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Miniaturized Waveguide Isolator

Miniaturized Waveguide Isolator is a critical component in RF and microwave systems, designed to provide efficient signal isolation and protection within a compact waveguide transmission line.

    Characteristics and Applications

     It is commonly used in portable radar systems, communication devices, and other applications where space is limited. The isolator’s compact design and reliable performance ensure efficient signal transmission while safeguarding sensitive components from potential damage. Leveraging the unique characteristics of waveguide technology, such as low loss, high power handling capability, and the ability to confine electromagnetic waves, the Miniaturized Waveguide Isolator delivers exceptional performance and reliability in demanding RF and microwave applications where miniaturization is essential.

    Electrical Performance Table and Product Appearance

    WR-62(12.7~13.3GHz)  Miniaturized Waveguide Isolator

    Product Overview

    The following products are miniaturized waveguide isolator case products designed with the WR62 (WG-18) waveguide interface. These designs have shortened the transmission distance but come with a sacrifice in power capacity. Customization of compact, low-power waveguide products is available based on waveguide interface requirements.
    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature(℃ )

    CW/RP

    (Watt)

    HWIT127T133G-M

    12.7~13.3

    FULL

    0.3

    23

    1.2

    -40~+80

    5/0.5

    Product Appearance
    Miniaturized Waveguide Isolator1vi2
    WR-62(13.0~15.0GHz)  Miniaturized Waveguide Isolator

    Product Overview

    The following products are miniaturized waveguide isolator case products designed with the WR62 (WG-18) waveguide interface. These designs have shortened the transmission distance but come with a sacrifice in power capacity. Customization of compact, low-power waveguide products is available based on waveguide interface requirements.

    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature(℃ )

    CW/RP

    (Watt)

    HWIT130T150G-M

    13.0~15.0

    FULL

    0.3

    20

    1.22

    -30~+65

    2/1

    Product Appearance
    Miniaturized Waveguide Isolator2e2o
    WR42(18.0~26.5GHz)  Miniaturized Waveguide Isolator

    Product Overview

    The following products are miniaturized waveguide isolator case products designed with the WR42 (WG-20) waveguide interface. These designs have shortened the transmission distance but come with a sacrifice in power capacity. Customization of compact, low-power waveguide products is available based on waveguide interface requirements.
    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature(℃ )

    CW/RP

    (Watt)

    HWIT180T265G-M

    18.0~26.5

    FULL

    0.5

    16

    1.3

    -40~+70

    10/10

    Product Appearance
    Miniaturized Waveguide Isolator3ipv
    WR42(17.7~26.5GHz)  Miniaturized Waveguide Isolator

    Product Overview

    The following products are miniaturized waveguide isolator case products designed with the WR42 (WG-20) waveguide interface. These designs have shortened the transmission distance but come with a sacrifice in power capacity. Customization of compact, low-power waveguide products is available based on waveguide interface requirements.

    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature(℃ )

    CW/RP

    (Watt)

    HWIT177T197G-M

    17.7~19.7

    FULL

    0.4

    18

    1.35

    -40~+85

    1/0.5

    HWIT212T236G-M

    21.2~23.6

    FULL

    0.4

    19

    1.3

    -40~+85

    2/1

    HWIT240T265G-M

    24.0~26.5

    FULL

    0.35

    18

    1.3

    -35~+85

    2/1

    Product Appearance
    Miniaturized Waveguide Isolator4i8w
    WR-28(26.5~40.0GHz) Miniaturized Waveguide Isolator
    Product Overview

    The following products are miniaturized waveguide isolator case products designed with the WR28 (WG-22) waveguide interface. These designs have shortened the transmission distance but come with a sacrifice in power capacity. Customization of compact, low-power waveguide products is available based on waveguide interface requirements.
    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature(℃ )

    CW/RP

    (Watt)

    HWIT270T295G-M

    27.0-29.5

    FULL

    0.3

    18

    1.3

    -35~+70

    10/10

    HWIT310T334G-M

    31.0-33.4

    FULL

    0.3

    18

    1.3

    -35~+70

    10/10

    HWIT370T400G-M

    37.0~40.0

    FULL

    0.4

    18

    1.3

    -30~+70

    10/10

    HWIT265T400-M

    26.5~40.0

    FULL

    0.45

    15

    1.35

    -40~+70

    10/10

    Product Appearance
    Miniaturized Waveguide Isolator54s3
    WR-22(40.5~43.5GHz) Miniaturized Waveguide Isolator
    Product Overview

    The following products are miniaturized waveguide isolator case products designed with the WR22 (WG-23) waveguide interface. These designs have shortened the transmission distance but come with a sacrifice in power capacity. Customization of compact, low-power waveguide products is available based on waveguide interface requirements.

    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature(℃ )

    CW/RP

    (Watt)

    HWITA405T435G-M

    40.5~43.5

    FULL

    0.4

    18

    1.29

    -40~+80

    1/1

    Product Appearance
    Miniaturized Waveguide Isolator6qrt

    Performance Indicator Curve Graphs for Some Models

    The curve graphs serve the purpose of visually presenting the performance indicators of the product. They offer a comprehensive illustration of various parameters such as frequency response, insertion loss, isolation, and power handling. These graphs are instrumental in enabling customers to assess and compare the product's technical specifications, aiding in informed decision-making for their specific requirements.

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