AFBR-S20W2UV Overview
The AFBR-S20W2UV is a high-performance optical fiber transceiver designed for precise data communication in industrial and telecommunication environments. Offering reliable ultraviolet (UV) wavelength operation, this device integrates advanced photonic components to ensure efficient signal transmission and reception. Its robust design supports high-speed data transfer with low power consumption, making it suitable for demanding applications requiring stable optical connectivity. Engineers and sourcing specialists will appreciate its compact form factor and compatibility with standard fiber optic systems, ensuring streamlined integration into complex networks. For detailed specifications and procurement, visit IC Manufacturer.
AFBR-S20W2UV Technical Specifications
| Parameter | Specification |
|---|---|
| Optical Wavelength | Ultraviolet (UV) range |
| Data Rate | Supports high-speed transmission (exact rate per datasheet) |
| Operating Voltage | Low power voltage compatible with industry standards |
| Receiver Sensitivity | Optimized for low-level signal detection |
| Connector Type | Standard fiber optic interface |
| Operating Temperature Range | Wide industrial temperature range |
| Power Consumption | Energy efficient design for extended operation |
| Package Dimensions | Compact and robust form factor |
AFBR-S20W2UV Key Features
- Ultraviolet Optical Transmission: Ensures high precision data exchange in environments requiring UV wavelength operation, enhancing signal clarity and reducing interference.
- High Sensitivity Receiver: Enables reliable detection of low-intensity signals, critical for maintaining data integrity in long-distance fiber optic links.
- Low Power Consumption: Optimizes energy efficiency, supporting sustainable operation and reducing heat dissipation in dense system designs.
- Compact and Durable Design: Facilitates easy integration into existing fiber optic infrastructure while providing robustness against industrial environmental challenges.
AFBR-S20W2UV Advantages vs Typical Alternatives
This transceiver stands out due to its ultraviolet wavelength capability combined with superior receiver sensitivity, offering enhanced accuracy and signal integrity compared to typical infrared or visible light optical devices. Its low power consumption and compact design reduce overall system costs and improve reliability, making it a preferred choice over conventional modules that may lack UV support or efficient energy profiles.
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Typical Applications
- Industrial automation systems requiring precise optical communication in UV spectrum for enhanced sensor and control data transmission over fiber.
- Telecommunication networks demanding high-speed, reliable fiber optic transceivers with robust environmental tolerance.
- Medical instrumentation where UV wavelength optical links improve data fidelity and minimize electromagnetic interference.
- Scientific research equipment leveraging UV optical transceivers for accurate and stable signal exchange in laboratory fiber networks.
AFBR-S20W2UV Brand Info
This product is part of a high-quality optical transceiver portfolio designed to meet stringent industrial and telecommunication standards. Developed with precision engineering and rigorous testing, the brand ensures reliable performance and long-term durability. The device reflects the manufacturer??s commitment to innovation in fiber optic technology, delivering solutions that support advanced data communication needs across various sectors.
FAQ
What is the primary wavelength range supported by this optical transceiver?
This device operates specifically in the ultraviolet (UV) wavelength range, which enables specialized applications requiring UV optical transmission. This wavelength selection enhances signal quality and reduces interference in certain industrial and scientific environments.
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Can this transceiver be used in harsh industrial environments?
Yes, the transceiver is designed with a wide operating temperature range and a durable package, making it suitable for harsh industrial conditions. Its robust design ensures stable performance despite temperature fluctuations and environmental stress.
What kind of power efficiency does this device offer?
The component features low power consumption, which is advantageous for minimizing energy costs and thermal management challenges in densely packed systems. This efficiency supports longer operational lifetimes and reliable continuous use.
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Is the transceiver compatible with standard fiber optic connectors?
Yes, it utilizes standard fiber optic interfaces, allowing seamless integration into existing fiber optic networks without requiring specialized connectors or adapters.
What are the typical applications for this optical transceiver?
Common applications include industrial automation, telecommunications, medical instrumentation, and scientific research setups. Its UV light transmission capability and sensitivity make it well-suited for environments demanding precise and reliable optical communication.
