laser Rangefinder sisixhobo sokulinganisa umgama ngenzuzo ye-laser pulse ejoliswe ekujoliswe kuyo, kunye nokufaneleka kobuchule bokufumana uluhlu oluchanekileyo oluchanekileyo, amandla anamandla okuchasana nokuphazamiseka kunye nesakhiwo esihlangeneyo. Imveliso isetyenziswa ngokubanzi kumlinganiselo wobunjineli kunye neminye imimandla. Le ndlela yokufumana uluhlu lwe-laser ye-pulsed isetyenziswa kakhulu ekusetyenzisweni komlinganiselo womgama omde. Kolu luhlu lomgama omde, kukhethwa ngakumbi ukukhetha i-laser-state eqinile enamandla amakhulu kunye ne-angle encinci yokuchithwa kwe-boam, usebenzisa i-Q-switching iteknoloji ukuvelisa i-nanosecond laser pulses.
Iintsingiselo ezifanelekileyo ze-pulsed laser rangefinder zezi zilandelayo:
(1) I-Laser Rangefinder ye-Laser ekhuselekileyo yamehlo:1.57um i-oscillator yeparametric optical ngokuthe ngcembe ithathela indawo indawo yesiqhelo ye-1.06um wavelength laser rangefinder kuninzi lweenkalo zokufumana uluhlu.
(2) I-Miniaturized Remote Laser Rangefinder enobungakanani obuncinci kunye nobunzima obulula.
Ngophuculo lokuchongwa kunye nokusebenza kwenkqubo yomfanekiso, ii-remote laser rangefinders ezikwaziyo ukulinganisa iithagethi ezincinci ze-0.1m² ngaphezulu kwe-20 km ziyafuneka. Ke ngoko, kungxamisekile ukufunda i-laser rangefinder esebenza kakhulu.
Kwiminyaka yakutshanje, iLumispot Tech ibeke umzamo kuphando, uyilo, imveliso kunye nokuthengiswa kwe-1.57um wavelength iliso elikhuselekileyo le-laser yemeko eqinileyo ene-angle encinci yokuchithachitha kunye nokusebenza okuphezulu.
Kutshanje, iLumispot Tech, iyile i-1.57um eye-wavelength emoyeni epholileyo yelaser enamandla aphezulu aphezulu kunye nesakhiwo esibambeneyo, esiphuma kwimfuno ebonakalayo ngaphakathi kophando lwe-minization yomgama omde we-laser rangefinder, emva kovavanyo, le laser ibonisa ububanzi. Amathuba okusebenza, asebenza kakuhle, ukuguquguquka okuqinileyo kokusingqongileyo phantsi koluhlu olubanzi lobushushu bokusebenza ukusuka kwi-40 ukuya kuma-65 degrees celsius,
Ngokusebenzisa le equation ilandelayo, kunye nesixa esimiselweyo sesinye ireferensi, ngokuphucula amandla emveliso encopho kunye nokunciphisa i-angle yokuchithachitha umqadi, inokuphucula umgama wokulinganisa we- rangefinder. Ngenxa yoko, izinto ezi-2: ixabiso lencopho yemveliso yamandla kunye ne-angle encinci yokuchithachitheka kwe-angle i-compact compact laser enomsebenzi opholileyo ngomoya yinxalenye ephambili yokwenza isigqibo somlinganiselo womgama we-rangefinder ethile.
