Inline type / straight cylindrical shape! It can also be used for evaluation and measurement of VCSEL light sources!
We would like to introduce the "Mode Scrambler" that we handle. It complies with the "IEC SC86B 61280-1-4_GIF excitation condition specification, encircled flux measurement method." The differences in measurement values due to variations in light sources such as CSEL, LED, and LD can be almost completely canceled out. Additionally, by fusing different types of fibers and incorporating a rectangular bending method, the light emitted from the light source excites the entire core. 【Features】 ■ Inline type / Straight cylindrical shape ■ By fusing different types of fibers and incorporating a rectangular bending method, the light emitted from the light source excites the entire core ■ The differences in measurement values due to variations in light sources such as VCSEL, LED, and LD can be almost completely canceled out ■ Complies with the "IEC SC86B 61280-1-4_GIF excitation condition specification, encircled flux measurement method" ■ Insertion loss: suppressed to below 2dB *For more details, please refer to the PDF document or feel free to contact us.
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【Other Features】 ■ Dimensions (Main Body): Φ30×143L (Metal Part) ■ Optical Fiber: GI50/125 Fiber 0.5M x 2 ■ Connectors: FC, SC, LC ■ All-Mode Type: Usable for evaluation and measurement of VCSEL light sources ■ Others: Custom specifications such as GI62.5 fiber can also be produced *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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Since 1998, as a specialized manufacturer related to fiber optic connections, we have meticulously documented various know-how regarding the assembly of special optical fibers in our procedures, achieving highly versatile assemblies. We focus on the processing of light sources to sensors through strong alliances with companies possessing surrounding technologies, and particularly in recent years, we have concentrated on resolving burn-out issues at the connection points of optical fibers due to light power. We also handle repairs for LDs, LEDs, coupling and power-type optical connectors, polishing of polyimide-coated fibers, and repairs when LD connectors are burned out. We provide high-quality products backed by technology, contributing to the acceleration of your company's new project development speed.
