Dual-Core Spacing Cylindrical Fiber Glass Capillary
Product Introduction:
The Dual-Core Spacing Cylindrical Fiber Glass Capillary is an advanced optical component designed to enhance the performance of fiber optic systems. Engineered with precision and crafted from high-quality materials, this capillary supports a wide range of applications in telecommunications, medical technology, and experimental setups. Its innovative design promotes optimal signal integrity and durability, making it a vital addition to modern optical systems.
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Dual-core spacing fiber capillary
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Specification
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Dimension
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Tolerance
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Remark
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Outer Diameter(mm)/length
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0.99 /1.8mm
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±0.005
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Customization is acceptable
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Inner Diameter(mm)
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0.127mm
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±0.002
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Inner Diameter(mm)
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0.129-0.25mm
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±0.002
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Length(mm)
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7
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±0.2
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Lead width(mm)
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0.8
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±0.25
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Lead depth(mm)
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2
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±1.0
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Material
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Borosilicate
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Key Features:
Dual-Core Configuration:
Featuring a dual-core layout, this capillary facilitates the simultaneous transmission of multiple signals, effectively managing data flow and enhancing overall communication efficiency. The cores can be fine-tuned for specific wavelengths, ensuring improved signal quality and reduced interference.
Spacing Mechanism:
The spacing between the two cores is meticulously designed to minimize cross-talk and ensure efficient signal separation. This design is crucial for high-density applications where signal integrity is paramount.
Cylindrical Design:
The cylindrical shape provides a robust structural integrity that allows the capillary to withstand mechanical stress and environmental challenges. This feature enhances its operational reliability in various settings.
High Borosilicate Glass Construction:
Constructed from high borosilicate glass, this capillary offers exceptional thermal resistance, chemical durability, and mechanical strength. These properties make it suitable for demanding applications, ensuring longevity and performance stability.
Precision Fabrication:
Each capillary is manufactured with stringent quality control standards, ensuring perfect dimensional accuracy and consistency. This precision is essential for applications requiring exact fiber alignment and minimal signal loss.
Applications:
Telecommunications: The Dual-Core Spacing Cylindrical Fiber Glass Capillary is ideal for use in cutting-edge fiber optic networks, providing precise placement of optical fibers to ensure optimal signal transmission and reduce losses.
Fiber Optic Connectors: Commonly utilized in various fiber optic connectors, including LC and SC types, the capillary aids in securely positioning the fibers, allowing for precise mating of optical interfaces and enhancing overall connection performance.
Medical Applications: Suitable for a range of medical devices, such as endoscopes and diagnostic equipment, where precision and reliability are crucial for accurate data transmission.
Research Laboratories: This capillary is used in laboratory environments for tasks requiring meticulous fluid handling and optical measurements, ensuring high accuracy and minimal contamination.
Industrial Systems: Engineered for use in industrial automation, the capillary supports reliable signal transmission in sensors and control systems operating under challenging conditions.
Benefits:
Improved Signal Integrity: The unique spacing design between the dual cores enhances signal clarity, making it an excellent choice for high-performance communication systems.
Robust Durability: The high borosilicate glass construction provides exceptional resilience against thermal and chemical stresses, ensuring the capillary remains operational in demanding environments.
Versatile Applications: The capillary's adaptable design allows for use in various industries, addressing diverse operational needs and challenges.
Cost Efficiency: By optimizing the performance of fiber optic connections, the Dual-Core Spacing Cylindrical Fiber Glass Capillary contributes to lower operational costs and reduced maintenance needs.
Conclusion: The Dual-Core Spacing Cylindrical Fiber Glass Capillary is at the forefront of optical technology, combining innovative engineering with practical application. Its advanced features, including a dual-core arrangement with precise spacing, make it an essential component for those requiring high-performance solutions in telecommunications, medical devices, and industrial applications. With its robust construction and exceptional signal integrity, this capillary is poised to meet the evolving demands of the optical industry.
