PhotonCom ADFB-C-10-B DFB laser source

The PhotonCom ADFB-C-10-B is a benchtop Distributed Feedback (DFB) laser source engineered for applications requiring stable, spectrally pure optical signals. It delivers narrow-linewidth output with exceptional wavelength stability, making it suitable for DWDM systems, fiber optic sensing, component testing, and precision laboratory measurement. This instrument combines high spectral purity with reliable long-term stability in a compact benchtop configuration.

– Technical Specifications

Laser Type: Distributed Feedback (DFB) laser source

Wavelength: Customer-specified, typically within C and L bands; special wavelengths including 1030 nm, 1064 nm, and 1650 nm available

Output Power: 1 mW, 10 mW, or 20 mW (maximum 20 mW)

Linewidth: 2–5 MHz typical; maximum 10 MHz

Wavelength Stability: ±0.005 dB over 5 minutes; ±0.02 dB over 8 hours

Side Mode Suppression Ratio (SMSR): Maximum 40 dB

Output Isolation: Up to 25 dB

Optical Connectors: FC/APC, FC/UPC, SC/APC, or SC/UPC

Optical Fiber: PM 1550 or SMF-28 compatible

Power Supply: 90–240 VAC, 47–63 Hz

Physical Dimensions: 260 mm (W) × 330 mm (D) × 120 mm (H)

– Key Features

• Narrow linewidth performance across C and L band wavelengths
• Excellent wavelength stability for demanding optical systems
• High side mode suppression ratio ensuring spectral purity
• Multiple output connector options for integration flexibility
• Benchtop form factor with standard AC power requirements
• Optional keylock switches and BNC interlock keys for safety control

– Typical Applications

• SONET/SDH transmission systems
• Dense wavelength division multiplexing (DWDM) networks
• Fiber optic sensing systems
• Optical component characterization and testing
• Seed laser applications
• Laboratory measurement and metrology

– Compatibility & Integration

The ADFB-C-10-B accepts standard single-mode or polarization-maintaining fiber configurations via industry-standard connectors. Remote control interfaces via RS232 or Ethernet support integration into automated test environments and production systems.