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Page 23 - CW Semiconductor Lasers

CW-RT-DFB-QC 2318.4-2326.5nm
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CW-RT-DFB-QC 2318.4-2326.5nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 2.3225 um
Output Power: 5 mW
Data Sheet
CW-RT-DFB-QC 1023.2-1034.3nm
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CW-RT-DFB-QC 1023.2-1034.3nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 1.0288 um
Output Power: 100 mW
Data Sheet
CW-RT-DFB-QC 1022.8-1031.4nm
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CW-RT-DFB-QC 1022.8-1031.4nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 1.0271 um
Output Power: 50 mW
Data Sheet
CW-RT-DFB-QC 1022.5-1031.1nm
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CW-RT-DFB-QC 1022.5-1031.1nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 1.0268 um
Output Power: 50 mW
Data Sheet
CW-RT-DFB-QC 1021.9-1032.1nm
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CW-RT-DFB-QC 1021.9-1032.1nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 1.027 um
Output Power: 100 mW
Data Sheet
CW-RT-DFB-QC 1021.9-1033.3nm
Alpes Lasers
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CW-RT-DFB-QC 1021.9-1033.3nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 1.0276 um
Output Power: 50 mW
Data Sheet
CW-RT-DFB-QC 1021.2-1025.0nm
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CW-RT-DFB-QC 1021.2-1025.0nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 1.0231 um
Output Power: 20 mW
Data Sheet
CW-RT-DFB-QC 965.7-973.3nm
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CW-RT-DFB-QC 965.7-973.3nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.9695 um
Output Power: 20 mW
Data Sheet
CW-RT-DFB-QC 962.5-969.6nm
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CW-RT-DFB-QC 962.5-969.6nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.9661 um
Output Power: 50 mW
Data Sheet
CW-RT-DFB-QC 962.4-965.8nm
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CW-RT-DFB-QC 962.4-965.8nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.9641 um
Output Power: 100 mW
Data Sheet
CW-RT-DFB-QC 961.8-966.2nm
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CW-RT-DFB-QC 961.8-966.2nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.964 um
Output Power: 20 mW
Data Sheet
CW-RT-DFB-QC 961.6-964.3nm
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CW-RT-DFB-QC 961.6-964.3nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.963 um
Output Power: 20 mW
Data Sheet
CW-RT-DFB-QC 812.8-817.3nm
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CW-RT-DFB-QC 812.8-817.3nm
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Note: The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.815 um
Output Power: 10 mW
Data Sheet
CW-RT-DFB-QC 803.7-824.3nm
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CW-RT-DFB-QC 803.7-824.3nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.814 um
Output Power: 20 mW
Data Sheet
CW-RT-DFB-QC 803.5-808.3nm
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CW-RT-DFB-QC 803.5-808.3nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.8058 um
Output Power: 10 mW
Data Sheet
CW-RT-DFB-QC 802.1-808.1nm
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CW-RT-DFB-QC 802.1-808.1nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.8051 um
Output Power: 20 mW
Data Sheet
CW-RT-DFB-QC 802.0-807.5nm
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CW-RT-DFB-QC 802.0-807.5nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.8048 um
Output Power: 10 mW
Data Sheet
CW-RT-DFB-QC 799.6-825.9nm
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CW-RT-DFB-QC 799.6-825.9nm
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The lasers are measured in continuous-wave. They are normaly mounted junction-up which means bias negative on the pad and positive on the base. To use with a power-supply ILX Lightwave LDX-3232 or equivalent.

Specifications
Center Wavelength: 0.8127 um
Output Power: 20 mW
Data Sheet
PH785DBR Mercury Series
Photodigm Inc.
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PH785DBR Mercury Series
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The 785nm Mercury™ series of high-power edge-emitting lasers are based onPhotodigm’s advanced single-frequency laser technology. It provides a diffraction limited, single lateral and longitudinal mode beam in a compact hermetic package. Facets are passivated for high-power reliability. Applications include ...

Specifications
Center Wavelength: 0.785 um
Output Power: 40 mW
Data Sheet
780 nm Laser Diode | PH780DBR Mercury Series
Photodigm Inc.
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780 nm Laser Diode | PH780DBR Mercury Series
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The 780nm Mercury™ series of high-power edge-emitting lasers are based onPhotodigm’s advanced single-frequency laser technology. It provides adiffraction limited, single lateral and longitudinal mode beam in a compacthermetic package. Facets are passivated for high-power reliability. Applicationsfor the 780 nm Laser Diode ...

Specifications
Center Wavelength: 0.780 um
Output Power: 40 mW
1083 nm Laser Diode | PH1083DBR Series
Photodigm Inc.
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1083 nm Laser Diode | PH1083DBR Series
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The PH1083DBR Series of high-power edge-emitting lasers are based on  Photodigm’s advanced single-frequency laser technology. It provides a diffraction limited, single lateral and longitudinal mode beam. Facets are passivated for high-power reliability. Applications for the 1083 nm laser diode include fiber amplifier ...

Specifications
Center Wavelength: 1.083 um
Output Power: 80 mW
Data Sheet
1064 nm Laser Diode | PH1064DBR Series
Photodigm Inc.
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1064 nm Laser Diode | PH1064DBR Series
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The PH1064DBR Series of high-power edge-emitting lasers are based on Photodigm’s advanced single-frequency laser technology. It provides a diffraction limited, single lateral and longitudinal mode beam.Facets are passivated for high-power reliability. Applications for the 1064 nm laser diode include fiber amplifier seeding, ...

Specifications
Center Wavelength: 1.064 um
Output Power: 40 mW
Data Sheet
976 nm Laser Diode | PH976DBR Series
Photodigm Inc.
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976 nm Laser Diode | PH976DBR Series
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The PH976DBR Series of high-power edge-emitting lasers are based onPhotodigm’s advanced single-frequency laser technology. It provides adiffraction limited, single lateral and longitudinal mode beam. Facets arepassivated for high-power reliability. Applications include Yb narrow bandpumping, spectroscopy, difference frequency ...

Specifications
Center Wavelength: 0.976 um
Output Power: 40 mW
Data Sheet
976 nm Laser Diode Mercury™ Series
Photodigm Inc.
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976 nm Laser Diode Mercury™ Series
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The 976nm Mercury™ series of high-power edge-emitting lasers are based onPhotodigm’s advanced single-frequency laser technology. It provides adiffraction limited, single lateral and longitudinal mode beam in a compacthermetic package. Facets are passivated for high-power reliability. Applicationsinclude mobile ...

Specifications
Center Wavelength: 0.976 um
Output Power: 40 mW
Data Sheet
920 nm Laser Diode | PH920DBR Series
Photodigm Inc.
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920 nm Laser Diode | PH920DBR Series
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The PH920DBR Series of high-power edge-emitting lasers are based onPhotodigm’s advanced single-frequency laser technology. It provides adiffraction limited, single lateral and longitudinal mode beam. Facets arepassivated for high-power reliability. Applications for the 920 nm laser diodeinclude spectroscopy, difference ...

Specifications
Center Wavelength: 0.920 um
Output Power: 40 mW
Data Sheet