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    H-plane bent waveguide

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    Specifications and Parameters Detailed description

    Product model

    Operating frequency (GHz)

    VSWR (:1)

    Insertion loss (dB)

    Waveguide aperture (mm)

    Waveguide interface

    L(mm)

    Standard flange

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    3D model

    WB2801H

    26.5~40

    ≤1.05

    ≤0.4

    3.556*7.112

    WR28

    25.4*25.4

    UG599/U

    隐藏域元素占位

    WB2201H

    33~50

    ≤1.05

    ≤0.4

    2.845*5.69

    WR22

    25.4*25.4

    UG383/U

    隐藏域元素占位

    WB1901H

    39~60

    ≤1.05

    ≤0.4

    2.388*4.775

    WR19

    25.4*25.4

    UG383/U

    隐藏域元素占位

    WB1501H

    50~76

    ≤1.05

    ≤0.4

    1.88*3.759

    WR15

    25.4*25.4

    UG385/U

    隐藏域元素占位

    WB1201H

    60~90

    ≤1.05

    ≤0.4

    1.55*3.1

    WR12

    25.4*25.4

    UG387/U

    隐藏域元素占位

    WB1001H

    75~110

    ≤1.05

    ≤0.4

    2.54*1.27

    WR10

    25.4*25.4

    UG387/U

    隐藏域元素占位

    WB0801H

    90~140

    ≤1.1

    ≤0.4

    1.016*2.032

    WR08

    25.4*25.4

    UG387/U

    隐藏域元素占位

    WB0601H

    110~170

    ≤1.1

    ≤0.4

    0.8255*1.651

    WR06

    25.4*25.4

    UG387/U

    隐藏域元素占位

    < 1 >

    H-plane bent waveguide

    An H‑plane bent waveguide is a passive microwave device in rectangular waveguide systems that bends along the magnetic field plane (the H‑plane), with the bend oriented parallel to the magnetic field vector. It enables smooth redirection of electromagnetic wave propagation, meeting installation requirements for internal equipment space allocation and circuit routing. The product is compatible with TE10 dominant‑mode transmission and is widely used in high‑frequency transmission systems such as microwave communications, radar, millimeter‑wave testing, and satellite navigation.

    Product Features

    • Operating frequency range: 60 GHz to 170 GHz

    • Multi-waveguide port WR6/8/10/12

    • Low loss, low standing wave ratio

    • Made with copper/aluminum substrates and surface-plated with silver/gold/nickel, offering excellent electrical conductivity and heat dissipation.

    • Magnetic field plane bending design, standard 90°

     

    Application areas
    • RF test and measurement • Radar system • Wireless communication • Satellite communication • Integration and Miniaturization Applications

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