Y-shaped optical fiber

Y-shaped optical fibers are characterized by their robustness, high stability, low insertion loss, and low reflection loss. One end of a Y-shaped optical fiber consists of two optical cores placed side by side, while the other two ends each have a single conducting optical core. Their primary function is to split or combine signal light. Depending on the specific detection application requirements of customers, different models of Y- shaped optical fibers can be selected, with considerations for parameters such as wavelength range, fiber core diameter and material, cladding material, and length. We are capable of providing customers with a variety of standard and customized Y-shaped optical fibers to meet the diverse applications of split fibers in universities, research institutions, and industrial enterprises.

Materials: Mostly made of quartz optical fibers, categorized into high-hydroxyl and low-hydroxyl types based on hydroxyl content.

Typical Application Areas:

Industrial Inspection: Used for energy transmission in laser cutting/welding, and spectral analysis of silicon wafers/ liquid compositions.

Medical and Scientific Research: Transmission of ultraviolet light for skin beauty treatments, fluorescence spectral analysis, and biomedical detection.

Optical Communication Systems: Light path splitting and combining in Mach-Zehnder interferometers.

Y-shaped Optical Fiber Bundle:

1.Operating Wavelength Band: 190-1200nm

2.Quartz Core, Low Hydroxyl Content: Core diameter/coating thickness of 200/220μm

3.Composed of 19 Optical Fibers: Forming a fiber bundle

4.Total Length: 5 meters per unit

5.At a Distance of 1 Meter from the Output End: The 19 optical fibers are divided into two bundles, one with 9 fibers and the other with 10 fibers, forming the two output ends of the Y-shaped structure.

6.Entire Fiber is Armored According to Manufacturer's Standards

7.Both the Input End and the Two Output Ends are Equipped with Standard SMA905 Connectors