Three-color light RGB Laser
Integrated blue, green and red primary-color lasers allow the power of each channel to be controlled together or separately to adjust the mixed color. Different power combinations can also produce white light.
Specification Snapshot
Center Wavelength [Actual center-wavelength Typical column450; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models]
typical: 450
Spectral Width [Actual center-wavelength Typical column450; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models]
2 nm
Center Wavelength [Actual center-wavelength Typical column520; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models]
typical: 520
Spectral Width [Actual center-wavelength Typical column520; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models]
2 nm
Center Wavelength [Actual center-wavelength Typical column638; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models]
typical: 638
Spectral Width [Actual center-wavelength Typical column638; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models]
2 nm
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Overview
Integrated blue, green and red primary-color lasers allow the power of each channel to be controlled together or separately to adjust the mixed color. Different power combinations can also produce white light.
Specifications
| Parameter | Value |
|---|---|
| Center Wavelength [Actual center-wavelength Typical column450; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models] | typical: 450 |
| Output Power | 2 W |
| Spectral Width [Actual center-wavelength Typical column450; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models] | 2 nm |
| Center Wavelength [Actual center-wavelength Typical column520; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models] | typical: 520 |
| Output Power | 1.2 W |
| Spectral Width [Actual center-wavelength Typical column520; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models] | 2 nm |
| Center Wavelength [Actual center-wavelength Typical column638; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models] | typical: 638 |
| Output Power | 1.5 W |
| Spectral Width [Actual center-wavelength Typical column638; the original table does not state a center-wavelength unit, so nm is not borrowed from the spectral-width row; the three color channels are not product models] | 2 nm |
| Fiber core diameter [Actual merged common row for the three-color product / Transmission fiber or illumination fiber] | 105 µm |
| Numerical aperture [Actual merged common row for the three-color product] | 0.22 |
| Fiber length [Actual merged common row for the three-color product] | 1.5 m |
| Interface [Actual merged common row for the three-color product] | FC-PC |
| Operation Mode [Actual merged common row for the three-color product] | Continuous adjustable |
| Supply Voltage [Actual merged common row for the three-color product / The source states dual paths;±12V polarity is not inferred] | Dual 12V power supply |
Applications
Landscape lighting; Stage lighting
Key Features
The three color-channel powers can be controlled jointly or independently. A Bluetooth application adjusts color and intensity, with flashing and fade-in/fade-out modes.
Datasheet
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Supplier Information
Xi'an Leize Electronic Technology Co., Ltd. is a high-tech enterprise specializing in the design, R&D, production and sales of semiconductor lasers and laser products. Products include laser modules, dot/line/cross/structured light lasers, high-precision lasers, fiber lasers, etc., widely used in industrial robot sensing, visual inspection, laser ranging, biomedical instruments and other fields. The company has an experienced R&D team and a sound management system, and can provide customized laser products and OEM services, striving to become a strategic partner in the optoelectronics field.
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