The Fiber Adapter – Attenuator FC APC is a high-performance optical device designed for precise control of signal strength in fiber optic networks. This attenuator features a reliable FC APC (Angled Physical Contact) connection, ensuring minimal signal reflection and optimal alignment for superior performance in demanding applications. It is an essential tool for network engineers who require accurate signal attenuation to maintain the integrity and efficiency of their fiber optic systems.
Key Features:
- Precise Attenuation: Available in three attenuation levels – 1dB, 5dB, and 10dB – allowing for fine-tuned control of signal strength to meet specific network requirements.
- High-Quality Construction: Built with robust materials to ensure durability and long-term reliability in various environmental conditions.
- FC APC Connector: Ensures low insertion loss and high return loss, making it ideal for high-density and high-bandwidth applications.
- Easy Installation: Compact and lightweight design for straightforward integration into existing network setups without requiring additional tools or extensive modifications.
Applications:
- Telecommunications: Optimizes signal levels in long-haul and metro fiber optic networks.
- Data Centers: Maintains optimal signal strength across extensive cabling infrastructures.
- Testing and Measurement: Provides accurate attenuation for testing fiber optic components and systems.
- Broadcasting: Ensures consistent signal quality in fiber optic broadcast networks.
Technical Specifications:
- Attenuation Levels: 1dB, 5dB, 10dB
- Connector Type: FC APC
- Return Loss: ≥60dB
- Operating Wavelength: 1310nm and 1550nm
- Operating Temperature: -40°C to +85°C
- Insertion Loss: ≤0.2dB
Invest in the Fiber Adapter – Attenuator FC APC to enhance the performance and reliability of your fiber optic network. With its precise attenuation, superior construction, and ease of use, this attenuator is the perfect choice for network engineers seeking high-quality solutions for their fiber optic systems.
