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Page 45 - Semiconductor Lasers (Diode Lasers)

CW-RT-DFB-QC 1023.2-1034.3nm
Alpes Lasers
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CW-RT-DFB-QC 1023.2-1034.3nm
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
Alpes Lasers
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CW-RT-DFB-QC 1022.8-1031.4nm
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
Alpes Lasers
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CW-RT-DFB-QC 1022.5-1031.1nm
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
Alpes Lasers
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CW-RT-DFB-QC 1021.9-1032.1nm
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
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
Alpes Lasers
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CW-RT-DFB-QC 1021.2-1025.0nm
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
Alpes Lasers
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CW-RT-DFB-QC 965.7-973.3nm
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
Alpes Lasers
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CW-RT-DFB-QC 962.5-969.6nm
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
Alpes Lasers
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CW-RT-DFB-QC 962.4-965.8nm
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
Alpes Lasers
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CW-RT-DFB-QC 961.8-966.2nm
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
Alpes Lasers
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CW-RT-DFB-QC 961.6-964.3nm
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
Alpes Lasers
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CW-RT-DFB-QC 812.8-817.3nm
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
Alpes Lasers
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CW-RT-DFB-QC 803.7-824.3nm
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
Alpes Lasers
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CW-RT-DFB-QC 803.5-808.3nm
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
Alpes Lasers
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CW-RT-DFB-QC 802.1-808.1nm
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
Alpes Lasers
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CW-RT-DFB-QC 802.0-807.5nm
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
Alpes Lasers
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CW-RT-DFB-QC 799.6-825.9nm
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
860nm High Powered Diode Laser
Process Instruments Inc.
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860nm High Powered Diode Laser
Our standard lasers deliver up to 400 mW of power through a 100 um fiber, and high power capability up to 1,500 mW is available if requested.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 860 nm
Output Power: 400 mW
Fiber Core Diamater: 100 um
...
Data Sheet
830nm High Powered Diode Laser
Process Instruments Inc.
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830nm High Powered Diode Laser
Our standard lasers deliver up to 400 mW of power through a 100 um fiber, and high power capability upto 1,500 mW is available if requested.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 830 nm
Output Power: 400 mW
Fiber Core Diamater: 100 um
...
Data Sheet
785nm 200um High Powered Diode Laser
Process Instruments Inc.
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785nm 200um High Powered Diode Laser
Our standard lasers deliver up to 400 mW of power through a 100 um fiber, and high power capability up to 1,500 mW is available if requested.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 785 nm
Output Power: 1500 mW
Fiber Core Diamater: 200 um
...
Data Sheet
785nm 100um High Powered Diode Laser
Process Instruments Inc.
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785nm 100um High Powered Diode Laser
Our standard lasers deliver up to 400 mW of power through a 100 um fiber, and high power capability upto 1,500 mW is available if requested.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 785 nm
Output Power: 1200 mW
Fiber Core Diamater: 100 um
...
Data Sheet
785nm 50um High Powered Diode Laser
Process Instruments Inc.
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785nm 50um High Powered Diode Laser
Our standard lasers deliver up to 400 mW of power through a 100 um fiber, and high power capability upto 1,500 mW is available if requested.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 785 nm
Output Power: 250 mW
Fiber Core Diamater: 50 um
...
Data Sheet
670nm High Powered Diode Laser
Process Instruments Inc.
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670nm High Powered Diode Laser
Our standard lasers deliver up to 400 mW of power through a 100 um fiber, and high power capability up to 1,500 mW is available if requested.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 670 nm
Output Power: 400 mW
Fiber Core Diamater: 100 um
...
Data Sheet
852nm Low Powered Diode Laser
Process Instruments Inc.
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852nm Low Powered Diode Laser
Our low powered lasers deliver up to 55mW of single mode laser power. Similar to our high power lasers, the low powered lasers have excellent frequency and intensity stability, and a long lifetime.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 852 nm
Output Power: 55 mW
Fiber Core Diamater: N/A um
...
Data Sheet
808nm Low Powered Diode Laser
Process Instruments Inc.
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808nm Low Powered Diode Laser
Our low powered lasers deliver up to 55mW of single mode laser power. Similar to our high power lasers, the low powered lasers have excellent frequency and intensity stability, and a long lifetime.

Specifications
Laser Type: Modulated
Fiber Type: Single Mode
Wavelength: 808 nm
Output Power: 55 mW
Fiber Core Diamater: N/A um
...
Data Sheet