The MX Fiber Optic Couplers 1×2 1310 Single Window SM (Full Range) Taiwan Make – MX-1937A is a high-performance optical coupler designed for use in single-mode fiber optic systems. This coupler is specifically engineered to operate within the 1310 nm wavelength range, which is widely used in telecommunication and data transmission systems. Its versatile features make it ideal for applications that require precise and efficient signal splitting or combining, ensuring high-quality signal performance across the network.
Key Features and Specifications:
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1310/1550 nm Single Window Coupler: The MX-1937A is designed to operate efficiently across the 1310 nm wavelength, making it ideal for high-performance applications in telecommunications, data transmission, and other fiber optic networking applications. It is optimized to work within the 1310 nm single window, ensuring low signal loss and high reliability in signal distribution.
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40 nm Bandwidth at Each Wavelength: This coupler supports a 40 nm bandwidth at the 1310 nm wavelength, providing a broad operational range that allows it to handle multiple signals without significant degradation in performance. This wide bandwidth ensures the coupler can accommodate a variety of applications with varying data rates and signal types, without impacting system efficiency.
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Optically Reversible: The MX-1937A coupler features an optically reversible design, meaning that it can be used for either signal splitting or signal combining. This reversible nature allows for greater flexibility in its application, making it suitable for use in various system configurations and simplifying network design and installation.
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1 m Long Fiber Leads: The coupler comes with 1-meter long fiber leads, which allows for easy integration into different systems and network setups. The generous lead length provides flexibility during installation, making it easier to connect the coupler to other devices or fiber optic cables without the need for additional adapters or connectors.
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99:1 Coupling Ratio Option for Use as a Signal Tap: The 99:1 coupling ratio option makes the MX-1937A ideal for signal tapping applications. This configuration enables the coupler to extract a small portion of the optical signal (1%) for testing or monitoring purposes while maintaining the integrity of the main signal path. This is especially useful in network monitoring and optical performance testing, where it’s important to capture a sample of the signal without disrupting the overall transmission.
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Operating Temperature: -40 to 85°C: The MX-1937A is designed to operate in a wide temperature range from -40°C to 85°C, making it suitable for deployment in diverse environments, including outdoor installations, telecom networks, and other locations where temperature fluctuations are common. This robust temperature range ensures the coupler performs reliably under various environmental conditions.
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Low Insertion Loss: This optical coupler is engineered to minimize insertion loss, which ensures minimal signal attenuation as the light passes through the coupler. Low insertion loss is essential for maintaining high signal strength and quality, particularly in long-distance communication systems where maintaining signal integrity is critical for performance.
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Low Excess Loss: In addition to low insertion loss, the MX-1937A also boasts low excess loss, meaning that the signal loss that occurs when the coupler splits or combines signals is kept to a minimum. This feature ensures that the optical system’s overall performance is not compromised, offering efficient signal handling and distribution.
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Multiple Package Options: The MX-1937A coupler is available in multiple package configurations, allowing it to be used in a variety of applications and environments. Whether the installation is space-constrained or requires specific packaging for durability, the flexibility of package options makes it adaptable for different network designs.
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Split Ratios in 5% Increments: The MX-1937A allows for split ratios in 5% increments, giving users the flexibility to choose the desired signal distribution based on specific needs. Whether it’s for equal signal splitting or more customized ratios, this flexibility makes it suitable for a wide range of applications, from basic signal distribution to more complex network setups.
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Field Proven: The MX Fiber Optic Coupler is field-proven, meaning it has been successfully deployed and tested in real-world applications. This ensures that the coupler meets the high standards required for performance, durability, and reliability in demanding environments such as telecommunication networks, data centers, and fiber-to-the-home (FTTH) systems.
Applications:
The MX Fiber Optic Couplers 1×2 1310 Single Window SM (Full Range) Taiwan Make – MX-1937A is ideal for use in a variety of fiber optic applications, including:
- Telecommunications: The coupler is essential for splitting or combining optical signals in telecom networks, ensuring efficient data transmission over long distances.
- Data Centers: Perfect for distributing optical signals within data centers to maintain high-speed communication between servers and other devices.
- Fiber to the Home (FTTH): Used in FTTH networks, it helps distribute high-speed internet, voice, and television signals to end-users.
- Signal Tapping: The 99:1 coupling ratio option makes it suitable for signal monitoring, enabling the extraction of a small portion of the signal for performance testing or diagnostics.
- Network Monitoring and Testing: Its low insertion loss and excess loss characteristics make it ideal for network monitoring and optical testing applications, ensuring that signals can be tapped without affecting the overall network performance.
- Broadcasting: It can be used to split optical signals in broadcast systems, ensuring reliable distribution of signals across different devices and locations.
Conclusion:
The MX Fiber Optic Couplers 1×2 1310 Single Window SM (Full Range) Taiwan Make – MX-1937A is a versatile, high-performance optical coupler designed to meet the needs of modern fiber optic networks. With its low insertion loss, low excess loss, and reliable performance across the 1310 nm wavelength, it provides efficient and flexible signal distribution in telecommunications, data centers, and network monitoring applications. Its field-proven design, optically reversible functionality, and customizable split ratios make it an excellent choice for a wide range of applications in the telecommunications industry and beyond.
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