1550nm High Peak Power Fiber Laser

This product features an optical path design with a MOPA structure, capable of generating ns-level pulse width and peak power of up to 15 kW, with a repetition frequency ranging from 50 kHz to 360 kHz. It exhibits high electrical-to-optical conversion efficiency, low ASE (Amplified Spontaneous Emission), and nonlinear noise effects, as well as a wide operating temperature range.

Table Line Spacing

Key Features

Applications

Eye-safe Wavelength

Ns-Level Pulse Width

Up to 15kW Peak Power

Compact Package Design

Low Power Consumption

MOPA Structure

Support Customization

Laser LiDAR

Remote Sensing

Distance Sensor

Laser Detection

Security and Defense

Technical Data

Parameters	Unit	Min.	Typical	Max.	Remarks
Working Mode		Pulse
Wavelength	nm	1545	1550	1555
Pulse Width	ns		4
Repetition Frequency	kHz	30	50	100	Customization
Average Power	W		3	6	Customization
Peak Power	kW		12		Customization
Polarization State		Random
Trigger Mode		Internal/External
Pulse Output Delay Jitter	ns			3
Electrical Power Consumption	W			100
Working Voltage	V		28
Working Temp.@Shell	°C	-40		60
Storage Temp.	°C	-40		105
Package Size	mm		16016030
Weight	g			2000
Optical Output Mode		Multimode fiber patch cable			Customization collimating lens
Length of Output Optical Fiber	m		0.3		3mm sleeve
Interface mode			J29A-15ZKW

Dimensional Graph

Note

· Laser Safety: This product emits laser radiation that is not visible to the human eye. Protective goggles should be worn before use. Avoid direct exposure of eyes or skin to the laser beam while the laser is operating.

· Power Usage: Ensure use within the rated voltage and power specifications.

· Electrostatic Protection: Appropriate electrostatic protection measures must be taken during the transport, storage, and use of the light source.

· Fiber End Face: The output end face should be appropriately cleaned before use to ensure it is free from dirt and contamination, as this can easily cause damage to the end face.

· Cooling Requirements: Adequate cooling must be maintained during the operation of the laser. It is recommended to use thermal grease or a thermal pad with high thermal conductivity for efficient heat dissipation. Failure to dissipate heat effectively may cause the internal temperature of the laser to rise, triggering the over-temperature protection feature and shutting down the laser output.

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