The PSHC – Low OH fiber is designed with a large core diameter, making it exceptionally easy to handle and ensuring high coupling efficiency with both LED and laser sources. This fiber is engineered with a unique low-index polymer cladding that provides remarkable temperature stability. This feature allows it to be used with crimp & cleave technology, facilitating quick and straightforward connectorization. Additionally, the j-fiber PSHC fiber can be optionally equipped with a protective fluorine-doped silica layer around the core glass, enabling its deployment across a broad wavelength range.

One of the standout characteristics of the PSHC fiber is its large core, which is optimized for efficient light launch and coupling. This design is available in two attenuation classes: ultra and standard, catering to different performance needs. The optional F-doped silica layer enhances the fiber's capability by providing a high laser damage threshold and reducing attenuation, particularly in the ultra type. Furthermore, the enlarged optical window design of the fiber allows it to be compatible with a wide array of light sources, making it a versatile choice for various applications.

The PSHC 200/230 series is a robust solution for those seeking reliable fiber performance in demanding environments. It is constructed with low OH synthetic silica for the core and a low-index acrylate for the cladding, ensuring durability and performance. The fiber maintains its integrity across a wide operating temperature range from -40 to +85°C, with a maximum short-term temperature tolerance of +125°C. This resilience, combined with a proof-test of 0.7 GPa, makes the PSHC fiber a dependable choice for high-stress applications.