Inkqubo yokuhlelwa kunye nemo yemodyuli ye-laser modulator

Inkqubo yokuhlelwa kunye nemo yemodyuli ye-laser modulator

I-Laser Modulatorluhlobo lwezinto ezilawula i-laser, ayisisiseko njengekristali, iilensi kunye nezinye izinto, okanye njengokudityaniswa njengama-lasers,Izixhobo ze-laser, ngumgangatho ophezulu wokudityaniswa, iintlobo kunye nemisebenzi yeemveliso zeklasi. Ukusuka ekubonakaliseni okuntsonkothileyo kwamaza okukhanya, kunokubonwa ukuba izinto ezichaphazela ukukhanya kwezaphulelo, ngokulawula ezi zinto zinokutshintsha imeko ye-fash yokukhanya, i-leser ehambelana ne-leser yiImodyuli yemodyuli, iMpuzi yeSigaba seMpumelelo, i-frequency shifter kunye ne-delllector.

I-1. Imodyuli yobukhulu: isetyenziselwa ukuqinisa ubunzulu okanye i-arlinglity ye-laser, apho amaNqaku aBalulekileyo aBameli, kunye nezixhobo ezifana nexesha lokuzibandakanya, abathathi-manzi, abangathathi ntweni.

2. Imodyuli yeSigaba: isetyenziselwa ukulawula inqanaba lomthi, ukunyuka kwesigaba kubizwa ngokuba yi-LEB, ukuncipha kwesigaba kubizwa ngokuba kukhokelwa. Zininzi iintlobo zeemodyuli zesigaba, kwaye imigaqo-siseko yazo yahluke kakhulu, njengezimo zemodyuli ye-elektroniki, i-LN ye-ENGRO-APLICATION SPOORS, i-sheartical yenqanaba le-Electrones, njl.

I-3. I-RifCency Shifter: isetyenziselwa ukutshintsha i-frequency yamaza esikhanyiso, isetyenziswe ngokubanzi kwiinkqubo eziphezulu ze-laser okanye izixhobo zemephu, nge-acotos-shiftency shifter njengommeli oqhelekileyo.

I-4. I-deflector: isetyenziselwa ukutshintsha indlela yokusasazwa kwe-beam, lenkqubo ye-galvanometer yenye yazo, ukongeza kwi-mesvanometer ye-Gagenometer, i-Electro-Optical DellsUctor.

Sinembono ngokubanzi ye-laser ye-laser, oko kukuthi, izinto ezinokuthi zilawule kwaye zitshintshe ezinye iimpawu ze-laser, kodwa zifuna ukwazisa iimveliso ezithile zomsebenzi we-laser, inqaku kuphela elaneleyo. Ke, okokuqala, gxila kwimodilator yengqongqo. Imodyuli yobuchule njengohlobo lwemodyuli isetyenziswe ngokubanzi kuzo zonke iintlobo zeenkqubo zemodyuli, indlela eyahlukileyo enokuchazwa njengeyona nto inzima, namhlanje ukwazisa iskimu esiqhelekileyo se-otshi, i-ACOPOSO-OPOSTO-APTOSO-OPCOSTO-APTOSO-OPOSTO-APTOSTO-APTOSO-APSOSTO-APTOSO-OPTOSO-APTOSO-APSOSTO-APSOSTO-APTOSO-APTOSO-APSOSTO-APTOSO-OKWENZIWA KWE-ACOPMO-APSOTO-APTOSO-OKONICKIC kunye nesikimu sekristasi.

I-1. Iskimu somatshini: Imodyuli yamandla ngoomatshini yemodyuli yeyona modulila iphambili. Umgaqo kukutshintsha umlinganiselo wokukhanya kwesibhakabhaka kunye nokukhanya kwesikhanyiso ngokujikeleza iplate ye-Wave-Wave, kunye nokwahlula ukukhanya ngumlinganiso. Ukusuka kwincwadana yokuqala yohlengahlengiso lwencwadi yanamhlanje yenziwa ngokuzenzekelayo kwaye ibaluleke kakhulu, iintlobo zemveliso kunye nophuhliso lwesicelo ziye zakhula kakhulu.

I-2. Inkqubo ye-elektro-optical: Imodyuli ye-elektrolical ye-elektrolical inokutshintsha ubunzulu okanye i-Alplity Shoilty ukukhanya, umGaqo-siseko usekwe kwifokhes ye-eCokro-optial. Imeko yokugcwalisa i-Bealar ye-Beam Ubunzulu bokukhanya okukhutshiweyo bunokulawulwa ngokutshintsha ubunzulu bendawo yombane, kunye nokunyuka kwe-NS Bight kungafikelelwa.

I-3. I-ACOSO-OKOTO-OPGIC: I-ACOSTO-OKOTO-OPIC SUPICICIC inokusetyenziswa njengomongo wokuqina. Ngokutshintsha ukusebenza ngempumelelo, amandla ee-0 Isango le-ACOUSCOPOPCIC (i-Anteticator) ineempawu zesantya semozulu esikhawulezayo kunye nomda omkhulu ophezulu.

Isisombululo sekristali ye-4: Isixhobo sekristali ye-freestal sihlala sisetyenziswa njenge-wave eguquguqukayo okanye icebo lokuqhuba, ngokusebenzisa i-shristal ye-cystal yekristali, i-aperture ye-freestal, imveliso inezinto eziphezulu zokubonisa, ukuthembeka okuphezulu.