Micro-Channel Water Cooled Single Bar Diode Laser (QCW)

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Michael O’Connor’
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power Narrow spectrum Applications Pumping

This structure drawing is only for reference.

1 Micro-Channel Water Cooled Single Bar Diode Laser (QCW) MCC09 Features Long lifetime Low smile High power Narrow spectrum Applications Pumping Scientific research Industry Device Dimension (mm) This structure drawing is only for reference. For any other special requirement, please feel free to contact us.

Module Type 0-808(Q) 00-808(Q) 0-808(Q) 00-90(Q) 0-90(Q) 00-90(Q) Optical,7 Center Wavelength λ nm 808 808 808 90 90 90 Wavelength Tolerance nm ± ± ± ± ± ± Output Power W 0 00 0 00 0 00 Spectral

2 Module Type 0-808(Q) (Q) 0-808(Q) 00-90(Q) 0-90(Q) 00-90(Q) Optical,7 Center Wavelength λ nm Wavelength Tolerance nm ± ± ± ± ± ± Output Power W Spectral Width FWHM nm. 6 6 Spectral Width FW90%E nm Fast Axis Divergence(FWHM) degree Slow Axis Divergence (FWHM) degree Pulse Width ms Duty Cycle % Polarization Mode - TE TE TE TE TE TE Wavelength Temp. Coefficient nm/ ~0.8 ~0.8 ~0.8 ~0. ~0. ~0. Electrical Parameters,7 Operating Current I op A Threshold Current I th A Operating Voltage V op V Slope Efficiency W/A..... Power Conversion Efficiency % Operating Temperature ~0 ~0 ~0 ~0 ~0 ~0 Storage Temperature 0~ 0~ 0~ 0~ 0~ 0~ Coolant - DI Water DI Water DI Water DI Water DI Water DI Water Flow Rate/Bar L/min Max Inlet Pressure kpa Conductivity μs cm - < < < < < < Explanation for the name of Module Type: FL(abbreviation of Focuslight) MCC09(structure code) -0(output power) -808(center Data at C temperature, unless otherwise stated. For fast axis collimation: divergence <0.. 6 For smile requirements, please contact us. 7 Focuslight Technologies Inc. Add: 6 Zhangba 6 th Road, High-Tech Zone Add: Xi an, Shaanxi 70077, P. R. China Tel: Fax: sales@focuslight.com.cn Website: Copyright 0 Focuslight. All rights reserved.

Micro-Channel Water Cooled Horizontal Array Diode Laser (QCW) 0HA

Applications Pumping Scientific research Industry Device

For any other special requirement, please feel free to contact us.

3 Micro-Channel Water Cooled Horizontal Array Diode Laser (QCW) 0HA Features Long lifetime Narrow spectrum High power Ease of repair Applications Pumping Scientific research Industry Device Dimension (mm) This structure drawing is only for reference. For any other special requirement, please feel free to contact us. The above drawings is for bars only. Please contact Focuslight for details.

4 Module Type Optical, Center Wavelength λ nm Wavelength Tolerance nm ± ± ± ± ± Output Power per Bar W Number of bars # ~0 ~0 ~0 ~0 ~0 Pulse Width ms Duty Cycle % Spectral Width FWHM nm.. Spectral Width FW90%E nm Fast Axis Divergence(FWHM) degree Slow Axis Divergence (FWHM) degree Polarization Mode - TE TE TE TE TE Wavelength Temp. Coefficient nm/ ~0.8 ~0.8 ~0.8 ~0.8 ~0.8 Electrical Parameters, Operating Current I op A Threshold Current I th A Operating Voltage V op / Bar V Slope Efficiency / Bar W/A.... Power Conversion Efficiency % Operating Temperature 0~0 0~0 0~0 0~0 0~0 Storage Temperature ~70 ~70 ~70 ~70 ~70 Coolant - Deionized WaterDeionized WateDeionized WateDeionized WaterDeionized Water Flow Rate/Bar L/min 0.~0. 0.~0. 0.~0. 0.~0. 0.~0. Max Inlet Pressure kpa Explanation for the name of Module Type: FL(abbreviation of Focuslight) -HA**(structure code) -N(Number of Bars) -##(Power) -808(center Data at C temperature, unless otherwise stated.

Module Type ##-90(Q) ##-90(Q) Optical, Center Wavelength λ nm 90 90 Wavelength Tolerance nm ± ± Output Power per Bar W 00

0. Duty Cycle % 0 Spectral Width FWHM nm 6 6 Spectral Width FW90%E nm 8 8 Fast Axis Divergence(FWHM) degree Slow Axis Divergence (FWHM) degree 8 8 Polarization Mode - TE TE Wavelength Temp.

. Power Conversion Efficiency % 0 0 Operating Temperature 0~0

5 Module Type ##-90(Q) ##-90(Q) Optical, Center Wavelength λ nm Wavelength Tolerance nm ± ± Output Power per Bar W 00 0 Number of bars # ~0 ~0 Pulse Width ms Duty Cycle % 0 Spectral Width FWHM nm 6 6 Spectral Width FW90%E nm 8 8 Fast Axis Divergence(FWHM) degree Slow Axis Divergence (FWHM) degree 8 8 Polarization Mode - TE TE Wavelength Temp. Coefficient nm/ ~0. ~0. Electrical Parameters, Operating Current I op A 00 0 Threshold Current I th A 0 0 Operating Voltage V op /Bar V Slope Efficiency /Bar W/A.. Power Conversion Efficiency % 0 0 Operating Temperature 0~0 0~0 Storage Temperature ~70 ~70 Coolant - Deionized Water Deionized Water Flow Rate/Bar L/min 0.~0. 0.~0. Max Inlet Pressure kpa Explanation for the name of Module Type: FL(abbreviation of Focuslight) -HA**(structure code) -N(Number of Bars) -##(Power) -808(center Data at C temperature, unless otherwise stated. Focuslight Technologies Inc. Add: 6 Zhangba 6 th Road, High-Tech Zone Xi an, Shaanxi 70077, P. R. China Tel: Fax: sales@focuslight.com.cn Website: Copyright 0 Focuslight. All rights reserved.

Study of Steady and Transient Thermal Behavior of High Power Semiconductor Lasers

Study of Steady and Transient Thermal Behavior of High Power Semiconductor Lasers Zhenbang Yuan a, Jingwei Wang b, Di Wu c, Xu Chen a, Xingsheng Liu b,c a School of Chemical Engineering & Technology of