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I-ROF-PD-70 InGaAs Photoreceiver ultra wideband Photodetector
I-ROF-PD-70 iyi-photodetector ye-ultra-wideband esekwe ku-PIN efinyelela umsebenzi wokuguqulwa kwe-photoelectric. I-port ine-bias-T eyakhelwe ngaphakathi kanye ne-50 Ω impedance matching, ene-bandwidth ejwayelekile engu-3 dB ku-67 GHz, i-bandwidth esebenzayo engu-≥ 70 GHz, kanye nokuphendula okungu-≥ 0.6 A/W. Lo mkhiqizo ufanelekela ukutholwa kwezinsimbi ezisheshayo, isixhumanisi se-microwave photon kanye neminye imikhakha yezobuchwepheshe.
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I-Mini 0.6~6GHz Analog Wideband Transceiver Module Optical Transmission Link Fiber Optic Transmitter
I-Mini analog wideband transceiver module (i-Fiber Optic Transmitter) iyi-transceiver ye-analog wideband engabizi kakhulu, esebenza kahle kakhulu enobubanzi obuguquguqukayo obukhulu kakhulu, eyenzelwe ngqo izinhlelo zokusebenza ze-optical fiber RF. Ama-transceiver amabili azodala izixhumanisi zokuguqula kanye nokudlulisa ze-RF ezinezindlela ezimbili kuya kwe-optical kanye ne-optical kuya ku-RF ezinganikeza ububanzi obuphezulu obukhululekile obuguquguqukayo (SFDR), obusebenza ngamaza asukela ku-0.6GHz kuya ku-6GHz. Isixhumi esijwayelekile se-optical yi-FC/APC yezinhlelo zokusebenza zokubonisa emuva okuphansi, kanti isixhumi se-RF singesixhumi se-SMA esingu-50 ohm. Umamukeli usebenzisa i-photodiode ye-InGaAs esebenza kahle kakhulu, isithumeli sisebenzisa i-laser ye-FP/DFB eqondile, kanti i-optical fiber isebenzisa i-fiber yemodi eyodwa engu-9/125 μm enobude obusebenzayo obungu-1.3 noma u-1.5μm.
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Amamojula e-Rof RF angu-0.5-6G e-Microwave Optical Fiber Transmission RF phezu kwesixhumanisi sefayibha
I-Mini analog wideband transceiver module RF over fiber link (Fiber Optic Transmitter) iyi-transceiver ye-analog wideband engabizi kakhulu, esebenza kahle kakhulu enobubanzi obuguquguqukayo obukhulu kakhulu, eyenzelwe ngqo izinhlelo zokusebenza ze-optical fiber RF. Ama-transceiver amabili azodala izixhumanisi zokuguqula kanye nokudlulisa ze-RF ezinezindlela ezimbili kuya kwe-optical kanye ne-optical kuya ku-RF ezinganikeza ububanzi obuphezulu obukhululekile obuguquguqukayo (SFDR), obusebenza ngamaza asukela ku-0.5GHz kuya ku-6GHz. Isixhumi esijwayelekile se-optical yi-FC/APC yezinhlelo zokusebenza zokubonisa emuva okuphansi, kanti isixhumi se-RF singesixhumi se-SMA esingu-50 ohm. Umamukeli usebenzisa i-photodiode ye-InGaAs esebenza kahle kakhulu, isithumeli sisebenzisa i-laser ye-FP/DFB eqondile, kanti i-optical fiber isebenzisa i-fiber yemodi eyodwa engu-9/125 μm enobude obusebenzayo obungu-1.3 noma u-1.5μm. -
I-ROF-PD15 70G InGaAs Photoreceiver Isivinini Esiphezulu se-InGaAs Photodetector Module
Imojula yokuthola ukukhanya okushesha kakhulu ye-R-PD engu-70GHz isebenzisa i-70G PIN detector esebenza kahle kakhulu, okokufaka kokuxhumanisa kwemodi eyodwa, okukhiphayo kwesixhumi se-V, okune-gain ephezulu, ukuzwela okuphezulu, okukhiphayo kokuxhumanisa kwe-DC, ikakhulukazi okusetshenziswa ohlelweni lokudlulisa i-fiber optical olushesha kakhulu, izinhlelo ze-ROF kanye ne-fiber sensing kanye neminye imikhakha.
