Fiber optic connectors SC/APC Singlemode 0.9mm 54167

SC/APC Fiber Optic Connectors – Reliability and Precision in Data Transmission

SC/APC fiber optic connectors are a key element in the construction and maintenance of efficient fiber optic networks. Used in both advanced telecommunication systems and LAN/WAN, CATV, and measurement systems, they provide stable and fast optical connections. Their versatility will be appreciated by both professional installers and end-users looking for a reliable solution.

These connectors are characterized by easy installation and resistance to connection errors, which translates to minimizing downtime and reducing service costs. The SC connector shape provides a secure grip and convenience during work, and the use of an 8-degree polishing angle (APC) significantly reduces signal loss caused by light reflections. This is particularly important in applications requiring high transmission precision, such as television networks or sensor systems.

Features and Applications

SC/APC connectors find wide application in various industries:

• Telecommunications: construction of backbone and distribution networks.

• LAN/WAN networks: creating fast and stable connections in offices and data centers.

• CATV networks: providing high-quality television signal.

• Measurement techniques: precise optical measurements.

• Sensor systems: reliable connections in monitoring and control systems.

• Railway: railway signaling and control systems.

• Active devices: connecting video converters and media.

The use of single-mode fiber (Singlemode) with a diameter of 0.9mm guarantees high bandwidth and minimizes signal attenuation over long distances. The connector is designed for internal cables and branch cables, which increases its versatility.

Operating Parameters and Safety

SC/APC connectors are characterized by high mechanical durability and resistance to environmental conditions – the operating temperature ranges from -40°C to +75°C. The insertion loss does not exceed 0.3 dB for wavelengths of 1310nm and 1550nm, ensuring minimal signal loss during data transmission. The tensile strength of the bare fiber exceeds 5 N, and in the ferrule even 10 N, guaranteeing a stable and secure connection. The tensile strength exceeds 50 N, confirming the solid construction of the connector.

Remember to exercise caution when working with fiber optic connectors – direct viewing into an active connector can be harmful to the eyes due to laser light emission. It is also important to avoid excessive bending or twisting of optical fibers and to keep them clean to ensure optimal signal transmission quality.