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    Frequency multiplier

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    Specifications and Parameters Detailed description

    Product model

    Multiplier Factor

    Operating frequency (GHz)

    Minimum Input Frequency (GHz)

    Maximum Input Frequency (GHz)

    Minimum Output Frequency (GHz)

    Maximum Output Frequency (GHz)

    Minimum RF Input Power (dBm)

    Maximum RF Input Power (dBm)

    Harmonic Rejection (dBc)

    Spurious Emissions (dBc)

    Interface Type

    Collect

    Download

    3D model

    FM2701A

    2X

    3~18

    3

    9

    3

    18

    0

    5

    OutputA: ≥30 dBc at f ≤ 25 GHz OutputB: ≥20 dBc at f ≤ 25 GHz & Output Power = 5 dBm

    ≥60

    3.5/f

    隐藏域元素占位

    FM4801A

    4X

    18~36

    4.5

    9

    18

    36

    0

    5

    ≥40dBc@fin:4.5~9 GHz

    —

    2.92/f 2.4/f

    隐藏域元素占位

    FM2801A

    2X

    18~42

    9

    21

    18

    42

    -6

    3

    Fundamental suppression @ Pin = -4 dBm: 35 dBc (typ.) Third-harmonic suppression @ Pin = -4 dBm: 30 dBc (typ.)

    —

    3.5/f&2.92/f

    隐藏域元素占位

    < 1 >

    Frequency multiplier

    A coaxial frequency multiplier is a passive or active RF module housed in a coaxial package. It generates harmonic components using nonlinear devices and then employs filtering to extract the desired N‑th harmonic signal. It offers excellent harmonic suppression, low conversion loss or gain, and superior phase‑noise performance. Its interfaces typically include SMA, 2.92 mm, and other coaxial connectors, eliminating the need for additional waveguide transitions, and making it well suited for applications such as microwave and millimeter‑wave test systems, communication local oscillators, radar signal sources, and more.

     

    Product Features

    • Output frequency band: 18 GHz to 42 GHz

    • Multiplier: 2/4X

    • Input power: -6 to +3 dBm

    • Excellent harmonic suppression and spurious emissions

     

    Application areas
    • Microwave and millimeter-wave signal sources and local oscillator generation • Radar system • Satellite communication • RF test and measurement • Terahertz front-end, high-frequency RF modules

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