Lasers
Products | Lasers
Subcategories: Laser Diodes | Laser Driver | Laser Stabilizers | Drived Lasers
Features
Applications
Introduction
Calibration
Customization
| Part Number | Name | Datasheet & Help | Statuis | |
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405 nm Laser Diode | In Stock | ||
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450 nm Laser Diode | In Stock | ||
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520 nm Laser Diode | In Stock | ||
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638 nm Laser Diode | In Stock | ||
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638 nm Laser Diode | In Stock | ||
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780 nm Laser Diode | In Stock | ||
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660 nm Laser Diode | In Stock | ||
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808 nm Laser Diode | In Stock | ||
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808 nm Laser Diode | In Stock | ||
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808 nm Laser Diode | In Stock | ||
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850 nm Laser Diode | In Stock | ||
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850 nm Laser Diode | In Stock | ||
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940 nm Laser Diode | Laser Diode Datasheet | In Stock | |
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980 nm Laser Diode | In Stock | ||
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980 nm Laser Diode | Laser Diode Datasheet | In Stock | |
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1064 nm Laser Diode | Laser Diode Datasheet | In Stock | |
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1470 nm Laser Diode | In Stock | ||
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1470 nm Laser Diode | In Stock |
According to the high-tech fabrication of laser diodes, an ultra-stable, low-noise current source is required for their optimized performance. Using a current source instead of a voltage source offers much more tunability, reliability, and control to set the laser output power. According to the wavelength drift and electrical characteristics of the laser diodes, the maximum operating voltage is set to prevent laser damage and failure as a consequence of the current rush and sudden temperature changes.
