I-355nm UV laser-10w
Inkcazo yemveliso
Iimpawu ze-355nm ze-UV ze-laser ezinombhobho otywiniweyo, ubukhulu obubambene ngokugqithisileyo, obulula kwaye bomelele, uzinzo oluphezulu, ukusebenza kakuhle okuphezulu, ukuthembeka okuphezulu kunye nomgangatho ogqwesileyo we-laser beam. yenza kube lula ukufakwa koomatshini bokuphawula i-UV laser.Ukongeza, ubume bemiqolomba buzinzo ngakumbi kunye nokugqwesa okugqwesileyo ngakumbi, okuthetha ukuba i-laser cavity efanayo inokuvelisa ii-lasers zamandla amaninzi, kwaye uzinzo loluhlu lwamandla olwahlukeneyo luphuculwe kakhulu.
Iimpawu ze-laser
1. I-355 nm imveliso ye-wavelength, Ukuya kwi-200 Hz izinga lokuphindaphinda;amandla laser ukusuka 3w-10w;Ukulungiswa ngokuqhubekayo kwezinga lokuphindaphinda ngelixa ugcina amandla e-pulse rhoqo, ukukhomba umqadi ophezulu kunye nokuzinza kwamandla kwenza ukhetho lokuqala lwe-micromachining, ukumakisha kunye nezicelo zokususwa kwefilimu encinci;
2. Umgangatho womqadi okhethekileyo (M²<1.2) ，uqinisekiswe ngokupheleleyo kuwo onke amazinga ophindo;ububanzi be-pulse bufutshane <12ns@30 kunye nokudluliselwa kobushushu okuncinci kwizinto ezijikelezileyo;umgangatho ogqibeleleyo webala (Isetyhula yeBeam>90%)
Kufuphi neGaussian iprofayile yomqadi egudileyo enexabiso eliphantsi iM² < 1.2 kunye nokujolisa okuhle kuluncedo kwizicelo ezinje ;
3. Itekhnoloji eyodwa yokutshintsha i-Q, ilungelelanisa iimfuno ezahlukeneyo zolawulo lwezicelo ze-laser;Ukuhlaziya kwi-Intanethi kwitekhnoloji yokudibanisa i-harmonic;Uzinzo lwamandla olugqwesileyo ixesha elide Umbhobho otywiniweyo, Ubukhulu obubambene ngokugqithisileyo, Bulula kwaye bomelele;
4. Itekhnoloji yokulawula idijithali yomqhubi, i-RS232 yokulawula i-interface iqinisekisa ukulawula okulula kunye nokudibanisa kunye nezixhobo zokumakisha laser;
5. Le laser ithatha enye - uyilo lwesitayela kunye nesakhiwo esicacileyo kunye nengqiqo, ukufakwa lula.
Kulula ukuthutha kunye nokugcina indawo ngenxa yoyilo oludibeneyo kunye nokukhanya.
Ukupholisa amanzi, itekhnoloji yokumpompa isiphelo engabiziyo kwaye ethembekileyo kunye noyilo lwe-DPSS lweamplifier olungenazikhuseli luqinisekisa ukusebenza ngokulula kunye nokulungelelaniswa okulula kokufakela kunye neendleko eziphantsi zokulondolozwa.
Ubungakanani besakhiwo
Umatshini opholiswe ngamanzi wonke-kwinye (uguqulelo lobungqina bokufuma)
Umatshini wokupholisa umoya
Umboniso ogcweleyo wedijithali, ukuxhasa unxibelelwano kunye nekhompyuter, ekwazi ukulawula okude kwelaser
| Umzekelo No. | GT-R355-10W | ||||||
| 3W | 5W | 8W | 10W | imiyalelo | |||
| Ubude beLaser, nm | 354.7 | 354.7 | 354.7 | 354.7 | 3-5w | 8-10w | |
| I-Avareji yeSiphumo samandla, iW | >3 | >5 | >8 | >10 | @30kHz | @40kHz | |
| Pulse Ububanzi,ns | <15 | <15 | <15 | <15 | @30kHz | @40kHz | |
| Izinga lokuPhinda kwePulse, kHz | 20-200 | 20-200 | 20-200 | 20-200 |
| ||
| Imo yeSithuba | TEMoo | TEMoo | TEMoo | TEMoo |
| ||
| (M2) | <1.2 | <1.2 | <1.2 | <1.2 |
| ||
| Ububanzi beBeam, mm | 0.8±0.1 | 0.8±0.1 | 0.8±0.1 | 0.8±0.1 | Ikalwa efestileni | ||
| Beam i-engile yokwahlukana ngokupheleleyo, mrad | <1.5 | <1.5 | <1.5 | <1.5 |
| ||
| Isetyhula yeBeam,% | >90 | >90 | >90 | >90 |
| ||
| Uzinzo lwePulse-to-Pulse,% | <2 | <2 | <2 | <2 | RMS/@30kHz | RMS/@40kHz | |
| Umyinge wozinzo lwaMandla,% | <5 | <5 | <5 | <5 | RMS/8hr | ||
| IBeam-Pointing Drift,μrad/℃ | <25 | <25 | <25 | <25 |
| ||
| Umlinganiselo wePolarization | >100:1 | >100:1 | >100:1 | >100:1 |
| ||
| Ukuqhelaniswa nePolarization | Ukuthe tye | Ukuthe tye | Ukuthe tye | Ukuthe tye |
| ||
| ITemp yokuSebenza.& RH | 10 ukuya ku-30℃ | 10 ukuya ku-30℃ | 10 ukuya ku-30℃ | 10 ukuya ku-30℃ |
| ||
| <80% | <80% | <80% | <80% | ||||
| ITemp yokuGcina.& RH | -20 ukuya kuma-65 ℃ | -20 ukuya kuma-65 ℃ | -20 ukuya kuma-65 ℃ | -20 ukuya kuma-65 ℃ |
| ||
| <90% | <90% | <90% | <90% | ||||
| Imfuneko yoMbane | 100-240 VAC | 100-240 VAC | 100-240 VAC | 100-240 VAC | Isigaba esinye | ||
| 50/60Hz | 50/60Hz | 50/60Hz | 50/60Hz | ||||
| Ukutya umbane | <500W | <500W | <500W | <800W |
| ||
2. Ibonisa ubushushu be-ambient. | |||||||
