Ultra- Minimum Fiber Laser
Productum descriptionem
Laser una Frequentia Fibra cum Intensitate Relativa Soni humilis (RIN) late applicatio in quantum opticis, flantibus lasers, lidar, communicationibus opticis cohaerentibus, alta praecisio sentiendi optica, mensurae optica et spectroscopiae praecisio.Exempli gratia, laser ad capiendas atomos in cancellis opticis non solum potentiae outputae altae postulat, sed etiam humilis RIN ut resonans inter cancellos et atomos et sonum frequentiae humilium (FN) ad redigendum vibrationis spatii atomi vita per cancellos.In interferometro atomico et horologii atomi applicatione, laser potentia alta ad plures atomos, aream commercii uniformis et altae mensurae SNR ducere potuit.
Erbium coetus altum vim praebet sonum gravem 1064 nm et 1550 nm fibra laser cum low FN et humilis RIN semen + fibra amplificans humilis in Fig. 1. In Fig. minus quam 1 Hz mensuratur.RIN ampliatoris ultra-low est (RIN<-140 dBc/Hz (>5 kHz), RIN integratio ab 10 Hz-10 MHz <0.03%).Item, necem extendi potuit ad 1020- 1120 um pro Ytterbium-doped fibra amplificata et 1530-1596 um pro Er-doped fibra amplificantis.Cum stabilis unius momenti frequentia duplicationis moduli, strepitus humilis fibra laser necem ad 510-556 um et 765-798 um extendi potuit.In processu frequentiae duplicationis linea longitudo laser duplicatur, et strepitus intensio (RIN) tantum augetur per 6 dB, ita sonum vilem notarum fundamentalium frequentiae lucem obtinendo.
PreciLasers summus potentiae praebet (usque ad 130 W), strepitus intensio humilis, angustus linewidth altus-fidus 1064 um fibra solutionis laseris pro cancellis opticis applicationis.
Intensio relativi soni typicus spectri densitatis (RIN)* of 90 W LN-YFA-1064
Res maiora
●Humilis Intensitas Sonitus (-140 dBc/Hz @100 kHz)
●Angusta Linewidth (<10 kHz)
●Bonum Deam qualis (M² <1.2)
●Princeps Output Power (usque ad C W)
●Operatio in premuntur
●Plena Praesidium System
Applications
●Optica cancellos
●Optical Forcipe
●Optical Traps
●Sentinam laser ad OPO
Technical Indicatores
Exemplar | LN-YFA-1064-130 | LN-YFA-1064-100 | LN-YFA-1064-50 |
Central Wavelength¹, nm | 1064 | 1064 | 1064 |
Linewidth, kHz | < 10 | < 10 | < 10 |
Tuning Range, GHz | 10 | 10 | 10 |
Potentia afterISO, W | >130 | >100 | >50 |
RIN | RIN: -140 dBc/Hz (100 kHz) RMS Integration: <0.0(10Hz-10 MHz) | RIN: -140 dBc/Hz (100 kHz) RMS Integration: <0.0(10Hz-10 MHz) | RIN: -140 dBc/Hz (100 kHz) RMS Integration: <0.0(10Hz-10 MHz) |
Beam Quality | TEM , M² <1.15 | TEM , M² <1.15 | TEM , M² <1.15 |
Polarization | Linearly Polarized , > 300: 1 | Linearly Polarized , > 300: 1 | Linearly Polarized , > 300: 1 |
PP, RMS Power Stabilitas | <0.5 %@3hrs | <0.5 %@3hrs | <0.5 %@3hrs |
Refrigerium | Aqua refrigeratio | Aqua refrigeratio | Aer Refrigerationem / Aqua Frigus |
Output Connector | Spatium (300*240 mm²) | Spatium (300*240 mm²) | Fibre |
I: Necem posset eligi ex 1020-1112nm |
Cum singulo passu et cavo resonante moduli SHG, strepitus humilis 532 um laser generari potuit cum potentia output usque ad 30 W, quod in applicatione optica cancellorum applicata est.
Typical 10 W 532 nm laser RIN spectrum
Res maiora
●Angusta Linewidth<20 kHz
●Humilis Intensitas Sonitus (130 dBc/Hz @ 100 kHz)
●Princeps Power (usque ad 30W @ LN YFA-SHG)
●Beam Quality (M² <1.2)
●Linearly Polarize
●Active Power Stabilitas
Applications
●Optica cancellos
●Optical Forcipe
●Sentinam laser pro Ti: Sapphirus laser
Technical Indicatores
Exemplar | LN-YFA-D-532-10 (Single Pass SHG) | LN-YFA-D-532-30(Resonant Cavitatis SHG) |
Central Wavelength¹, nm | 532 | 532 |
Linewidth, kHz | < 20 | < 20 |
Tuning Range, GHz | 20 | 20 |
Output Power, W | 10 | 30 |
RIN | RIN: -130 dBc/Hz (100 kHz) RMS Integration: <0.05(10Hz-10 MHz) | RIN: -130 dBc/Hz (100 kHz) RMS Integration: <0.05(10Hz-10 MHz) |
Beam Quality | TEMₒₒ , M² <1.2 | TEM , M² <1.1 |
Polarization | Linearly Polarized , > 100: 1 | Linearly Polarized , > 100: 1 |
PP, RMS Power Stabilitas | <0.5 %@3hrs | <0.5 %@3hrs |
Refrigerium | Aer Refrigerationem / Aqua Frigus | Aer Refrigerationem / Aqua Frigus |
1 Central necem eligi potuit ex 510-540 nm |