1064→532nm Fiber-Coupled PPLN Waveguide Device

Overview
Parameters
Features
Bulk PPLN devices can produce several Watts of average power between wavelengths of 2 and 4 microns. Waveguide frequency converters are fabricated using a process called Reverse Proton Exchange (RPE). The increased optical mode confinement in the resulting waveguide enables higher conversion efficiency devices that can be pumped with 100 mW class semiconductor lasers used for fiber-optic and free-space telecommunications.
Working Theory

Standard Specifications
Item | SHG488 | SHG532 | SHG592 | SHG775 | SHG780 |
Input IR Wavelength | 977nm | 1064nm | 1184nm | 1550nm | 1560nm |
Input Maximum IR Power | < 2W | < 2W | < 5W | < 5W | |
Input Fiber Type /Operational Polarization Axis | PM980 / Slow | PM1550/ Slow | |||
SHG Wavelength | 488.5nm | 532nm | 592nm | 775nm | 780nm |
Back Reflection | > 35dB | ||||
Polarization Extinction Ratio | > 20dB(PM Fiber output) | ||||
Beam Waist Diameter(1/e2) | 1mm | ||||
M2 | < 1.1 | ||||
Beam Divergence Nominal | < 0.9mrad | < 1.15mrad | |||
Beam Waist Location From The Front Plate | 0 to 1000mm | ||||
Beam Ellipticity | < 10% | ||||
Static Beam Position | < ±0.5mm | ||||
Static Beam Angle | < ±5mrad | ||||
Beam Pointing Stability(Stable Temperature) | < 10mrad | ||||
Beam Pointing Stability(Temperature Changing) | < 10urad/degC | ||||
Output Power Stability | < 1% over 8 hours | ||||
Operational Ambient Temperature Range | 10 to 40 degC | ||||
Storage Temperature | -40 to 60 degC | ||||
As for SHG532, Liniobate can supply you with not only PPLN-UNIT but also PPSLT-UNIT. For this case, you can input IR power up to 10W and you will get over 2W of SHG output power.
SHG532 Power Stability

Spectrum and Tuning Range

Frequency Stability

PPLN Pump and Signal Power Conversion curve

Dimensions and Pin definitions(Unit in mm)

Ordering info
PN#SHG532 1064→532nm Fiber-Coupled PPLN Waveguide Device
FC/APC Connector (Both ends), Input Fiber :PM980 fibers with Slow axis alignment,Output Fiber:PM460 fibers with Slow axis alignment,PER>20dB,Max Handling Power:2W,Output Power:>400mW.
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