Uncooled multimode 915nm Wavelength-stabilized 350W 0.22NA 200um Fiber laser
915nm 350W 200um uncooled multimode laser diode module for demanding macro-scale materials-processing applications.
Save to Favorites
Overview
Specifications
| Parameter | Value |
|---|---|
| Output Power Pₒᵤₜ | typical:350.0 W |
| Effective wavelength range λ | min:905 nm；typical:915 nm；max:925 nm |
| Spectral Width Δλ [@FWHM] | typical:4.5 nm |
| Threshold Current Ith | typical:1.0 A |
| Operating Current Iₒₚ | typical:22.0 A；max:24.0 A |
| Forward Voltage V_f | typical:31.5 V |
| Power Conversion Efficiency | typical:48% |
| Slope efficiency η | typical:17.0 W/A |
| Wavelength Temperature Coefficient Δλ/ΔT | typical:0.3 nm/℃ |
| Core/cladding diameter D_COR | typical:200/220 |
| Optical fiber Numerical aperture NA | typical: 0.22 |
Applications
Key Features
Datasheet
Please provide your email to download the datasheet.
Invalid email format. Please try again.
Supplier Information
Related Products
-
100W Subnanosecond Infrared Laser
Laser Modules & Systems
Guoshunlaser
M² Beam quality: ＜1.6 Average Output Power: ＞100 Power adjustment Range: 0~100 %
-
100W Picosecond Green Fiber Laser
Laser Modules & Systems
Guoshunlaser
M² Beam quality: ＜1.3 Average Output Power: ＞100 Power adjustment Range: 0~100 %
-
100W Nanosecond Infrared Fiber Laser
Laser Modules & Systems
Guoshunlaser
M² Beam quality: ＜1.4 Average Output Power: ＞100 Power adjustment Range: 0~100 %
-
100W Femtosecond Infrared Laser
Laser Modules & Systems
Guoshunlaser
M² Beam quality: ＜1.3 Average Output Power: ＞100 Power adjustment Range: 0~100 %
-
10W Compact Picosecond Infrared Laser
Laser Modules & Systems
Guoshunlaser
M² Beam quality: ＜1.2 Average Output Power: ＞10 Power adjustment Range: 0~100 %
Related Articles
icrolight is a high-tech enterprise specializing in the R&D, manufacturing and sales of active and passive photonic devices for microwave photonics, LiDAR ranging, gas sensing, fiber optics and photomedicine.
Against the evolving demands for military‑grade hardware, rail transit equipment and heavy‑duty machinery that run under high‑shock vibrating conditions, anti‑loose connectors serve as indispensable hardware for stable power delivery and high‑speed signal transmission.
For low-frequency RF, electromagnetic testing and power combining systems, conventional resistive power dividers bring high insertion loss, while standard directional couplers cannot provide equal-amplitude signals with 180° phase shift. They fail differential circuits, balanced amplifiers and signal cancellation systems.
For pulsed laser and full-spectrum optical testing, photodiodes and thermopiles have inherent drawbacks. Photodiodes show weak response in infrared band, while thermopiles feature slow response and cannot capture nanosecond narrow pulses.
Loading...
Name
Phone
Organization
Use Case
Database Platform