סיב סיליקה מאולח בגרמניום | Ge-Doped fused Silica fiber
מדובר בסיב סיליקה / קוורץ אשר במרכזו יש גרמניום. לסיב זה יש מפתח נומרי גבוה. הסיב איכותי ובעל ביצועים מעולים ומתאים ליישומים שונים בתחום הרפואה, התעשייה והמדע
יישומים: תעשייתי / מדעי
ספקטרוסקופיה
חיישנים
ריתוך / הלחמה / סימון לייזר
מכשירים אנליטיים
צמת דיודה לייזר
פירומטריה
רפואי
אבחון רפואי
טיפול פוטודינמי
אתם מוזמנים ליצור עמנו קשר לקבלת ייעוץ, הצעת מחיר ופרטים נוספים
התקשרו עוד היום
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English:
It is a silica / quartz fiber which has a germanium at its center. This fiber has a high numeric key. The fiber is of excellent quality and performance and suitable for various applications in medicine, industry and science
Applications: Industrial / Scientific
Spectroscopy
Sensors
Welding / soldering / laser marking
Analytical instruments
Laser diode braid
Pyrometry
medical
Medical diagnosis
Photodynamic therapy
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Here are 10 similar products to Ge-doped fused silica fiber that are in top demand today:
- Fluorine-doped Fused Silica Fiber: Instead of raising the core’s refractive index with germanium, this fiber lowers the cladding’s refractive index with fluorine, which also creates a waveguide. It’s often used for ultraviolet (UV) transmission.
- Rare-Earth-Doped Fiber: These fibers have the core doped with rare-earth elements like erbium (Er) or ytterbium (Yb). They’re in high demand because they act as the gain medium for fiber lasers and amplifiers, which are crucial for long-distance telecommunications and high-power industrial lasers.
- Polarization-Maintaining (PM) Fiber: PM fibers are designed with a special core or cladding geometry to preserve a specific polarization state of light. They’re essential for high-speed coherent communication systems and fiber optic sensors like gyroscopes.
- Large Mode Area (LMA) Fiber: LMA fibers have a very large core diameter to reduce the intensity of light, which minimizes nonlinear effects. They’re in top demand for high-power laser applications to prevent damage to the fiber.
- Photonic Crystal Fiber (PCF): Also known as “holey fiber,” PCFs have a pattern of air holes running along their length that acts as the cladding. They offer unique properties like single-mode guidance over a wide range of wavelengths and are used in advanced sensing and high-power applications.
- Active Polymer Optical Fibers (POFs): Unlike glass fibers, POFs are made from plastic and can be doped with organic molecules. They’re in demand for short-distance, low-cost applications and are being developed for sensors and solar concentrators.
- Dispersion-Shifted Fiber: This is a type of single-mode fiber where the germanium doping profile is tailored to shift the zero-dispersion wavelength. This is critical for high-speed, long-haul telecommunications to minimize signal distortion.
- Radiation-Resistant Fiber: Made from specialized materials and processes, these fibers are designed to operate in high-radiation environments like nuclear facilities or space. They are a niche but highly demanded product for military and scientific applications.
- Multimode Fiber: While standard telecom fiber is single-mode, multimode fiber has a larger core and is in high demand for short-distance, high-bandwidth applications like data centers and local area networks.
- Hollow-Core Fiber: A type of PCF where the light travels through a hollow core, which drastically reduces light interaction with the glass. This leads to very low signal loss and is a promising technology for next-generation telecommunications and high-power delivery.