Description
Introducing the Multi-Channel Superluminescent Diode Light Source (Multi-SLED) Optical Spectral Engine (OSE2) by DAYY Photonics. This innovative product is a compact broadband light source designed to operate in the near-infrared region. Encased in a 32-pin butterfly package, the Multi-SLED OSE2 utilizes a set of superluminescent diodes, each equipped with a monitor diode for enhanced power control and monitoring capabilities. The inclusion of a thermoelectric cooler (TEC), an integrated isolator, and a spectral stitching design ensures overlapping spectral coverage, making this product a versatile choice for various applications.
The Multi-SLED OSE2 is engineered to deliver stable power and center-wavelength performance over time, maintaining consistent optical performance across a broad spectrum of wavelengths. Its compact design and ease of use make it an ideal component for a wide range of manufactured assemblies that require reliable light power. With the ability to configure up to six light sources, this product offers flexibility and adaptability to meet specific needs.
DAYY’s advanced spectral stitching technology is at the heart of the Multi-SLED, providing extensive spectral coverage by integrating multiple wavelengths into a single spatially coherent beam. This results in low temporal coherence and broad spectral coverage, allowing for exceptional flexibility and usability. The Multi-SLED product line can be tailored to suit specific application requirements, making it a perfect fit for various industrial and biomedical imaging systems, optical sensing, test and measurement, and research and development projects.
DAYY Multi-SLED OSE2 Multi-Channel Superluminescent Diode Light Source
Specifications
| SLED Type: | Fiber Coupled, No Fiber Coupling |
|---|---|
| Operating Power (typical): | 30 mW |
| Center Wavelength (typical): | 1000 nm |
| Bandwidth (FWHM): | 100 nm |
| Number Of SLEDs: | 2 to 6 |
| Fiber-coupled Output Power: | 10mW to 40mW |
| Free Space Output Power: | 30mW to 130mW |
| Bandwidth FWHM: | 40nm to 460nm |
| SLED Wavelength Range: | 770nm to 1680nm |
| Light Output Connector: | FC/APC (Optional FC/PC or SMA) |
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Features
- Multi-Channel Superluminescent Diode Light Source (Multi-SLED): Compact broadband light source operating in the near-infrared region.
- Optical Spectral Engine (OSE2): Features a 32-pin butterfly package with superluminescent diodes and a monitor diode for each SLED for enhanced power control and monitoring.
- Configurable Light Sources: Supports between two and six superluminescent diodes (SLEDs) in a single unit.
- Power Control: All SLEDs can be operated from 0-100% of their maximum rating.
- Output Power:
- Fiber-coupled output power ranges from 10mW to 40mW.
- Free Space output power ranges from 30mW to 130mW.
- Bandwidth: Full Width at Half Maximum (FWHM) from 40nm to 460nm.
- Spectral Range: SLEDs ranging from 770nm to 1680nm.
- Spectral Stitching Technology: Provides optimum power and bandwidth with overlapping spectral coverage.
- Integrated Components: Each SLED includes a built-in independent monitor photodiode and a common thermoelectric cooler (TEC).
- Connector Options: Light output available with FC/APC Connector (Optional FC/PC or SMA).
- Free Space Models: Available for applications not requiring fiber optic coupling, delivering a collimated beam.
- Stable Performance: Ensures stable power and center-wavelength performance over time across a wide spectrum of wavelengths.
- Compact and User-Friendly: Designed for ease of use and integration into various manufactured assemblies requiring light power.
Applications
- Optical Component Testing
- Telecom Test Equipment
- Medical Optical Coherence Tomography
- Industrial Optical Coherence Tomography
- Industrial and Biomedical Imaging Systems
- Optical Sensing
- Test and Measurement
- Research and Development
Frequently Asked Questions
What is the Multi-SLED OSE2?
How many superluminescent diodes can be configured in the Multi-SLED?
What is the range of fiber-coupled output power for the Multi-SLED?
What applications is the Multi-SLED suitable for?
What is spectral stitching technology?
What are the available light output connector options for the Multi-SLED?
What is the wavelength range covered by the Multi-SLED?
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