PGFL SERIES
GREEN COMPACT LASER TRANSMITTER
KEY FEATURES
• Energy per pulse up to 50 µJ
• Peak power up to 15 kW
• Average power up to 2 W
• Pulse repetition frequency 10 kHz to 200kHz
• Diffraction limited output beam
• Low power consumption
• Compact and rugged package
APPLICATIONS
• Environment
• Underwater telemetry
• Underwater range-finding
• 3D scanning
• Mapping
Description
PGFL series green fiber lasers are pulsed laser sources emitting at 532 nm and delivering high peak power pulse in a very compact package.
The 532 nm series is a green laser based on the combination of a powerful 1.0 µm fiber laser and a compact/efficient frequency converter. The output beam is diffraction limited or near gaussian and collimated.
The laser system is delivered with an interface module that allows to drive the laser very easily and to keep the frequency converter at constant temperature.
This source is ideal for underwater telemetry or range-finding applications.
Optical Specifications
PGFL
@ 25 °C
Mode of operation
Pulsed
Operating wavelength
532 nm
Energy per pulse
From 5 to 40 µJ
Peak power
From 5 to 12 kW
Average power
From 0.25 to 2 W
Pulse repetition frequency
From 10 to 200 kHz
Pulse duration (FWHM)
From 1 to 10 ns
Polarization
Linear
Beam Quality, M²
From < 1.1 to <1.4
Output termination
Optical Head with collimated output (1 cm at 60 cm)
The PGFL series lasers are available as OEM module.
RELIABILITY
The Keopsys range of fiber lasers are manufactured with tested components and are submitted to several inspections during the manufacturing process under a rigorous quality management certified in accordance with the ISO 9001:2008 standard. Our all-in-fiber systems offer maintenance free operation. Countless units are continuously running in demanding environments with no failure.
GUARANTEE
Our fiber systems are under 1 full year parts and labor guarantee.
We offer a warranty extension of 1 or 2 years. Please contact us.
商品属性 [波长] 532 nm [功率] From 0.25 to 2 W [脉宽] From 1 to 10 ns [输出类型] Pulsed [重复频率] From 10 to 200 kHz