Luxmux’s Multi-SLED® (superluminescent diode) OSE2 is a compact broadband light source that operates in the near-infrared region. The product itself is a 32-pin butterfly package that uses a set of superluminescent diodes, one monitor diode for each SLED (enabling better power control and monitoring capabilities), a thermoelectric cooler (TEC), an integrated isolator, and a spectral stitching design to provide overlapping spectral coverage. The Multi-SLED can be configured with up to six light sources.
The OSE2 offers spectral coverage from 1265nm to 1725nm, with up to 40mW of optical power. This product enables stable power and center-wavelength performance over time, and steady optical performance over a wide spectrum of wavelengths. A proprietary spectral stitching technique across the spectral range. The OSE2 is compact and easy to use, making it an appropriate fit for many different types of manufactured assemblies requiring light power.
The Multi-SLED uses Luxmux’s spectral stitching technique of integrating multiple wavelengths into a single broad spectrum, designed for optimum coupling efficiency. These compact, high-bandwidth modules provide the optimum power and highest optical density bandwidth in a single fiber system in the industry. The Multi-SLED product lines can be spectrally tailored to suit specific application needs. This provides exceptional flexibility and usability, making these sources ideal for the applications included below:
KEY FEATURES
• Between two and six superluminescent diodes (SLEDs) in a single unit
• All SLEDs can be run from 0-100% of maximum rating
• Fiber-coupled output power from 12mW to 40mW, Free Space output power from 35mW to 130mW
• Bandwidth FWHM from 100nm to 460nm
• Spectral coverage from 1265nm to 1725nm
• Luxmux’s technology for spectral stitching provides optimum power and bandwidth
• Each SLED comes with a built-in independent monitor photodiode and one common thermoelectric cooler (TEC) for all SLEDs
• Light output: FC/APC Connector (Optional FC/PC or SMA)
APPLICATIONS
• Optical Component Testing
• Telecom Test Equipment
• Medical Optical Coherence Tomography
• Industrial Optical Coherence Tomography
• Biomedical Imaging Systems
• Optical Sensing
• White Light Interferometry & Chromatic Dispersion
• Research and Development
LIGHT TYPE ORDERING OPTION
• Free Space: for applications that do not require fiber optic coupling, higher-power free space models are available. Free space models will deliver a collimated beam out of the unit. Refer to ordering code free space section for output powers available.
TYPICAL SPECTRUMS – FIBER COUPLED MODELS
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Typical Power Stability
DIMENSIONS
Multi-SLED OSE – Free Space:
Multi-SLED OSE – Standard:
PIN OUT
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External Pin Assignment – Multi-SLED: 6 SLEDs
|
|
1
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M-PD1 (+)
|
9
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SLED 3 (+)
|
17
|
TEC (-)
|
25
|
SLED 4 (-)
|
|
2
|
SLED 1 (-)
|
10
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Thermistor
|
18
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SLED 6 Thermistor
|
26
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SLED 4 (+)
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|
3
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SLED 1 (+)
|
11
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Thermistor
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19
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SLED 6 Thermistor
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27
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M-PD2,4,6 (-)
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|
4
|
NC
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12
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M-PD1,3,5 (-)
|
20
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M-PD6 (+)
|
28
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M-PD2 (+)
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|
5
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NC
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13
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M-PD5
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21
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SLED 6 (-)
|
29
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SLED 2 (-)
|
|
6
|
NC
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14
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SLED 5 (-)
|
22
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SLED 6 (+)
|
30
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SLED 2 (+)
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|
7
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M-PD3 (+)
|
15
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SLED 5 (+)
|
23
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NC
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31
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NC
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|
8
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SLED 3 (-)
|
16
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TEC (+)
|
24
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M-PD4 (+)
|
32
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NC
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ORDERING CODE
