Ingilazi ye-phosphate ye-Erbium ne-ytterbium inomsebenzi obanzi ngenxa yezakhiwo ezinhle kakhulu.Ikakhulukazi, iyingilazi engcono kakhulu ye-laser engu-1.54μm ngenxa yobude bayo obuphephile beso obungu-1540 nm kanye nokudluliswa okuphezulu emkhathini.Ilungele futhi izinhlelo zokusebenza zezokwelapha lapho isidingo sokuvikelwa kwamehlo singase sibe nzima ukusiphatha noma sinciphise noma sivimbele ukubhekwa okubukwayo okubalulekile.Muva nje isetshenziswa ekuxhumaneni kwe-optical fiber esikhundleni se-EDFA nge-super plus yayo.Kunentuthuko enkulu kulo mkhakha.
I-Erbium Glass ixutshwe ne-Er 3+ ne-Yb 3+ futhi ifanele izinhlelo zokusebenza ezibandakanya amazinga aphezulu okuphindaphinda (1 - 6 Hz) kanye nokumpontshwa nge-laser diode engu-1535 nm.Le ngilazi itholakala ngezinga eliphezulu le-Erbium (kufika ku-1.7%).
I-Erbium Glass ifakwe i-Er 3+, Yb 3+ ne-Cr 3+ futhi ifanele izinhlelo zokusebenza ezibandakanya ukumpompa isibani nge-xenon.Le ngilazi ivame ukusetshenziswa ezinhlelweni ze-laser range finder (LRF).
Izakhiwo Eziyisisekelo:
Into | Amayunithi | Er,Yb:Glass | Er,Yb,Cr:Glass |
Ukuguquka Kwezinga Lokushisa | ºC | 556 | 455 |
I-Temperature Ethambisayo | ºC | 605 | 493 |
Coef.Yokunwetshwa Kokushisa Okushisayo (20~100ºC) | 10‾⁷/ºC | 87 | 103 |
I-Thermal Conductivity (@ 25ºC) | W/m.ºK | 0.7 | 0.7 |
Ukuqina Kwamakhemikhali (@100ºC isilinganiso sokulahlekelwa isisindo samanzi acwecwe) | ug/hr.cm2 | 52 | 103 |
Ukuminyana | g/cm2 | 3.06 | 3.1 |
I-Laser Wavelength Peak | nm | 1535 | 1535 |
I-cross-section for Emission Estimulated | 10‾²º cm² | 0.8 | 0.8 |
I-Fluorescent Lifetime | ms | 7.7-8.0 | 7.7-8.0 |
I-Refractive Index (nD) @ 589 nm | 1.532 | 1.539 | |
I-Refractive Index (nD) @ 589 nm | 1.524 | 1.53 | |
dn/dT (20~100ºC) | 10‾⁶/ºC | -1.72 | -5.2 |
I-Thermal Coeff.Yobude Bendlela Yokubona (20~100ºC) | 10‾⁷/ºC | 29 | 3.6 |
I-Standard Doping
Okuhlukile | Er 3+ | Yb 3+ | I-Cr 3+ |
Er:Yb:Cr:Glass | 0.13×10^20/cm3 | 12.3×10^20/cm3 | 0.15×10^20/cm3 |
Er:Yb:Ingilazi | 1.3×10^20/cm3 | 10×10^20/cm3 |