XLD905-75W-P 905nm 75W High Power Pulsed Laser Diode uses stacked tunnel junction technology to achieve a high output power of 75W. It has a total of 10 p-n junctions stacked on top of each other. Each p-n junction is responsible for amplifying the output power of the previous junction. The stacking of p-n junctions results in a more significant contact area between the electrodes and the semiconductor layers, which leads to a higher output power. The stacked tunnel junction technology is a promising approach to build high output power laser diodes.

| Parameters | Symbol | Unit | Typical Numerical Value |
| Optical Parameter (@25°C) | |||
| central wavelength | λ | nm | 905 |
| tolerance | λo | nm | ± 10 |
| spectral width | △λ | nm | ≤ 5 |
| working mode | Pulsed | ||
| power | Po | W | 75 |
| luminous size | L | μm∙ μm | 200*10 |
| beam-divergence angle | θ⊥ | ° | ≤ 28 |
| θ∥ | ° | ≤ 10 | |
| beam directivity | θ | ° | ≤±1.5 |
| Electrical Properties (@25°C) | |||
| threshold current | Ith | A | 1 |
| working current | Iop | A | 30 |
| working voltage | Vop | V | 24 |
| working pulse width | t | ns | 100 |
| repetition frequency | f | kHz | 5 |
| duty cycle | D | - | 0.05% |
| Thermal Property | |||
| working temp | Tc | ºC | -40~70 |
| storage temp | Tstg | ºC | -40~85 |
| wavelength temperature coefficient | -- | nm/ºC | 0.28 |
| welding temperature | Ts | ºC | 260 |
The 905nm 75W High Power Pulsed Laser Diode packaging of a laser diode is essential to maintain the stability and reliability of the laser diode. The traditional packaging approach involves hermetically sealing the laser diode in a metal package. However, this approach is costly and time-consuming. The advent of low-cost plastic packaging has opened new horizons in the field of laser diodes. Plastic packaging is not only cost-effective but also allows for faster production. The 905nm 75W High Power Pulsed Laser Diode uses low-cost plastic packaging to reduce the overall cost of the laser diode. The packaging is designed to be cost-effective, easy to use, and highly reliable. The plastic packaging provides adequate protection to the laser diode and helps maintain its stability.

The light source size of a laser diode is the physical size of the semiconductor laser cavity. The 905nm 75W Pulsed Laser Diode has a light source size of 200um*10um. The small light source size is highly beneficial in applications where a small beam size is required. The small beam size allows for high resolution and highly focused laser output. The Pulsed Laser Diode is an excellent choice for applications such as laser scanning, where a high-resolution beam is required.

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| 1.Power - Current Relationship | 2.Current - Voltage Relationship |
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| 3.Curve of Spectrum |
4.Wavelength/Temperature Curve |
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Endurance
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6.Luminous Effect Picture |
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Vertical Divergence Angle
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Horizontal Divergence Angle
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