page_banner (1)
page_banner (2)
page_banner (3)
page_banner (4)
page_banner (5)
  • Low VSWR Waveguide Transitions
  • Low VSWR Waveguide Transitions
  • Low VSWR Waveguide Transitions
  • Low VSWR Waveguide Transitions
  • Low VSWR Waveguide Transitions
  • Low VSWR Waveguide Transitions

    Features:

    • Low VSWR

    Applications:

    • Wireless
    • Transceiver
    • Laboratory Test
    • Broadcast

    Waveguides are devices that transmit energy from one place to another. Instead of radiating energy directly into the entire space like an antenna, the waveguide can confine the energy in a hollow metal, which greatly reduces the loss during energy transmission. The waveguide can be understood as a particularly strong directional antenna, and the energy can only be propagated in the waveguide, and cannot be diffused elsewhere.
    Waveguide transition is one of the waveguide , widely used in a variety of fields, including but not limited to microwave communications, radar systems, communication satellites and microwave radio link equipment. There are many kinds of waveguide transition, usually with high performance, typical standing wave VSWR≤1.2 within the full waveguide bandwidth, basic materials including copper, aluminum, surface treatment methods silver plating, gold plating, nickel plating, passivation, conductive oxidation, etc.

    Features:

    The typical feature of the transition waveguide is that the two ports use different waveguide types for conversion between different waveguide types. For example:
    1. Waveguide to microstrip converters: Waveguide to microstrip converters are widely used in the detection of millimeter wave monolithic integrated circuits and hybrid circuits, as well as in the connection of waveguide to planar circuits to ensure a well-matched transition between the two transmission lines.
    2. Transition from double-ridged waveguides to rectangular waveguides: Precision machined transition waveguides can connect double-ridged waveguides to rectangular waveguides, providing low insertion losses and high matching. This kind of transition waveguide is suitable for laboratory installation and measurement of double-ridged rectangular waveguide assembly and equipment
    3.  Rectangular waveguide transition: The rectangular waveguide uniformly converts TE10 mode in a standard rectangular waveguide to TE11 mode in a circular waveguide. This conversion is important for efficiently transmitting signals from a standard rectangular waveguide to a circular waveguide, especially in applications where this specific mode conversion is required

    Qualwave supplies waveguide transitions cover the frequency range up to 173GHz, as well as customized waveguide transitions according to customers requirements.

    img_08
    img_08

    Part Number

    RF Frequency

    (GHz, Min.)

    xiaoyudengyu

    RF Frequency

    (GHz, Max.)

    dayudengyu

    Insertion Loss

    (dB, Max.)

    xiaoyudengyu

    VSWR

    (Max.)

    xiaoyudengyu

    Waveguide Size

    Flange

    Lead Time

    (Weeks)

    QWTR-10-6 113 173 0.8 1.2 WR-10 (BJ900), WR-6 FUGP900, FUGP1400 2~4
    QWTR-19-15 50 75 0.12 1.15 WR-19 (BJ500), WR-15 (BJ620) UG-383/UM, UG-385/U 2~4
    QWTR-51-42 17.6 22 0.1 1.15 WR-51 (BJ180), WR-42 (BJ220) FBP180, FBP220 2~4
    QWTR-D650-90 8.2 12.5 - 1.2 WRD-650, WR-90 (BJ100) FPWRD650, FBP100 2~4

    RECOMMENDED PRODUCTS

    • RF High Power BroadBand Power Amplifier Surface Mount Isolators

      RF High Power BroadBand Power Amplifier Surface...

    • Small Size Waveguide Terminations

      Small Size Waveguide Terminations

    • Low VSWR High Attenuation Flatness Cryogenic Fixed Attenuators

      Low VSWR High Attenuation Flatness Cryogenic Fi...

    • 24 Way Power Dividers/ Combiners

      24 Way Power Dividers/ Combiners

    • 32 Way Power Dividers/ Combiners

      32 Way Power Dividers/ Combiners

    • Broadband High Power Low Insertion Loss Power Samplers

      Broadband High Power Low Insertion Loss Power S...