793nm 260W High Power Fiber Coupled Semiconductor Laser K793DN2RN-260.0WN0N-20022F20EFF (Standard)

793nm 260W High Power Fiber Coupled Semiconductor Laser K793DN2RN-260.0WN0N-20022F20EFF (Standard)

Supplier
Bwt-bj
Part Number
793nm 260W High Power Fiber Coupled Semiconductor Laser K793DN2RN-260.0WN0N-20022F20EFF (Standard)
Category
Laser Diodes
Origin
China

The K793DN2RN-260.0WN0N-20022F20EFF is a standard 793nm high-power fiber-coupled semiconductor laser module delivering 260W minimum output power from a 200µm core, 220µm cladding, 0.22NA multimode fiber. The delivery fiber is 2.0m long with a 0.9mm jacket, 88mm minimum bend radius and FC bare ferrule termination. Typical optical and electrical performance includes 793±3nm center wavelength, 3nm FWHM spectral width, 0.3nm/°C wavelength temperature coefficient, 0.6nm/A wavelength current coefficient, 42% electro-optical efficiency, 1.3A threshold current, 10.0A operating current, 66.0V operating voltage and 29.0W/A slope efficiency. The module also provides a 1900~2100nm anti-reflection band with 30dB isolation, and offers optional thermistor and monitor photodiode pins. Ratings are specified at nominal output power and 25°C baseplate temperature; storage and use require non-condensing conditions.

Specification Snapshot
Output Power (Po, Min)
260.0W
Center Wavelength (λc, Typ.)
793±3nm
Spectral Width FWHM (Δλ, Typ.)
3nm
Spectral Width FWHM (Δλ, Max)
7nm
Electro-Optical Efficiency (PE, Typ.)
42%
Threshold Current (Ith, Typ.)
1.3A
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Overview

The K793DN2RN-260.0WN0N-20022F20EFF is a standard 793nm high-power fiber-coupled semiconductor laser module delivering 260W minimum output power from a 200µm core, 220µm cladding, 0.22NA multimode fiber. The delivery fiber is 2.0m long with a 0.9mm jacket, 88mm minimum bend radius and FC bare ferrule termination. Typical optical and electrical performance includes 793±3nm center wavelength, 3nm FWHM spectral width, 0.3nm/°C wavelength temperature coefficient, 0.6nm/A wavelength current coefficient, 42% electro-optical efficiency, 1.3A threshold current, 10.0A operating current, 66.0V operating voltage and 29.0W/A slope efficiency. The module also provides a 1900~2100nm anti-reflection band with 30dB isolation, and offers optional thermistor and monitor photodiode pins. Ratings are specified at nominal output power and 25°C baseplate temperature; storage and use require non-condensing conditions.

Specifications

ParameterValue
Output Power (Po, Min)260.0W
Center Wavelength (λc, Typ.)793±3nm
Spectral Width FWHM (Δλ, Typ.)3nm
Spectral Width FWHM (Δλ, Max)7nm
Wavelength Temperature Coefficient (Δλ/ΔT, Typ.)0.3nm/°C
Wavelength Current Coefficient (Δλ/ΔI, Typ.)0.6nm/A
Electro-Optical Efficiency (PE, Typ.)42%
Threshold Current (Ith, Typ.)1.3A
Operating Current (Iop, Typ.)10.0A
Operating Current (Iop, Max)11.0A
Operating Voltage (Vop, Typ.)66.0V
Operating Voltage (Vop, Max)72.0V
Slope Efficiency (η, Typ.)29.0W/A
Fiber Core Diameter (Dcore, Typ.)200µm
Cladding Diameter (Dclad, Typ.)220µm
Numerical Aperture (NA, Typ.)0.22
Fiber Length (Lf, Typ.)2.0m
Fiber Jacket (Typ.)0.9mm
Bend Radius (Min)88mm
Fiber ConnectorFC bare ferrule
Anti-reflection Band1900~2100nm
ESD (Vesd, Max)500V
Storage Temperature (Tst, Min)-20°C
Storage Temperature (Tst, Max)70°C
Soldering Temperature (Tls, Max)260°C
Soldering Time (t, Max)10sec
Operating Temperature (Top, Min)20°C
Operating Temperature (Top, Typ.)25°C
Operating Temperature (Top, Max)30°C
Relative Humidity (RH, Min)15%
Relative Humidity (RH, Max)75%
Overall Dimensions130mm×80mm×22mm
Mounting Holes6 × ∅3.3 mm through holes
Mounting Hole Transverse Spacing69mm
Pin Configuration1: Laser (-); 2: Laser (+); 3: Thermistor (optional); 4: Thermistor (optional); 5: Photodiode P (optional); 6: Photodiode N (optional)

Applications

1. Fiber laser pump source 2. Scientific research

Key Features

1. 793±3nm center wavelength for fiber-laser pumping 2. 260W minimum fiber output power 3. 200µm fiber core with 220µm cladding and 0.22NA 4. 1900~2100nm anti-reflection function with 30dB isolation 5. Typical 3nm FWHM spectral width and 42% electro-optical efficiency 6. FC bare ferrule output with 2.0m fiber, 0.9mm jacket and 88mm minimum bend radius 7. Optional thermistor and monitor photodiode pins for temperature and power monitoring

Datasheet

Product Datasheet
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Supplier Information

Bw
Bwt-bj
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BWT Photonics was founded in 2003. With the mission of "Let the dream drive the light", the vision of becoming a "Global Leader In Laser Solutions", and the value of "Outstanding innovation", the company provides semiconductor, fiber, and ultrafast laser products and solutions to global customers. Since its establishment, BWT has always pursued continuous innovation and adhered to independently controllable advanced processes and technologies. To this end, with its Beijing headquarters as the core, BWT has established multiple production and R&D centers in Jiangsu and Shenzhen, and invested in building an intelligent and digital production base in Tianjin. In order to create world-class technical strength and product quality, BWT established a German subsidiary in 2020, taking a solid step towards the internationalization of R&D, production, and technological innovation. BWT products are sold in more than 60 countries worldwide, with applications in many fields such as industry, medical, commercial, scientific research, and information, bringing new changes to industry development and customer value enhancement.

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793nm 260W High Power Fiber Coupled Semiconductor Laser K793DN2RN-260.0WN0N-20022F20EFF (Standard)
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