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Multimode Patchcord (GK-MMP Series)

Patchcord

Multimode Patchcord (GK-MMP Series)

The Multimode Patchcord series has excellent enviromental stability, high return loss and low insertion loss. It is ideal for multimode fiber lasers and test instrumentation    applications.

    description1

    Specifications

    Parameter

    Unit

    Value

    Operating Wavelength

    nm

    980, 1060, 1310, 1550 or specified

    Typ. Insertion Loss

    dB

    0.20

    Max. Insertion Loss

    dB

    0.30

    Min. Return Loss

    dB

    25

    Max. Optical Power (Continuous Wave)

    mW

    300

    Fiber Length Tolerance

    %

    ± 10 or specified

    Operating Temperature

    - 5 to + 70

    Storage Temperature

    - 40 to + 85

    IL is 0.1 dB higher for 980 & 1060 nm. Connector key is aligned to slow axis.

    Package Dimensions

    Multimode Patchcord (GK-MMP Series)

    product description

    The Multimode Patchcord Series is a line of fiber optic cables designed for use with multimode fibers, which are used to transmit light over short to moderate distances in various applications. These patchcords are built to ensure reliable performance in different environmental conditions and are particularly suited for applications that require stable and efficient light transmission. Here's a summary of their key features:

    Excellent Environmental Stability: The patchcords are designed to maintain their performance parameters regardless of changes in temperature or other environmental factors. This makes them suitable for use in a wide range of settings, including those with fluctuating conditions that could affect the performance of less stable cables.

    High Return Loss: A high return loss indicates that the patchcord effectively minimizes reflections of the light signal back towards the source. This is important for reducing signal interference and ensuring clear, reliable communication, especially in sensitive test and measurement applications.

    Low Insertion Loss: The patchcord is engineered to minimize the loss of light signal strength as it passes through the cable. Low insertion loss ensures that the signal remains strong and clear, which is crucial for maintaining the integrity of the data being transmitted, particularly in fiber laser applications where high power levels are involved.