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I-ROF Si i-photondetector i-avalanche photodiodes egijima mahhala i-single photon detector
I-R-QCD300B iwuchungechunge lwezitholi ze-single photon ezisebenza nge-silicon free-running. Ingxenye eyinhloko iyi-avalanche diode ehlanganisiwe yohlobo lokupholisa lwe-silicon single photon. I-chip ye-AQAR ihlanganiswe ngaphakathi, enomsebenzi wokucima okusebenzayo kanye nokubuyisa okusebenzayo futhi ingasebenza kwimodi yokukhulula. Lo mkhiqizo une-interface yokuxhumana ye-USB kanye ne-interface yokulawula yomnyango yangaphandle, okwenza ukuthi ikwazi ukusekela abasebenzisi ngendlela eguquguqukayo ekwenzeni izinhlelo zokusebenza ezahlukahlukene zezitholi ze-single photon ngokusekelwe kulokhu.
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I-Rof Intensity Modulator i-thin film lithium niobate modulator engu-20G TFLN modulator
I-ROF-TFLN-20G series electro-optic intensity modulator isekelwe kubuchwepheshe be-thin film lithium niobate waveguide kanye nesakhiwo se-MZ push-pull, ene-voltage ephansi ye-half wave kanye ne-bandwidth ephezulu yokusebenza. I-bias (DC) end isebenzisa indlela yokulungisa ukushisa, enganciphisa kakhulu ukukhukhuleka kokushisa futhi isebenze ngokuzinzile isikhathi eside kunoma iyiphi indawo yokusebenza. Uma iqhathaniswa nama-bulk modulators, inevolumu encane, ukusetshenziswa kwamandla okuphansi, kanye nokuzinza okungcono.
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I-Rof-QPD uchungechunge lwe-APD/PIN Photodetector Imojuli yokuthola i-photoelectric enezikwele ezine i-4 quadrant Photodetector
I-R-QPD-A/BImojula yokuthola i-PIN ye-quadrant ye-series four quadrant isebenzisa ama-photodiode amane e-quadrant angenisiwe, ihlanganisa amasekethe okuphakelwa kwamandla kanye namasekethe okukhulisa umsindo ophansi ahambisanayo, futhi inezici zomsindo ophansi, ukuphendula okuphezulu, kanye nesivinini sokuphendula okusheshayo. Isetshenziswa kabanzi emikhakheni efana ne-laser collimation, ukuxhumana nge-laser, kanye nesiqondiso se-laser. R-QPD-A-20K kanye ne-R-QPD-BAma--20K asetshenziswa kakhulu ekulinganiseni indawo yemisebe ye-laser ezindleleni ze-spatial optical. Abasebenzisi bangakhetha amamojula okuthola ahambisanayo futhi babonise indawo yesikhala ngesikhathi sangempela ngesofthiwe yekhompyutha ephezulu. Amaphrothokholi okuxhumana anganikezwa futhi ukuze kuthuthukiswe okwesibili.R-QPD-AI--20M isetshenziswa kakhulu ekubambeni nasekulandeleleni okuqondiwe, kanye nasekutholeni izimpawu zemvamisa yokushaya ekulinganisweni kwe-engeli okunembe kakhulu. Imojula isebenzisa isixhumi se-J30J DB15 ukuze kufezwe ukunikezwa kwamandla kanye nokukhishwa kwesignali okuzimele kweziteshi ezine..
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I-ROF Mini high gain balanced optical detection module OCT system Balanced Photodetector
Uchungechunge lwe-ROF -BPR lwemodyuli yokuthola ukukhanya elinganiselayo (i-photodetector elinganiselayo) luhlanganisa i-photodiode emibili ehambisanayo kanye ne-amplifier ye-transimpedance yomsindo ophansi kakhulu, kunciphisa ngempumelelo umsindo we-laser nomsindo wemodi evamile, kuthuthukiswe isilinganiso somsindo wesistimu, kunezindlela ezahlukahlukene zokuphendula ze-spectral ongazikhetha, Umsindo ophansi, inzuzo ephezulu, kulula ukuyisebenzisa njalo njalo, Isetshenziswa kakhulu kwi-spectroscopy, ukutholwa kwe-heterodyne, ukulinganiswa kokulibaziseka kwe-optical, i-optical coherence tomography kanye neminye imikhakha.
Imojula encane yokuthola elinganiselayo eyenzelwe izinhlelo ze-OCT kwezokwelapha amehlo inezici zomsindo ophezulu kanye nomsindo ophansi, isilinganiso esiphezulu sokwenqatshwa kwemodi evamile kanye ne-amplitude ephezulu ye-voltage yokuphuma (~12V) ngokusebenzisa ukulungiswa kwe-wavelength. Isetshenziswe ezinhlelweni eziningi kumadivayisi ezokwelapha e-OCT, futhi i-detector ingabuye ilungiselelwe ama-wavelength angu-1310nm kanye no-1550nm.
