Description
Discover Precision with YSenser's Fixed Working Distance Collimators (Model: Hi1060/SMF-28e)
YSenser offers a range of Fixed Working Distance Collimators designed to deliver exceptional precision and reliability in optical applications. These collimators are expertly crafted to provide consistent beam quality and stability across various wavelengths, making them an indispensable component in advanced optical systems. With a focus on minimizing output loss and maximizing return loss, YSenser's collimators ensure optimal performance and efficiency.
Each collimator is engineered with meticulous attention to detail, featuring a robust design that accommodates a variety of working distances and beam waist sizes. The compact package dimensions, paired with precise divergence angles, ensure seamless integration into diverse optical setups. Whether you require a collimator for short or long-range applications, YSenser's offerings provide the flexibility and adaptability needed for cutting-edge technologies. Manufactured with high-quality fiber types like Nufern and Corning, YSenser's collimators are capable of handling maximum power levels with minimal insertion loss.
This commitment to quality and performance makes YSenser a trusted choice for professionals seeking reliable and efficient optical solutions. Choose YSenser for your optical needs and experience unparalleled precision and performance.
NOTE: Price does not include the destination country's customs duties and value-added tax (VAT).
Single-Mode Fiber Collimator Hi1060/SMF-28e
Specifications
| Wavelength: | 405 - 1650nm |
|---|---|
| Max. Power: | 1W, 2W (model dependent) |
| EFL: | 1.69 - 7.42mm |
| Working Distance: | 100 - 1000mm |
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Features
- Fixed Working Distance Collimator: Designed for precise optical alignment with a fixed working distance to ensure consistent performance.
- Multiple Wavelength Options: Available in various wavelengths including 405nm, 450nm, 532nm, 635nm, 780nm, 850nm, and 980nm to suit different applications.
- Low Insertion and Output Loss: Ensures optimal performance with insertion loss ≤2.0dB and output loss ≤0.5dB, enhancing signal integrity.
- High Return Loss: Achieves ≥55dB return loss, minimizing reflections and enhancing fiber optic communication efficiency.
- Compact Design: Features a compact package diameter of Φ3.4mm*L14mm or Φ4.0mm*L20mm, allowing for easy integration into various optical systems.
- Beam Quality: Offers beam waist distance and divergence angle options, ensuring high-quality beam delivery for precise applications.
- Durable Fiber Type: Utilizes high-performance fibers such as Nufern 405HP, 460HP, 630HP, 780HP, and Corning Hi1060, supporting max power up to 1W.
- Versatile Application: Suitable for a wide range of applications in telecommunications, medical devices, and scientific research.
- Customizable Specifications: Available in different beam waist sizes, working distances, and fiber types to meet specific customer requirements.
Applications
- Fiber Optic Collimation Systems: Ideal for converting divergent light from fiber optics into collimated beams with minimal aberration
- Laser Diode Beam Shaping: Useful in shaping and directing beams from laser diodes, particularly where Gaussian profiles are desired
- Optical Sensing and Detection: Enhances precision in sensing applications that require tightly controlled beam direction and low divergence
- Spectroscopy and Analytical Instruments: Supports accurate light delivery and collection in instruments used for material analysis and spectral diagnostics
- Optical Communication Systems: Suitable for coupling and transmitting optical signals in high-performance communication networks
- Biomedical and Life Sciences Equipment: Utilized in systems that require stable and well-aligned optical output, such as in microscopy or diagnostic devices
Frequently Asked Questions
What is the maximum power handling capability of the Fixed Working Distance Collimators?
What wavelengths do the collimators support?
What is the typical working distance for these collimators?
What are the beam divergence angles for these collimators?
What is the insertion loss range for these collimators?
What is the return loss specification for these collimators?
What fiber types are used in these collimators?
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