MX ST/ Male- ST/ Female Attenuator MX-2656 3DB15DB
The MX ST/Male-ST/Female Attenuator MX-2656 3dB, 15dB is a precision optical attenuator designed to provide accurate and reliable attenuation levels for fiber optic systems. Offering a range of attenuation from 1-9dB (0.5dB increments) and 10-20dB (5%), this attenuator is perfect for controlling optical power and signal levels in fiber optic networks, ensuring optimal performance and signal integrity.
Key Features and Specifications:
Attenuation Levels:
- The MX-2656 Attenuator offers attenuation levels of 1-9dB with a 0.5dB increment and 10-20dB with a 5% tolerance. This precise attenuation range allows users to fine-tune signal levels according to system requirements and ensure consistent performance.
Attenuation Tolerance:
- The attenuation tolerance for 1-9dB is 0.5dB, while for 10-20dB it is 5%, making the device accurate in adjusting signal levels for specific needs.
Back Reflection:
- The MX Attenuator features a low back reflection of <=50dB (PC) and <=60dB (APC), which ensures minimal signal loss and interference, critical for maintaining signal clarity and performance in fiber optic systems.
Polarization Dependent Loss (PDL):
- With a polarization dependent loss of <=0.5dB, the attenuator maintains low signal degradation regardless of the polarization state of the light, ensuring high-quality transmission in diverse fiber optic applications.
Operating Temperature:
- The MX-2656 operates effectively within a temperature range of -20°C to 70°C, making it suitable for use in various environmental conditions, both indoors and outdoors.
Storage Temperature:
- The device is rated for storage between -40°C to 80°C, ensuring durability and reliability in a wide range of storage environments.
Low Back Reflection:
- The MX Attenuator is designed to minimize back reflection, ensuring clean signal transmission with less noise and distortion.
High Power Endurance:
- The attenuator is designed to withstand high power levels, ensuring stable and consistent performance even in high-power applications.
Wavelength Independent:
- The MX Attenuator is wavelength independent, making it a versatile choice for systems operating at different wavelengths without affecting its attenuation performance.
Low Polarization Dependent Loss (PDL):
- With a low PDL, the MX Attenuator minimizes the impact of polarization changes on signal quality, which is crucial in fiber optic networks that involve multiple signals.
Precise Control of Attenuation Range:
- The MX-2656 provides precise control over the attenuation range, allowing users to finely adjust the signal levels for optimal performance in fiber optic systems.
Simple Manipulation:
- The MX Attenuator is designed for easy handling and installation, allowing users to adjust attenuation settings with minimal effort.
Applications:
Fiber Optic Networks: The MX-2656 Attenuator is ideal for use in fiber optic communication systems, ensuring the right signal strength and preventing signal saturation, which can lead to performance degradation.
Testing and Calibration: It is particularly useful in testing and calibration of fiber optic systems, where precise control of signal levels is required to ensure the accuracy and reliability of the network.
Telecommunications: This attenuator is suitable for use in telecommunications systems, ensuring proper signal levels for optimal data transmission and network reliability.
Data Centers and Networks: For data centers and network installations, the MX Attenuator helps balance signal levels, prevent overloads, and maintain system performance.
Durability and Performance:
The MX-2656 Attenuator is built to withstand high-power environments, offering high power endurance and low back reflection. It is suitable for a variety of demanding applications in fiber optics, telecommunications, and network testing.
Conclusion:
The MX ST/Male-ST/Female Attenuator MX-2656 (3dB, 15dB) is an excellent choice for professionals who need precise signal attenuation control in fiber optic networks. With its low back reflection, high power endurance, wavelength independence, and low polarization dependent loss, this attenuator ensures that your system operates efficiently and with minimal signal degradation. Whether for testing, calibration, or telecommunication applications, the MX-2656 offers the performance and reliability required for optimal system functionality.
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