Due to the limitations of fiber losses and light source power, single-mode optical fibers used for communications are usually less efficient in transmitting fiber power and energy. This laser is a fiber laser specially used for single-mode fiber energy transmission, with a maximum output power of 10 watts. In single-mode fibers such as G652 and G657 used for optical fiber communication, it can transmit more than 1km with almost no power loss. It is suitable for use in long-distance optical fiber power supply occasions, and has the advantages of being passive and resistant to electromagnetic interference. The professionally designed drive and temperature control circuit control ensures the safe and stable operation of the laser, and the spectrum and power remain stable for a long time. Available in both desktop and modular formats.
Due to the limitations of fiber losses and light source power, single-mode optical fibers used for communications are usually less efficient in transmitting fiber power and energy. the presentlaserIt is a fiber laser specially used for single-mode fiber energy transmission，maximum output power10 watts. In single-mode fibers such as G652 and G657 used for optical fiber communications, it can transmit more than 1km with almost no power loss. It is suitable for use in the application of long-distance optical fiber power and has the advantages of being passive and resistant to electromagnetic interference.professionally designedDrive and temperature control circuitsControlassure that the laserApparatussecurity and stability work，The spectrum and power remain stable for a long time. Available in desktop and modular formats.
Characteristics | Application |
n 1 - 10W Various powers | n Optical fiber energy transmission |
n Suitable for long-distance single-mode fiber transmission | n Optical Fiber Communication |
n Power and spectral stability | n optical experiment |
optical criterion | Unit | typical values | Remarks |
operating wavelength | nm | 1540~1560 | customizable |
spectrumwidth | nm | ≤1 | |
working mode | - | CW | continuous light |
Single-mode fiber transmission distance | km | ≥1 | |
transmission loss | dB/km | ≤0.3 | |
lightPower | W | 1/2/5/10 | |
dBm | 30/33/37/40 | ||
short-term stability(15 minutes) | dB | ≤ ±0.02 | equivalent≤±0.5% |
long-term stability(8 hours) | dB | ≤ ±0.05 | equivalent≤±1.2% |
pigtail type | - | SMF-28 | |
Fiber pigtail joint type | - | FC/APC |
Electrical and environmental parameters | desktop | Module |
Control mode | Press/RS232 serial communication | RS232 serial communication |
communication interface | DB9 Female | DB9 Female |
Supply Electricity | 100~240V AC,<150W | 12V DC,<60W |
Ruler inch | 260(W)×320(D)×120(H)mm | 139(W)x235(D)x70(H)mm |
operating temperature range | -5~+35°C | |
Operating humidity range | 0~70% | |
ordering information/Model | ||||
FL-PT | operating wavelength(nm) | Output power(dBm) | Output pigtail type | encapsulated form |
1550 | 30/33/37/40 | SM= SMF-28 | B= Desktop M= Module | |
1540nm wavelength spectrum
1550nm wavelength spectrum
optical power stability
desktop package
1W/2W power module package: 125(W)×150(D)×31.5(H)mm
5W/10W power module package: 139(W)×235(D)×70(H)mm
Due to the limitations of fiber losses and light source power, single-mode optical fibers used for communications are usually less efficient in transmitting fiber power and energy. the presentlaserIt is a fiber laser specially used for single-mode fiber energy transmission，maximum output power10 watts. In single-mode fibers such as G652 and G657 used for optical fiber communications, it can transmit more than 1km with almost no power loss. It is suitable for use in the application of long-distance optical fiber power and has the advantages of being passive and resistant to electromagnetic interference.professionally designedDrive and temperature control circuitsControlassure that the laserApparatussecurity and stability work，The spectrum and power remain stable for a long time. Available in desktop and modular formats.
Characteristics | Application |
n 1 - 10W Various powers | n Optical fiber energy transmission |
n Suitable for long-distance single-mode fiber transmission | n Optical Fiber Communication |
n Power and spectral stability | n optical experiment |
optical criterion | Unit | typical values | Remarks |
operating wavelength | nm | 1540~1560 | customizable |
spectrumwidth | nm | ≤1 | |
working mode | - | CW | continuous light |
Single-mode fiber transmission distance | km | ≥1 | |
transmission loss | dB/km | ≤0.3 | |
lightPower | W | 1/2/5/10 | |
dBm | 30/33/37/40 | ||
short-term stability(15 minutes) | dB | ≤ ±0.02 | equivalent≤±0.5% |
long-term stability(8 hours) | dB | ≤ ±0.05 | equivalent≤±1.2% |
pigtail type | - | SMF-28 | |
Fiber pigtail joint type | - | FC/APC |
Electrical and environmental parameters | desktop | Module |
Control mode | Press/RS232 serial communication | RS232 serial communication |
communication interface | DB9 Female | DB9 Female |
Supply Electricity | 100~240V AC,<150W | 12V DC,<60W |
Ruler inch | 260(W)×320(D)×120(H)mm | 139(W)x235(D)x70(H)mm |
operating temperature range | -5~+35°C | |
Operating humidity range | 0~70% | |
ordering information/Model | ||||
FL-PT | operating wavelength(nm) | Output power(dBm) | Output pigtail type | encapsulated form |
1550 | 30/33/37/40 | SM= SMF-28 | B= Desktop M= Module | |
1540nm wavelength spectrum
1550nm wavelength spectrum
optical power stability
desktop package
1W/2W power module package: 125(W)×150(D)×31.5(H)mm
5W/10W power module package: 139(W)×235(D)×70(H)mm
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Anhui Public Network Security Record No. 34019202000815
