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High Power 37dBm EDFA from China Suppliers - Customizable Factory Options Available
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High Power 37dBm EDFA from China Suppliers - Customizable Factory Options Available

Product Overview
Discover our high-performance optical chips designed for various applications, available from trusted China suppliers and manufacturers. Our chip options ensure flexibility and adaptability for your specific needs. With an impressive saturated output optical power reaching up to 37dBm, these chips deliver superior performance alongside low noise and reduced power consumption. We offer optional power supply voltages of +5V and +12V. Additionally, our products support three operational modes: APC, ACC, and AGC, making them versatile for different scenarios. As a dedicated factory, we provide customizable optical indicators, software protocols, and electrical ports to meet your unique requirements.

    Product Description

    The Erbium-Ytterbium Co-doped Fiber Amplifier (EYDFA) is a high-performance optical amplification device that combines the advantages of Erbium (Er³⁺) and Ytterbium (Yb³⁺) ions, exhibiting unique product features across various fields:
    High Power Output Capacities of output power range from several Watts to tens of Watts, meeting the demand for strong signals in high-power laser systems and long-haul optical communication.
    Flexible and Integrable Design
    Excellent Operational Stability and Reliability Equipped with high-precision Automatic Temperature Control (ATC) and Automatic Power Control (APC) circuits. These adjust operating parameters in real-time to ensure stability of output power, gain, and other metrics (power stability typically within ±0.1dB) despite ambient temperature changes or input signal fluctuations. Furthermore, the use of highly reliable pump sources and premium fiber materials results in a long Mean Time Between Failures (MTBF), suitable for continuous long-term operation.
    Wide Applicability and Strong Adaptability Beyond traditional communication fields like long-haul trunk lines and metropolitan area networks (MANs), EYDFAs also meet the demand for high-power, high-stability optical amplification in specialized scenarios such as industrial laser processing, medical equipment, and fiber sensing networks, offering strong environmental adaptability and application scalability.

    Product Applications

    Fiber optic sensing
    Control panel optical communication system
    Nonlinear optics research

    Product Parameters

    Parameters Min Typ Max Unit
    Wavelength Coverage 1540 - 1565 nm
    Number of Channels 1
    Input Power -10 - +10 dBm
    Output Power 23 - 37 dBm
    Noise Finger - 5.5 6 dB
    Open Pump Threshold - -12 - dBm
    High Temperature Shutdown Threshold - 65 -
    Return Loss 45 - - dB
    Polarization-Dependent gain - 0.5 dB
    Working Temperature -5 - +55 °C
    Storage Temperature -40 - 85 °C
    Relative Humidity (non-condensation) 5 - 85 %
    Size 140*90*18 mm
    Power Consumption 30 W
    Supply Voltage 4.75/11.75 5/12 5.25/12.25 V
    Communication level LVTTL/RS232

    Data Test Curve

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    Product Size

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    Product Ordering Guide

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    • Ordering Code: EYDFA-S-C-084-140*90*18-37/xx-0.9-FC/APC-1-White Pine Tubing
    • EYDFA: Erbium ytterbium co-doped fiber amplifier
    • S: Single channel
    • C: C wave band
    • 084: Product model
    • 140*90*18: External dimensions
    • 37/xx: The saturated output optical power is 37dBm
    • 0.9: Input/output fiber type SMF-28e, 900um
    • FC/APC: Fiber optic connector type
    • 1: Input and output fiber length is 1m
    • White loose tube: Fiber optic tail fiber tube type

    Frequently Asked Questions (FAQ)

    What is the primary function of an Erbium-Ytterbium Co-doped Fiber Amplifier (EYDFA)?
    An EYDFA is a high-performance optical amplification device designed to provide high power output by co-doping Erbium (Er³⁺) and Ytterbium (Yb³⁺) ions. It is ideal for high-power laser systems, long-haul optical communication, and specialized fiber sensing applications.
    What is the wavelength coverage and typical output power of this device?
    This EYDFA operates within the C-band wavelength coverage of 1540 nm to 1565 nm. It delivers a maximum saturated output optical power of up to 37 dBm (with options starting from 23 dBm).
    How does the system maintain stability under varying conditions?
    It features integrated, high-precision Automatic Temperature Control (ATC) and Automatic Power Control (APC) circuits. These monitor and adjust parameters in real-time, keeping output power stability within ±0.1dB despite input fluctuations or external temperature variations.
    What are the power supply and communication requirements?
    The typical supply voltage is 5V or 12V (operating within ranges of 4.75/11.75V to 5.25/12.25V) with a total power consumption of 30W. It supports LVTTL/RS232 communication levels for control and monitoring.
    What environmental conditions can the EYDFA tolerate?
    The module has a working temperature range of -5°C to +55°C, a storage temperature range of -40°C to +85°C, and can operate in non-condensing relative humidity levels between 5% and 85%.

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