A national high-tech enterprise specializing in the research and development, production, and sales of light-emitting diode products
XL-PLT5 520C-300mW
XL-PLT5 520C-300mW

The XL-PLT5 520C-300mW is a single-mode semiconductor laser in a TO56 package (with built-in photodiode). Its typical emission wavelength is 520nm (green light), and it has a continuous wave (CW) output power of 300mW (TC=25℃). This device supports both continuous wave and pulsed modes and features a high modulation bandwidth, making it suitable for precise measurement, indication, sensing, and research applications that require medium-power green light. The product meets ROHS environmental standards and has a moisture sensitivity level of MSL 2.

Product Characteristics

Optical Output Power: 300mW in continuous wave mode (TC=25℃)


Typical Emission Wavelength: 520nm (green band)


Operating Mode: Supports continuous wave (CW) and pulsed mode, high-efficiency radiation source


Laser Type: Single-mode semiconductor laser


Modulation Performance: High modulation bandwidth


Package Type: TO56 package with built-in photodiode (PD)


Environmental & Reliability: Meets ROHS requirements, MSL Level 2


Key Electrical Parameters (Ta=25℃):

- Threshold Current (Ith): Typical 100mA, Maximum 400mA

- Operating Current (Iop): Typical 500mA (Po=300mW), Maximum 840mA; Recommended ≤650mA

- Operating Voltage (Vop): Typical 5.2V, Maximum 6.3V (Po=300mW)

- Central Wavelength Range: 510~530nm (Typical 520nm)

- Beam Divergence (Fast Axis/Slow Axis, 50% Peak): Fast axis typical 23° (range 17°~29°), slow axis typical 7° (range 3°~11°)

- Beam Misalignment Angle: ±5° (fast axis/slow axis)

- Differential Efficiency: 0.45~0.75 W/A


Absolute Maximum Ratings: Reverse Voltage ≤2V; Operating Temperature -20℃~60℃; Storage Temperature -40℃~85℃; Soldering Conditions (Wave Soldering 240℃ ≤6s, Manual Soldering 300℃ ≤3s)

Product Application

LiDAR (LiDAR/ToF) and ranging


Industrial inspection and safety sensing


Medical and biophotonics (like fluorescence excitation, photodynamic therapy)


Military and defense


Scientific research and quantum technology


Consumer electronics and security systems (like laser projection, scanning, security monitoring)