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I-ROF-PD 50G PIN Photodetector I-PIN Yomsindo Ophansi I-Photoreceiver I-High Speed PIN Detector
Imojula yokuthola i-optical yesivinini esikhulu (i-PIN Photodetector) isebenzisa i-PIN detector esebenza kahle kakhulu, okokufaka okuhlanganisiwe kwe-fiber yemodi eyodwa, i-gain ephezulu kanye nokuzwela okuphezulu, i-DC/AC coupled output, i-gain flat, njll., esetshenziswa kakhulu emikhakheni yesistimu yokudlulisa i-fiber yesivinini esikhulu i-ROF kanye nesistimu yokuzwa i-fiber.
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I-Rof Electro-optic modulator Imodyuli ye-RF Amplifier 40G Broadband Microwave Amplifier
I-R-RF-40 Broadband Microwave Amplifier iyithuluzi elisebhentshini elenzelwe ngqo ama-modulators e-lithium niobate electro-optic asheshayo. Yandisa amazinga amancane esignali asheshayo aye ezingeni eliphakeme kunokushayela i-modulator. Isebenza njengomguquli we-electro-optical we-niobium Lithium (LiNbO3), futhi ukuba ne-broadband range kunomthelela omuhle ebangeni le-broadband.
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I-Rof Electro-optic modulator 1064nm Low Vpi phase modulator
I-Rof-PM-UV series Low-Vpi phase modulatorine-voltage ephansi yesigamu-igagasi(I-1965)2V）, ukulahlekelwa okuphansi kokufakwa, i-bandwidth ephezulu, izici zomonakalo ophezulu wamandla okukhanya, i-chirp ohlelweni lokuxhumana lwe-optical olusheshayo isetshenziselwa kakhulu ukulawula ukukhanya, ukushintsha kwesigaba kohlelo lokuxhumana oluhlangene, uhlelo lwe-ROF oluseceleni kanye nokunciphisa ukulingiswa kohlelo lokuxhumana lwe-optical fiber eBrisbane deep stimulated scattering (SBS), njll.
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Imojula yokudlulisa ukukhanya okuqondile ye-ROF-DML ye-analog broadband i-module ye-laser eqondile emodareyithiwe
Imodyuli yokukhishwa kwe-optical emission eqondile ye-ROF-DML yochungechunge lwe-analog wideband eqondile eguquguqukayo, isebenzisa i-high linear microwave direct-modulated DFB laser (DML) eqondile, imodi yokusebenza esobala ngokuphelele, i-amplifier yomshayeli we-RF, kanye nokulawula amandla okuzenzakalelayo okuhlanganisiwe (APC) kanye nesekethe yokulawula izinga lokushisa okuzenzakalelayo (ATC), Lokhu kuqinisekisa ukuthi i-laser ingadlulisela amasignali e-microwave RF afinyelela ku-18GHz emabangeni amade, nge-bandwidth ephezulu kanye nempendulo eqondile, enikeza ukuxhumana kwe-fiber eqondile okuphezulu kwezinhlelo zokusebenza ze-microwave ze-analog broadband. Ngokugwema ukusebenzisa izintambo noma ama-waveguides abizayo e-coaxial, umkhawulo webanga lokudlulisela uyasuswa, okuthuthukisa kakhulu ikhwalithi yesignali kanye nokuthembeka kokuxhumana kwe-microwave, futhi kungasetshenziswa kabanzi ekusabalalisweni kwesignali okungenantambo okude, isikhathi kanye nokubhekisela, imigqa ye-telemetry kanye nokubambezeleka kanye nezinye izinkambu zokuxhumana ze-microwave.
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I-Rof desktop amplifier I-Electro-optic modulator Imojula ye-10G Broadband Microwave Amplifier
Amamojula we-amplifier e-R-RF-10-RZiyi-amplifier yedeskithophu eyenzelwe ngokuqondile ukudluliselwa kwekhodi ye-RZ ezinhlelweni zokuxhumana ze-optical fiber ezisheshayo. Yandisa amazinga amancane esignali esivinini esiphezulu aye ezingeni eliphakeme elingaqhuba i-modulator bese lisebenzisa i-Lithium niobate (LiNbO3) electro-optical modulator. Ine-gain flatness engcono kububanzi be-broadband.
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Amamojula e-Rof Electro-optic modulator desktop amplifier 20G Broadband Microwave Amplifier
Amamojula we-amplifier e-R-RF-10-RZiyi-amplifier yedeskithophu eyenzelwe ngokuqondile ukudluliselwa kwekhodi ye-RZ ezinhlelweni zokuxhumana ze-optical fiber ezisheshayo. Yandisa amazinga amancane esignali esivinini esiphezulu aye ezingeni eliphakeme elingaqhuba i-modulator bese lisebenzisa i-Lithium niobate (LiNbO3) electro-optical modulator. Ine-gain flatness engcono kububanzi be-broadband.
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Amamojula e-ROF RF e-broadband Transceiver Module RF phezu kwe-fiber link Analog broadband RoF link
Isixhumanisi se-analog RoF (amamojula e-RF) sakhiwe kakhulu ngamamojula okudlulisa i-analog optical kanye namamojula okwamukela i-analog optical, okufeza ukudluliselwa kwesignali ye-RF ebangeni elide kumafayibha optical. Ukuphela kokudlulisa kuguqula isignali ye-RF ibe isignali yokukhanya, edluliselwa ngefayibha optical, bese kuthi ukuphela kokwamukela kuguqula isignali yokukhanya ibe isignali ye-RF. Izixhumanisi zokudlulisa i-RF fiber optic zinezici zokulahlekelwa okuphansi, i-broadband, i-dynamic enkulu, kanye nokuphepha kanye nobumfihlo, futhi zisetshenziswa kabanzi kuma-antenna akude, ukuxhumana kwe-analog fiber optic ebangeni elide, ukulandelela, i-telemetry kanye nokulawula, imigqa yokulibaziseka ye-microwave, iziteshi zomhlaba zesathelayithi, i-radar, kanye nezinye izinkambu. I-Conquer yethule uchungechunge lwemikhiqizo yokudlulisa i-RF fiber optic ngqo ensimini yokudlulisa i-RF, ihlanganisa amabhendi amaningi emvamisa njenge-L, S, X, Ku, njll. Yamukela igobolondo elihlanganisiwe lensimbi elinokumelana okuhle kokuphazamiseka kwe-electromagnetic, ibhendi yokusebenza ebanzi, kanye nokuthamba okuhle ngaphakathi kwebhendi.
