850nm High-Stability Single-Mode Semiconductor Laser Source VLSS-850-M
Shconnet’s VENUS series 850nm high-stability single-mode semiconductor laser source uses a semiconductor laser with an FBG wavelength-stabilizing grating, providing stable wavelength and high output power. An advanced microprocessor-based control system, combined with high-precision ATC and ACC(APC) control circuits, provides highly stable laser output with quick, intuitive operation. Shconnet can supply communication interfaces and control software on request for computer control. The VENUS series semiconductor laser source provides highly stable output, with long-term output-power stability even better than one percent. KenaiTe Laser’s high-stability control circuitry and thermal-control design ensure stable output. The VENUS series 850nm single-mode semiconductor laser source is a highly integrated benchtop light source. It has a high-definition LCD, continuously adjustable output power, and simultaneous current and voltage display, making it well suited to experimental scientific research and production testing. Modular packaging can also be provided on request for system integration.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Output Power | typical:200 mW |
| Peak Operating Wavelength | min:850 nm; typical:855 nm; max:860 nm |
| Spectral Width (FWHM) with FBG [With FBG] | max:1 nm |
| Output Side-Mode Suppression Ratio (SMSR) | min:20 dB |
| Output Power Stability (15 Minutes) | typical:±0.5 %; max:±1.0 % |
| Output Power Stability (8 Hours) | typical:±1.0 %; max:±2.0 % |
| Output Power Adjustment Range | min:0 %; max:100 % |
| Output Power Adjustment Mode | Coarse/Fine Adjustment |
| Operating Voltage | min:100 V; typical:220 V; max:240 V |
| Electrical Power Consumption | max:10 W |
| Storage Temperature | min:-40 ℃; max:85 ℃ |
| Output Fiber Type | Single-Mode Fiber(Polarization-Maintaining Optional) |
| Output Fiber Length | > 1 m |
| Output Fiber Connector | FC/APC, Other Models Optional |
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Datasheet
Supplier Information
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