Iuron Coupler DUPEX LC/LC APC Plastic SC Type Adapter

IU-CEN-CP-DUP-LCAPC-P-SC - Fiber Optic Adaptor LC Type 
The LC/APC Duplex Singlemode Optical Coupler is designed to provide efficient and precise alignment for the coupling and joining of two connectors. This adapter ensures high performance and reliability in fiber optic connections, particularly for single-mode fibers. It is commonly used in telecommunications, local area networks (LANs), and data processing networks.

This LC/APC Duplex Singlemode Optical Coupler is an essential component of high-performance fiber optic networks, ensuring robust and reliable connections across various applications.

The coupling and joining of two connectors in a simple and efficient manner is achieved through the use of Optical Adapters, which allow precise alignment of the optical signal between connectors. The Single-mode Adapter allows the connection of two pairs of optical fibers terminated with LC connectors. These adapters are commonly used in combination with patch cords and pigtails in hubs, connecting patch cords with spliced pigtails for optical fibers.

Features

• High Precision Alignment: Allows precise alignment of the optical signal between connectors.
• LC Duplex Connection: Enables the connection of two pairs of optical fibers terminated with LC connectors.
• Durability: Mechanical endurance of 500 cycles with minimal insertion loss.
• Low Insertion Loss: Ensures efficient signal transfer with insertion loss ≤0.2 dB.
• High Return Loss: APC≥50 dB, APC≥60 dB for optimal signal reflection.
• Temperature Resilient: Operates efficiently within -40 to +60°C and can be stored within -40 to +85°C.

Applications:

• Telecommunication Networks: Ensures reliable fiber optic connections for telecom applications.
• Test Equipment: Suitable for use in various fiber optic testing devices.
• Local Area Networks (LANs): Ideal for connecting patch cords and pigtails in network hubs.
• Data Processing Networks: Facilitates efficient data transmission in processing networks.