SLED Butterfly Device
Description
Introducing the SLED Butterfly Device - RZSLD-1550-10-BS-00-14, the perfect solution for your fiber optic needs. This device boasts a range of features including high power output, metal-coupled and hermetic packaging, TEC inside, and polarization-maintaining or single-mode optical fiber. The device comes in a 14pin butterfly package, making it easy to install and use.
The SLED Butterfly Device is ideal for a range of applications, including fiber-optic gyroscope, optic testing, optical fiber transmission systems, fiber-optic sensors, and OCT. Its high power output ensures efficient and reliable operation, while the TEC inside helps to maintain stable temperature control.
With its metal-coupled and hermetic packaging, the SLED Butterfly Device is designed to withstand even the most challenging environments. Whether you need a device for research, development, or production purposes, the SLED Butterfly Device is an excellent choice that delivers high-quality results.
In conclusion, if you're looking for a reliable and efficient SLED Butterfly Device for your fiber optic needs, the RZSLD-1550-10-BS-00-14 is an excellent choice. Its features, including high power output and metal-coupled and hermetic packaging, make it the perfect solution for a range of applications, including fiber-optic gyroscope, optic testing, optical fiber transmission systems, fiber-optic sensors, and OCT.
SLED Butterfly Device
Specifications |
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|---|---|
| SLED Type: | Fiber Coupled, No Fiber Coupling |
| Operating Power (typical): | 10 mW |
| Center Wavelength (typical): | 1565 nm |
| Bandwidth (FWHM): | 30 nm |
| Optical Output Power Range: | 1 to 10 mW |
| Forward Voltage: | 2.5 V |
| Max Bandwidth (FWHM): | 40 nm |
| TEC Voltage: | 3 V |
| TEC Current: | 1.5 A |
Features
- High power output
- Metal-coupled and hermetic package
- TEC (thermoelectric cooler) inside for stable temperature control
- Polarization-maintaining or single-mode optical fiber
- 14pin butterfly package
Applications
- Fiber-optic gyroscope
- Optic testing
- Optical fiber transmission systems
- Fiber-optic sensors
- OCT (optical coherence tomography)
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
Contact Supplier
How to order?
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Ships from:
China
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Sold by:
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On FindLight:
since 2020
Frequently Asked Questions
The SLED Butterfly Device is a high-performance fiber-optic light source designed for a range of applications.
The key features of the SLED Butterfly Device include high power output, metal-coupled and hermetic packaging, TEC inside, polarization-maintaining or single-mode optical fiber, and a 14pin butterfly package.
The SLED Butterfly Device is ideal for fiber-optic gyroscope, optic testing, optical fiber transmission systems, fiber-optic sensors, and OCT (optical coherence tomography).
The SLED Butterfly Device comes in a 14pin butterfly package, making it easy to install and use. Simply connect the device to the appropriate fiber optic cable and power source.
Yes, the device is designed with metal-coupled and hermetic packaging to ensure it can withstand challenging environments.
The warranty for the SLED Butterfly Device is one year from the date of purchase. Please contact the manufacturer for more details.
The features of the SLED Butterfly Device include high power output, metal-coupled and hermetic packaging, TEC inside, and polarization-maintaining or single-mode optical fiber.
The SLED Butterfly Device is suitable for a range of applications, including fiber-optic gyroscope, optic testing, optical fiber transmission systems, fiber-optic sensors, and OCT (optical coherence tomography).
The SLED Butterfly Device has a TEC (thermoelectric cooler) inside, which helps to maintain stable temperature control.
The SLED Butterfly Device comes in a 14pin butterfly package, which makes it easy to install and use.
Yes, the SLED Butterfly Device is designed with metal-coupled and hermetic packaging, making it suitable for even the most challenging environments.