ASE Light Source (2.0 µm)

The 2.0 µm ASE light source is built on an optimized thulium-doped fiber optical design and equipped with high-precision ATC and ACC (APC) control circuitry to ensure stable, accurate, and reliable operation. It delivers consistent single-mode output with excellent long-term stability, making it suitable for a wide range of advanced testing and sensing applications.

Key Features

• Single-mode fiber output
• High stability and strong reliability

Application Areas

• Optical testing and measurement
• Fiber-optic sensing systems
• Spectral analysis

Overview — ASE Light Source (2.0 µm)

The ASE Light Source (2.0 µm) is a mid-infrared broadband source built on thulium/holmium-doped fiber technology. It delivers stable, low-ripple broadband emission around 2.0 µm suited for gas absorption studies, mid-IR component testing, spectroscopy, and OEM/mid-IR system development.

Key Characteristics

• Broadband emission centered near 2.0 µm (model dependent)
• Low spectral ripple and stable long-term output
• Thulium/holmium-doped fiber architecture
• PM and non-PM fiber pigtail options
• Compact module form factor — rack or bench integration
• Temperature-regulated packaging for repeatable performance

Why Mid-IR ASE Matters

Mid-IR ASE sources provide smooth, low-coherence spectra ideal for evaluating mid-IR components, measuring gas absorption features (e.g., CO₂ related lines), benchmarking detectors, and validating coatings or filters without coherence-induced artifacts.

Applications

Common uses include mid-IR fiber component characterization, gas absorption and atmospheric studies, mid-IR spectroscopy platforms, detector validation, OEM calibration workflows, and laboratory research where broadband mid-IR coverage is required.

Integration & Operational Advantages

• Simple integration via standard fiber connectors
• Stable spectral power reduces measurement uncertainty
• Compact, thermally-managed module suitable for lab & OEM use
• Optional configurable power and fiber types to match system needs

Selection Considerations

When choosing a 2.0 µm ASE module, evaluate required spectral bandwidth, output power, fiber type (PM vs SM), operating temperature range, and mechanical format to ensure compatibility with your sensing or test platform.

Manufacturer & Support

Units are supplied by engineering teams based in Hangzhou City. For datasheets, configuration options, and project support, contact +86-13958180450.