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I-ROF-PR 10GHz I-Photodetector Enesivinini Esikhulu I-Module Yokuthola Ukukhanya I-Optical Detector I-Amplified Photodetector
I-ROF-PR-10G 10GHz high-speed detection light module (i-Analog light receiving module ene-amplification) Optical Detector isebenzisa i-high-performance kanye ne-High-Speed 10GHz PIN detector, i-Low noise amplifier, i-single-mode/multi-mode fiber coupling input, i-SMA connector output, i-high gain, i-high sensitivity, i-DC/AC coupling output, i-gain flat nezinye izici, ikakhulukazi ezisetshenziswa ekwamukelweni kwesignali ye-Analog optical, i-high-speed optical fiber transmission system, i-ROF kanye ne-optical fiber sensing systems kanye neminye imikhakha.
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I-ROF Electro-optic modulator laser light source LDDR laser diode driver
Umshayeli we-Laser diode (umthombo wokukhanya we-laser) usetshenziswa kakhulu ekulungiseni i-semiconductor laser stable drive kanye ne-drive, ukuthuthukiswa komkhiqizo we-semiconductor laser noma ukutholwa kwenqubo yokukhiqiza, ukuhlunga, ukuhlolwa kokuguga, ukuhlolwa kokusebenza, ukulawulwa kwekhwalithi nezinye izixhumanisi. Unezici zamandla okukhipha azinzile, ukulawulwa kokushisa okunembile, ukuvikelwa kokuphepha okuphelele, ukusebenza okulula nokunembile, izindleko eziphansi, njll.
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I-Rof Electro-optic modulator EDFA Optical Amplifier Erbium Doped Fiber Amplifier YDFA Amplifier
I-amplifier ye-optical iyidivayisi ethola ukukhanya kwesignali yokufaka futhi ikhiqize isignali yokuphuma enamandla aphezulu okubonakalayo. Ngokuvamile, okufakwayo kanye nokuphumayo kuyi-laser beams (okungavamile kakhulu ezinye izinhlobo zemisebe yokukhanya), noma ngabe isakazeka njengemisebe ye-Gaussian esikhaleni esikhululekile noma ku-fiber. Ukwandiswa kwenzeka endaweni ebizwa ngokuthi i-gain medium, okumele "ipompe" (okungukuthi, inikezwe amandla) evela emthonjeni wangaphandle. Ama-amplifier amaningi e-optical apompelwa ngokubona noma ngogesi.
Izinhlobo ezahlukene zama-amplifier zihluka kakhulu isib. ngokwezakhiwo zokugcwala. Isibonelo, imidiya yokuthola i-laser engajwayelekile ingagcina amandla amaningi, kanti ama-amplifier e-optical parametric ahlinzeka ngokukhulisa amandla kuphela uma nje kukhona umsebe wephampu. Njengesinye isibonelo, ama-amplifier e-semiconductor optical agcina amandla amancane kakhulu kune-fiber amplifiers, futhi lokhu kunemiphumela ebalulekile ekuxhumaneni kwe-optical fiber. -
I-Rof Electro-optic modulator 1550nm Suppression Carrier I-Side-band Modulator Eyodwa I-SSB Modulator
Iyunithi Yokushintshanisa I-ROF-ModBox-SSB-1550 Suppression Carrier Single Sideband iwumkhiqizo ohlanganiswe kakhulu we-Rofea photoelectric enamalungelo obunikazi azimele.
Lo mkhiqizo uhlanganisa i-Mach-Zehnder double parallel modulator, i-bias controller, i-RF driver kanye nezinye izingxenye ezidingekayo kuyunithi, engagcini nje ngokwenza kube lula kumsebenzisi, kodwa futhi ithuthukisa kakhulu ukuthembeka kwe-MZ intensity modulator. Ngaphezu kwalokho, ingenziwa ngokwezifiso ngokwezidingo zomsebenzisi.
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Isilawuli se-Bias se-Ultra Compact DP-IQ Modulator Isilawuli se-Bias esizenzakalelayo
Isilawuli se-Rofea' modulator bias senzelwe ngokukhethekile ama-modulators e-Mach-Zehnder ukuqinisekisa isimo sokusebenza esizinzile ezindaweni ezahlukene zokusebenza. Ngokusekelwe endleleni yaso yokucubungula isignali edijithali ngokuphelele, isilawuli singanikeza ukusebenza okuzinzile kakhulu.
Isilawuli sifaka isignali ye-dither ephansi, i-amplitude ephansi kanye ne-bias voltage ku-modulator. Siqhubeka sifunda umphumela ovela ku-modulator futhi sinquma isimo se-bias voltage kanye nephutha elihlobene. Kuzosetshenziswa i-bias voltage entsha ngemuva kwamagama ngokwesilinganiso sangaphambilini. Ngale ndlela, i-modulator iqinisekiswa ukuthi isebenza ngaphansi kwe-bias voltage efanele.