Inxalenye ephambili yokuqonda i-laser kunye ne-wavelength ekhuselekileyo yamehlo yomntu yi-optical parametric oscillator (OPO) ubuchule, kubandakanywa nokukhethwa kwekristale engabonakaliyo, indlela yokulinganisa isigaba kunye noyilo lwesakhiwo se-OPO interiol. Ukukhethwa kwe-crystal engabonakaliyo kuxhomekeke kwi-coefficient enkulu engabonakaliyo, i-ressiance threshold yomonakalo omkhulu, iikhemikhali ezizinzile kunye neempawu ezibonakalayo kunye nobuchule bokukhula obuvuthiweyo njl. Khetha indlela ehambelana nesigaba esingabalulekanga kunye ne-angle enkulu yokwamkelwa kunye ne-angle yokuhamba encinci; Isakhiwo somgodi we-OPO kufuneka sithathele ingqalelo ukusebenza kakuhle kunye nomgangatho we-beam kwisiseko sokuqinisekisa ukuthembeka.Ijiko lokutshintsha kwe-KTP-OPO ye-wavelength ephumayo kunye ne-angle ehambelana nesigaba, xa i-θ=90 °, ukukhanya komqondiso kunokukhupha ngqo iliso lomntu likhuselekile. laser. Ke ngoko, ikristale eyiliweyo inqunyulwe ecaleni kwelinye icala, i-angle ehambelanayo isetyenzisiwe θ=90 °，φ=0 °, oko kukuthi, ukusetyenziswa kwendlela yokulinganisa iklasi, xa i-crystal esebenzayo engahambelaniyo i-coefficient inkulu kwaye akukho siphumo sokusasazeka. .
Ngokusekwe kuqwalaselo olubanzi lwalo mba ungentla, kudityaniswe nenqanaba lophuhliso lobuchule belaser yasekhaya yangoku kunye nezixhobo, isisombululo sobuchule sokuphucula kukuba: I-OPO yamkela iClass II engeyomfuneko-isigaba esihambelana necavity yangaphandle ye-KTP-OPO. uyilo I-2 KTP-OPOs zenzeke ngokuthe nkqo kwisakhiwo se-tandem ukuphucula uguqulo olusebenzayo kunye nokuthembeka kwelaser njengoko kubonisiweUmfanekiso woku-1Ngaphezulu.
Umthombo wempompo luphando oluzenzelayo kunye nophuhliso lwe-laser ye-semiconductor epholileyo epholileyo, kunye nomjikelo womsebenzi we-2% ubukhulu becala, amandla encopho ye-100W kwibha enye kunye namandla okusebenza ewonke e-12,000W. Iprism ene-engile yasekunene, iplani yesipili esibonakalisa yonke into kunye ne-polarizer zenza i-polarization egotyiweyo edityaniswe ne-resonant cavity, kunye ne-prism ye-right-angle kunye ne-waveplate zijikeleziswa ukuze kufumaneke isiphumo esifunekayo se-1064 nm laser coupling. Indlela yokumodareyitha ye-Q yinkqubo yoxinzelelo esebenzayo ye-electro-optical Q esekelwe kwikristale ye-KDP.
Umfanekiso woku-1Iikristale ezimbini zeKTP ezidityaniswe kuthotho
Kule nxaki, iPrec lelona gunya lincinci libonakalayo lomsebenzi;
IPout yincopho yexabiso lemveliso yamandla omsebenzi;
D kukufumana inkqubo yokuvula i-optical aperture;
t lugqithiso lwenkqubo yamehlo;
θ ngumqadi okhuphayo wokuchithachitha i-engile yelaser;
r yireyithi yokubonisa koko kujoliswe kuko;
A yinkalo ekujoliswe kuyo elinganayo;
R lolona luhlu lukhulu lomlinganiselo;
σ ngumlinganiso wokufunxa weAtmospheri.
Umfanekiso wesi-2: Imodyuli yoluhlu lwebha ye-arc ngokuziphuhlisa,
ngentonga yekristale ye-YAG embindini.
IUmfanekiso wesi-2yi-arc-shaped bar stacks, ebeka ii-crystals ze-YAG njenge-laser medium ngaphakathi kwimodyuli, kunye noxinzelelo lwe-1%. Ukusombulula ukuchasana phakathi kwentshukumo ye-laser ye-lateral kunye nokusabalalisa i-symmetric ye-laser output, ukuhanjiswa kwe-symmetric ye-LD kwi-angle ye-120 degrees isetyenziswe. Umthombo wempompo yi-1064nm ubude be-wavelength, iimodyuli ezimbini ze-6000W ezigobileyo zebar kuthotho lwe-semiconductor tandem pumping. Amandla aphumayo ngu-0-250mJ kunye nobubanzi be-pulse malunga ne-10ns kunye ne-frequency enzima ye-20Hz. kusetyenziswa umngxuma osongiweyo, kwaye i-laser ye-wavelength ye-1.57m iphuma emva kwekristale ye-tandem ye-KTP engabonakaliyo.
