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Miniaturized Microstrip Isolator

    Electrical Performance Table and Product Appearance

    5.0~6.0GHz Miniaturized Microstrip Isolator

    Product Overview
    Here is a C-band Miniaturized Microstrip Isolator, which has been reduced in size from the conventional 10×10mm to 6.5×7.5mm. However, there are some compromises in terms of specifications and power capacity. The Miniaturized Microstrip Isolator can be customized based on the frequency band, bandwidth, and port locations. In cases where bandwidth is reduced and frequency is increased, it can be designed even smaller.

    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature

    (℃ )

    PK/CW/RP

    (Watt)

    Direction

    HMITA50T60G-M

    5.0~6.0

    FULL

    0.6

    18

    1.3

    -55~+85℃

    10/2.5/3

    Clockwise

    HMITB50T60G-M

    5.0~6.0

    FULL

    0.6

    18

    1.3

    -55~+85℃

    10/2.5/3

    Counter Clockwise

    Product Appearance
    Miniaturized Microstrip Isolator1y2o
    8.0~12.0GHz Miniaturized Microstrip Isolator

    Product Overview
    Here is a X-band Miniaturized Microstrip Isolator, which has been reduced in size from the conventional 6×6mm to 4.0×5.0mm. However, there are some compromises in terms of specifications and power capacity. The Miniaturized Microstrip Isolator can be customized based on the frequency band, bandwidth, and port locations. In cases where bandwidth is reduced and frequency is increased, it can be designed even smaller.

    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature

    (℃ )

    PK/CW/RP

    (Watt)

    Direction

    HMITA80T120G-M

    8.0~12.0

    FULL

    0.6

    15

    1.4

    -55~+85℃

    5/2/2

    Clockwise

    HMITB80T120G-M

    8.0~12.0

    FULL

    0.6

    15

    1.4

    -55~+85℃

    5/2/2

    Counter Clockwise

    Product Appearance
    Miniaturized Microstrip Isolator2og9
    15.0~17.0GHz Miniaturized Microstrip Isolator

    Product Overview
    Here is a Ku-band Miniaturized Microstrip Isolator, which has been reduced in size from the conventional 5×5mm to 3.5×4.5mm. However, there are some compromises in terms of specifications and power capacity. The Miniaturized Microstrip Isolator can be customized based on the frequency band.

    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature

    (℃ )

    PK/CW/RP

    (Watt)

    Direction

    HMITA150T170G-M

    15.0~17.0

    FULL

    0.5

    20

    1.2

    -55~+85℃

    20/5/2

    Clockwise

    HMITB150T170G-M

    15.0~17.0

    FULL

    0.5

    20

    1.2

    -55~+85℃

    20/5/2

    Counter Clockwise

    Product Appearance
    Miniaturized Microstrip Isolator3z5s
    33.0~37.0GHz Miniaturized Microstrip Isolator
    Product Overview
    Here is a Ka-band miniaturized microstrip isolator, which has reduced the overall height from 3.5mm to 2.2mm. This miniaturized Microstrip Isolator can be customized based on the frequency band and bandwidth.
    Miniaturized Microstrip Isolatorr1s
    Electrical Performance Table

    Model

    Frequency

    (GHz)

    BW Max

    Insertion loss(dB) Max

    Isolation

    (dB)Min

    VSWR

    Max

    Operating temperature

    (℃ )

    PK/CW

    (Watt)

    Direction

    HMITA330T370G-M

    33.0~37.0

    FULL

    0.8

    18

    1.35

    -55~+85℃

    5/2

    Clockwise

    HMITB330T370G-M

    33.0~37.0

    FULL

    0.8

    18

    1.35

    -55~+85℃

    5/2

    Counter Clockwise

    Product Appearance
    Miniaturized Microstrip Isolator4r6m

    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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