This product is the HFBR-4501 series of industrial-grade plastic optical fiber (POF) splitters, available in two models: a 1×2 splitter with an ST interface and a 1×3 splitter with an FC interface. Designed specifically for industrial automation scenarios, it utilizes PLC (planar waveguide) technology and supports large-core 1000μm plastic optical fiber. It offers low insertion loss, high stability, and strong anti-interference capabilities, making it suitable for optical signal distribution and transmission in harsh environments.
Product Introduction
This HFBR-4501 series industrial-grade plastic optical fiber (POF) splitter includes two models: an ST-interface 1×2 splitter and an FC-interface 1×3 splitter. Designed specifically for industrial automation scenarios, it utilizes PLC (planar waveguide) technology and supports large-core 1000μm plastic optical fiber. It offers low insertion loss, high stability, and strong anti-interference capabilities, making it suitable for optical signal distribution and transmission in harsh environments.
The FC-type one-to-three fiber optic splitter (also known as an optical splitter or optical splitter) is a passive optical component based on fused-bent tapered (FBT) or planar waveguide (PLC) technology. Its core function is to split one input optical signal into three output optical signals according to a specific splitting ratio. The FC-type connector utilizes a metal threaded connection structure, renowned for its high stability and reliable connection performance, making it particularly suitable for high-vibration environments requiring shock and drop protection.
The ST-type one-to-two fiber optic splitter is an optical passive component that splits one input optical signal into two output optical signals. It uses the classic ST-type connection interface, which enables quick connection and disconnection through a bayonet-type connection structure (similar to a BNC connector). ST connectors have been widely used in multimode networks in the past due to their ruggedness and ease of installation.
Summary and comparison