Igrafu 3Umzobo we-dimensional we-1.57um wavelength pulsed laser
Igrafu 4: I-1.57um ubude be-wavelength pulsed laser isampuli izixhobo
Igrafu 5:1.57μm imveliso
Igrafu 6:Ukusebenza kokuguqulwa komthombo wempompo
Ukulungelelanisa i-laser energy measuremnt ukulinganisa amandla emveliso yeentlobo ezi-2 zamaza ngokulandelelanayo. Ngokwegrafu eboniswe ngezantsi, ukubuya kwexabiso lamandla kwakuyixabiso eliphakathi elisebenza phantsi kwe-20Hz kunye ne-1 min yexesha lokusebenza. Phakathi kwabo, amandla aveliswa yi-1.57um wavelenth laser anotshintsho olukhawulezileyo kunye nobudlelwane be-1064nm wavelength umthombo wempompo yamandla. Xa amandla omthombo wempompo alingana ne-220mJ, amandla aphumayo we-1.57um wavelength laser akwazi ukufezekisa i-80mJ, kunye nesantya sokuguqulwa ukuya kuma-35%. Ekubeni ukukhanya kwesignali ye-OPO kuveliswa phantsi kwesenzo soxinaniso lwamandla athile okukhanya okuhamba rhoqo, ixabiso layo lomda liphezulu kunexabiso lomqobo le-1064 nm yokukhanya okusisiseko kokukhanya, kwaye amandla ayo aphumayo anyuka ngokukhawuleza emva kokuba amandla okumpompa edlula ixabiso le-OPO. . Ubudlelwane phakathi kwemveliso ye-OPO yamandla kunye nokusebenza kakuhle kunye nesiseko samandla okukhutshwa kokukhanya okubonakalayo kuboniswa kumzobo, apho kunokubonwa ukuba ukuguqulwa kobuchule be-OPO kunokufikelela kwi-35%.
Ekugqibeleni, i-1.57μm ye-wavelength laser pulse output enamandla angaphezu kwe-80mJ kunye ne-laser pulse wide ye-8.5ns inokufezekiswa. i-angle yokuhlukana ye-output laser beam ngokusebenzisa i-laser beam expander yi-0.3mrad. Ukulinganisa kunye nohlalutyo lubonisa ukuba umthamo wokulinganisa uluhlu lwe-pulsed laser rangefinder usebenzisa le laser unokugqithisa i-30km.
| Ubude bamaza | 1570±5nm |
| Ukuphindaphinda ukuphindaphinda | 20Hz |
| I-engile yokuchithachitha umqadi weLaser (ukwandiswa komqadi) | 0.3-0.6mrad |
| Pulse Ububanzi | 8.5ns |
| Pulse Energy | 80mJ |
| Iiyure zokusebenza eziqhubekayo | 5min |
| Ubunzima | ≤1.2kg |
| Ubushushu bokusebenza | -40℃~65℃ |
| Ubushushu boGcino | -50℃~65℃ |
Ukongeza ekuphuculeni uphando lwayo lobugcisa kunye notyalo-mali lophuhliso, ukomeleza ukwakhiwa kweqela le-R&D kunye nokugqibelela inkqubo yetekhnoloji ye-R&D, iLumispot Tech ikwasebenzisana ngokukhutheleyo namaziko ophando angaphandle kuphando-iyunivesithi-uphando, kwaye iseke ubudlelwane obuhle bentsebenziswano kunye iingcali kushishino oludumileyo lwasekhaya. Itheknoloji engundoqo kunye namacandelo aphambili aphuhliswe ngokuzimeleyo, zonke izinto eziphambili ziye zaphuhliswa kwaye zenziwa ngokuzimeleyo, kwaye zonke izixhobo zenziwe zasekhaya. Umthombo oqaqambileyo weLaser isakhawulezisa isantya sophuhliso lwetekhnoloji kunye nokuveliswa kwezinto ezintsha, kwaye iya kuqhubeka nokuzisa iindleko eziphantsi kunye neemodyuli ze-laser ezithembekileyo zokhuseleko lwamehlo oluntu ukwanelisa imfuno yemarike.
Ixesha lokuposa: Jun-21-2023