inquiry
Leave Your Message
Patchcord (GK-P Series)

Patchcord

Patchcord (GK-P Series)

The Singlemode Patchcord Series has excellent enviromental stability, high return loss, low Insertion loss and lowpolarization dependence. It is ideal for fiber lasers and test

instrumentation applications.

    description1

    Specifications

    Parameter

    Unit

    Value

    Connector Type

    -

    UPC  APC

    Wavelength

    nm

    980, 1060, 1310, 1480, 1550

    Typ. Insertion Loss

    dB

    0.3    0.4

    Max. Insertion Loss

    dB

    0.5

    Min. Return Loss

    dB

    50    60

    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

    Patchcord (GK-P Series)

    product description

    The Singlemode Patchcord Series is a micro optical device designed specifically for fiber laser and testing instrument applications. It is based on environmentally stable thin film filtering technology and has the following characteristics:

    Excellent environmental stability: This patch line can maintain stable performance under various environmental conditions, which is crucial for maintaining system performance in changing environments.

    High return loss: High return loss means that the filter can minimize the light signal reflected back to the light source, which helps prevent signal interference and system instability.

    Low insertion loss: Insertion loss is a relative measure of the power reduction when an additional passive component is added to an optical circuit. Low insertion loss ensures minimal loss of optical signals when passing through patch cords, which is crucial for maintaining effective signal strength in fiber optic communication systems.

    Low polarization dependence: This means that the performance of patch lines will not significantly change due to the polarization state of the optical signal, ensuring signal consistency and reliability.