1030/1064 nm Band Picosecond Pulsed Fiber Laser
Product Overview
The Fholink Y-Fiber Series Ultrafast Laser utilizes high-performance rare-earth-doped fiber as the gain medium. Combined with all-polarization-maintaining mode-locking technology and an active servo control system, it achieves stable output of picosecond pulsed laser in the 1030/1064 nm band. It is fully self-starting for long-term stable operation and features narrow laser pulse width and high peak optical pulse power. This light source is suitable for scientific research in fields such as high-power lasers, supercontinuum generation, and laser ranging.
Customization of pulse width, power, repetition rate, and other parameters is available.
Product Features
1. Ultrashort pulses.
2. Self-starting and maintenance-free.
3. Fully polarization-maintaining, high stability.
Technical Parameters
| Optical Specifications | Unit | Typical Value | Remarks |
| Center Wavelength | nm | 1030/1064 | Customizable |
| Spectral Width | nm | 0.3 | Customizable |
| Pulse Width | ps | 10/20/50/100 | Customizable |
| Output Power | mW | 10~2000 | Customizable |
| Power Instability | - | < ±1% | @ 25°C, 5 minutes after power-on |
| Fundamental Repetition Rate | MHz | 15~100 | Oscillator Fundamental Repetition Rate |
| Pulse Repetition Rate Adjustable Range | - | Fundamental Repetition Rate / N | Acousto-optic frequency reduction, down to 1 kHz |
| Single Pulse Energy | nJ | >1 | |
| Laser Polarization State | - | Linear Polarization | |
| Laser Output Mode | - | Polarization-Maintaining Fiber FC/APC or Free-Space Beam Output | |
| Warm-up Time | min | < 1 | |
| Package Form | / | Benchtop or Module Type |
Product Applications
1. University and Scientific Research.
2. Fiber Laser Pumping.
3. Supercontinuum Generation.
4. Seed Laser Pulse.
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ꁇBackbone network
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ꁇMan/private network
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ꁇAccess network
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ꁇCore network
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ꁇSwitches
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ꁇOptical Transceivers
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ꁇNetwork
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ꁇLaser and sensing
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ꁇOptical Fiber Sensing
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ꁇOptical Component
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ꁇFiber Optic Patch Cord
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ꁇOptical Amplifier
