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    Pick-off Tee

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    Specifications and Parameters Detailed description

    Product model

    Operating frequency (GHz)

    Insertion loss (dB)

    VSWR (:1)

    Typical coupling (dB)

    Input RF power (W)

    Interface Type

    Collect

    Download

    3D model

    POT67A-12

    DC~67GHz

    ≤6.0

    ≤1.7

    12 dB

    ≤1W

    1.85/f

    隐藏域元素占位

    POT67A-20

    DC~67GHz

    ≤5.0

    ≤1.8

    20 dB

    ≤1W

    1.85/f

    隐藏域元素占位

    POT67TA-12-x(x:A/B)

    DC~67GHz

    ≤5.0

    ≤1.7

    12

    ≤1W

    1.85-f/m

    隐藏域元素占位

    POT67TA-20-x(x:A/B)

    DC~67GHz

    ≤4.0

    ≤1.8

    20

    ≤1W

    1.85-f/m

    隐藏域元素占位

    POT110TA-20-x(x:A/B)

    DC~110 GHz

    ≤3.5

    ≤2.2

    12

    ≤0.5W

    1.0-f/m

    隐藏域元素占位

    POT110TA-12-x(x:A/B)

    DC~110 GHz

    ≤4.5

    ≤2.2

    20

    ≤0.5W

    1.0-f/m

    隐藏域元素占位

    < 1 >

    Pick-off Tee

    The Pick‑off Tee is a passive coupling device specifically designed for RF test and measurement applications. Unlike conventional T‑junctions, it enables precise, low‑level extraction of a portion of the main‑path RF signal without interrupting signal transmission or affecting the operation of the primary link, thereby facilitating signal sampling, monitoring, and distribution. The device features low‑loss transmission in the main path, while its coupling port accurately taps off a fraction of the RF signal for connection to test instruments, enabling signal observation, parameter calibration, and fault diagnosis. It is widely compatible with high‑speed digital signals (such as PAM8 and PCIe 7.0) and microwave testing, among other precision‑measurement scenarios. Typically used in conjunction with bias tees and DC‑bias networks, it serves as a core component in RF test chains.

    Product Features

    • Wideband: DC–120 GHz

    • Typical coupling ratio: 12 dB / 20 dB

    • Low loss, low standing wave ratio

    • RF input power: 1 W

     

    Application areas
    • Signal or noise injection • Signal Coupling and Monitoring • Clock Data Recovery Sampling • Prescaler-triggered and synchronous sampling  

    Leave a Message Online

    3D models are currently not available for direct download. Please leave a message with your requirements, and we will contact you as soon as possible.

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