The LP-1064SM-FA-C series coaxial single-mode fiber-coupled laser is a cost-effective single-mode fiber-coupled laser launched by Idealphotonics It features a compact package size and high output power. Our products are widely used in laser communication, printing, and medical laser fields.
产品特点Wavelength: 1064nm、 Single-mode fiber、 Coaxial packaging、 Built-in photodetector
产品货号A80021015
应用领域Medical field、 Printing、 Fiber lasers
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Daisy
电话:18602170419
邮箱:moli@microphotons.com
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Parameters
Parameters | Value |
Center Wavelength (nm) | 1060±5nm |
Continuous Output Power (mW) | >20mw |
Spectral Width | 0.5-2nm |
Fiber Core | 6um |
Numerical Aperture NA | 0.12 |
Fiber Length | 0.8m |
Connector | FC/APC |
Operating Voltage | 1.8-2.3V |
Threshold Current | 35mA |
Maximum Operating Current | 200mA |
Monitor Current | 0.5mA |
Slope Efficiency | 0.9mw/mA |
PD Reverse Voltage | 30V |
Package Type | Coaxial Packaging |
Pin Definition
1 | LD+ |
2 | LD-/PD+ |
3 | PD- |
Absolute Maximum Ratings
Name | Symbol | Unit | Min | Typ | Max | Test Conditions |
Housing Temperature | TOP | ℃ | -5 | 25 | 70 | |
Forward Operating Voltage | VR | V | 1.8 | 2 | 2.3 | |
Axial Tension | N | - | - | 5N | 3x10s | |
Lateral Tension | N | - | - | 2.5N | 3x10s | |
Fiber Bending Radius | 16mm | - | ||||
Reverse Operating Voltage (LD) | VLD | V | 2 | HBM | ||
Soldering Time | S | - | 10s | 260℃ | ||
Storage Temperature | TSTG | ℃ | -40 | - | +85 | 2000hr |
Operating Temperature | TOP | ℃ | -55 | - | +125 | |
Relative Humidity | RH | 5% | - | 95% | Noncondensing |
Precautions
1.Avoid direct exposure of the laser to eyes and skin during operation. Even weak laser light, when focused by the eye, may cause severe damage.
2.The laser requires a stable driving power supply to avoid surges. Instantaneous reverse current or voltage must not exceed the maximum limits, as this may damage the component.
3.Semiconductor lasers are temperature-sensitive. Operating at high temperatures reduces conversion efficiency and accelerates component aging. Use under adequate heat dissipation or cooling conditions is necessary.
4.The laser should operate within its rated current and power. Excessive output power will accelerate component aging.
5.The laser is an electrostatic-sensitive device. Anti-static measures must be taken during transportation, storage, and use.
6.The laser should be stored or operated in a dry, well-ventilated environment to prevent condensation damage.
7.The emitting surface (cavity facet) is a critical part of the laser. Avoid any actions that could damage the cavity facet. During use, ensure the core remains uncontaminated and free from mechanical damage.
8.The fiber must not be bent at sharp angles. The bending diameter should be greater than 300 times the fiber diameter.
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