G081PU210W TECHNICAL DATA High Power Fiber Coupled Infrared Laser Diode Features Applications • • • • • • • • CW Output Power: 10 W Typical 808 nm Emission Wavelength High Reliability High Efficiency Laser Pumping Medical Usage Printing Heating • • Material Dealing Marking Specifications (25°C) Type Optical Specification CW Output Power from Fiber Center Wavelength Wavelength Tolerance Spectral Width Wavelength Temperature Coefficient Fiber Characteristics Fiber Core Size N.A. Fiber Length Connector Electrical Specification Slope Efficiency Threshold Current Operation Current Operation Voltage Series Resistance Package Style Absolute Maximum Ratings Reverse Voltage Vr Operating Temperature TO Storage Temperature Tstg 02.04.2012 Symbol Value Unit PF ΔC 10 808 800 – 820 <5 0.3 W nm nm nm nm/°C 400 0.22 1 FC/ST/SMA-905 µm ES Ith IF UF RD >5 500 2500 < 14 < 1.4 P2-Package W/A mA mA V Ω UR TOP TSTG 14 -10 … 45 -40 … 85 V °C °C Δλ G081PU210W m 1 of 3 Package Dimensions P2-Package (Unit:mm) Typical Performance Curves 02.04.2012 G081PU210W 2 of 3 Notes 1. Laser beam is harmful especially for your eyes. Don't look at the laser beam directly. 2. Lifetime of the diode laser varied with the operating temperature inversely. We advise that the TEC cooler should be used to keep the temperature suitable. 3. For turning on the diode laser, please increase the current gradually to the specified operating value. For shutting down the diode laser, please decrease the current to zero gradually, and then turn off the power. 4. Please wear static proof bracelet when operating. 5. Please connect the pins of the diode laser correctly as the picture shown in the manual. 6. The operating current must less than the rated current. Otherwise the diode laser should be damaged. 7. The fiber facet should be keep clean before the diode laser is operating. 8. Please use the constant-current source to avoid the surge. 9. Diode laser should be short circuit when stop using. 10. Bend diameter of the fiber must be larger than 4cm temporarily and 8cm permanently. 02.04.2012 G081PU210W 3 of 3