The LD-PD'S FM-DCFL Series 1550nm fs Er doped Dual Channel fiber lasers. It is an excellent solution for industrial terahertz femtosecond pump source applications. The femtosecond laser has the typical advantages of traditional fiber laser, namely, small size (shape size: 200 *100 *40mm), no need of thermal management, and high output beam quality (single mode output).
This ultrafast laser has spectral center wavelength at 1550 nm, the repetition frequency is 20-100 MHz, typical pulse width is less than 120 fs, and the maximum average output power of each channel is 32 mW. Due to the use of special non-linear technology to achieve the equivalent saturable absorber effect, the output pulse not only has high long-term stability, but also can withstand high and low temperature working environment from 0-45 degrees.
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● Excellent long-term stability
● Operation Temperature：+5～+40℃
● Ultra compact Size, thermal management Unnecessary
● Dual Channel Synchronized Output
Tsub=25°C, CW bias unless stated otherwise
Testing data and Spectrum
0-45℃ High and Low temperature Testing
15 Hours Long term Power stability testing
PM1550 Fiber Nominal Characteristics and Tolerances
● Terahertz Generation
● Optical frequency combs
● Optical sensing
● Optical communication
● Pump source for mid-IR laser
F:Fast axis alignment
S:Slow axis alignment
XX: Fiber and Connector Type
PPN= PM 1550 fiber+ None
PP= PM 1550 fiber + FC/PC
PA= PM 1550 fiber + FC/APC
Laser Components Safety
Due to the small size of the Fiber optic module, the box packaging is labeled with the laser radiation hazard symbol and safety warning labels shown below:
Safety and Operating Considerations
The laser light emitted from this laser diode is invisible and may be harmful to the human eye. Avoid looking directly into the fiber when the device is in operation.
CAUTION: THE USE OF OPTICAL INSTRUMENTS WITH THIS PRODUCT INCREASES EYE HAZARD.
Operating the laser Components outside of its maximum ratings may cause device failure or a safety hazard. Power supplies used with this component cannot exceed maximum peak optical power.