Products
Products
NPFL-E Series High-Repetition-Rate Nanosecond Pulsed Fiber Laser
Classification:
Equipment features:
- Product parameters
- Application fields
-
Parameter Name Unit
Indicator Content
Min
Typical
Max
Operating Mode
-
Pulse
Spectral Width
nm
-
-
1
Wavelength
nm
1550
Pulse Repetition Frequency
kHz
10
-
2000
Pulse Width
ns
-
5
10
Single Pulse Energy
uJ
-
-
100
Output Beam Quality M2
-
-
-
1.5
Peak Power
kW
-
-
15
Output Polarization
-
Linear Polarization (Slow Axis Operation)
Output Fiber Type
-
SMF, LMA or SMF-PANDA, LMA-PANDA
Output Method
-
FC/APC or Collimated
Communication Protocol
-
RS232
External Trigger Signal
-
3.3~5V TTL
Cooling Method
-
Conduction Cooling
Power Supply
V
12
Average Power Consumption
W
-
20
-
Operating Temperature
℃
-20
-
60
Storage Temperature (Non-Condensing)
℃
-40
-
80
Relative Humidity
%
15
-
85
-
The NPFL-E 1.5um high repetition frequency nanosecond pulsed fiber laser is a pulsed fiber laser with ultra-high repetition frequency (up to MHz, adjustable repetition frequency), high peak power, and nanosecond pulse width (adjustable pulse width).
Technical features: It adopts the 'narrow spectrum semiconductor laser diode pulse direct modulation + multi-stage fiber amplification' master oscillator power amplifier (MOPA) scheme, with single pulse energy output up to 100uJ.
This product has a compact structure, mature reliability, and is in the eye-safe wavelength range. It can be widely used in fields such as 3D imaging and mapping LiDAR, vehicle-mounted LiDAR, mid-infrared supercontinuum radiation, and biophotonics (after frequency doubling).
Application fields
▪ 3D imaging/mapping LiDAR
▪ Drone-mounted radar
▪ Ranging, obstacle avoidance
▪ Biomedical
Optical parameters

Average power: 1W (100uJ) @ 5ns/10kHz, 3.6% (peak-to-peak), 0.7% (standard deviation)

Average power: 7W (70uJ) @ 5ns/100kHz, 1.7% (peak-to-peak), 0.2% (standard deviation)
Structural dimensions

Key words:
NPFL-E Series High-Repetition-Rate Nanosecond Pulsed Fiber Laser
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