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I-ROF Balanced Photodetector I-High Sensitivity Photodetector I-silicon Photodetector ene-amplification
Uchungechunge lwe-ROF -BPR lwemodyuli yokuthola ukukhanya elinganiselayo (i-photodetector elinganiselayo) luhlanganisa i-photodiode emibili ehambisanayo kanye ne-amplifier ye-transimpedance yomsindo ophansi kakhulu, kunciphisa ngempumelelo umsindo we-laser nomsindo wemodi evamile, kuthuthukiswe isilinganiso somsindo wesistimu, kunezindlela ezahlukahlukene zokuphendula ze-spectral ongazikhetha, Umsindo ophansi, inzuzo ephezulu, kulula ukuyisebenzisa njalo njalo, Isetshenziswa kakhulu kwi-spectroscopy, ukutholwa kwe-heterodyne, ukulinganiswa kokulibaziseka kwe-optical, i-optical coherence tomography kanye neminye imikhakha.
Amamojula wokuthola we-BPR ochungechungeni lwe-200M kanye no-350M olinganiselayo, anezici zomsindo ophakeme kanye nomsindo ophansi, ngokusebenzisa ukulungiswa kwempendulo ye-PIN tube ezimbili ukuze kufezwe isilinganiso sokwenqatshwa kwemodi evamile kanye ne-amplitude ephezulu ye-voltage yokukhipha (~3.5V), le module yokuthola inganikeza izindlela ezahlukene zokuthola kanye nokuhlanganisa ngokuya ngezidingo zamakhasimende. Ifaneleka kakhulu ezinhlelweni zokuthola ezihlangene njenge-radar yomoya ehlangene ye-Doppler.
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Uhlelo lwe-ROF-BPR Series OCT Luhlonyiswe nge-amplification balanced photodetector
Uchungechunge lwe-ROF-BPR Luhlonyiswe nge-amplification balanced photodetector
Imojula yokuthola ukukhanya okulinganiselwe yochungechunge lwe-ROF-BPR ihlanganisa ama-photodiode amabili afanisiwe kanye ne-amplifier ye-transimpedance yomsindo ophansi kakhulu, inciphisa ngempumelelo umsindo we-laser nomsindo wemodi evamile, ithuthukise isilinganiso sesignali-kuya-kumsindo sohlelo, ngama-wavelength amaningi kanye nama-bandwidth ongakhetha kuwo, umsindo ophansi, inzuzo ephezulu, kanye nokusetshenziswa okulula. Isetshenziswa kakhulu ekutholeni i-heterodyne ye-laser radar, ukulinganisa ukulibaziseka kwe-optical, i-optical coherence tomography (uhlelo lwe-OCT) kanye neminye imikhakha. -
I-ROF Si i-adjustable gain photodetector I-Silicon Photodetector
I-ROF-PR-11M-B iyi-photodetector ye-silicon (Si) enokukhulisa kanye nokuzuza okulungisekayo, eyenzelwe ukuthola izimpawu zokukhanya ezisukela ku-320nm kuya ku-1100nm. Inesishintshi esijikelezayo esinezindawo ezingu-8, esivumela abasebenzisi ukuthi balungise ukwanda ngezinyathelo ze-10dB. I-buffer ingashayela imithwalo ye-high-impedance enokukhipha okufika ku-10V futhi iletha i-5V ngaphansi komthwalo we-50Ω. Indlu ye-ROF-PR-11M-B ifaka isixhumi esixhunywayo esinezintambo (SM1T1) kanye nendandatho eqondile (SM1RR), ehambisana nezesekeli zokukhanya ezinezincazelo ezifanayo ngezintambo zangaphakathi noma zangaphandle. Lokhu kwenza kube lula ukufakwa kwezihlungi zokukhanya zangaphandle futhi kuhlinzeka ngendlela elula yokufaka.
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I-Rof Intensity Modulator i-thin film lithium niobate modulator 40G TFLN modulator
Izinto ze-thin film lithium niobate on insulator (LNOI) zizuza njengefa izakhiwo ezinhle kakhulu ze-electro-optic zezinto ze-bulk lithium niobate, zinikeza ikhambi elisha lama-chip e-high-speed electro-optic modulator angahlanganiswa, ancishiswe, futhi abe nokusebenza kahle kokuguquguquka okuphezulu. Sithuthukise i-wideband, i-half wave voltage thin film LiNbO3 electro-optic modulator esuselwe ezintweni ze-LNOI. Umkhiqizo wethu unezici ezinhle kakhulu zokuzinza okuphezulu, ukulahlekelwa okuphansi kokufakwa, kanye nosayizi omncane, okuzuzisa kakhulu kunezimodulators ze-lithium niobate zendabuko, futhi unamathuba amaningi okusebenzisa ekuxhumaneni kwe-optical okusheshayo kanye namasimu e-microwave photonics.
