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  • Humilis VSWR Waveguide Transitiones
  • Humilis VSWR Waveguide Transitiones
  • Humilis VSWR Waveguide Transitiones
  • Humilis VSWR Waveguide Transitiones
  • Humilis VSWR Waveguide Transitiones
  • Humilis VSWR Waveguide Transitiones

    Features:

    • Humilis VSWR

    Applicationes:

    • Wireless
    • Transceiver
    • Laboratorium Test
    • Iaci

    Waveguides sunt machinae quae industriam ex uno loco in alium transmittunt. Potius energiae emissae directe in totum spatium sicut antennae, agitator industriam in metallo cava coarctare potest, quae damnum in industria transmissionis valde imminuit. In antennae directionalis fluctus intelligi potest, et vis solum in fluctum propagari potest, et alibi diffundi non potest.
    Transitus Waveguide unus est e fluctu duce, late in variis agris, incluso sed non limitata ad proin communicationes, systemata radar, satellites communicationis ac proin instrumenti paginae radiophonicae. Plures transitus waveguide genera, plerumque altae operationis, typica stans unda VSWR≤1.2 intra plenam bandam waveguide, materias fundamentales possidet cuprum, aluminium, superficies curatio methodi argentum plating, aurum obsitum, nickel plating, passivatio, oxidatio conductiva, etc. .

    Features:

    Typicalis notae transitus waveguide est quod duo portus diversis generibus waveguide utantur ad conversionem inter diversas species waveguide. Exempli gratia:
    1. Waveguide ad microstrip converters: Waveguide ad microstrip convertentes late adhibentur in detectione fluctuum millimetri monolithicorum in gyros integros et circuitus hybridos, necnon in nexu fluctuum ad circuitus planos ut bene pares transitus inter duas lineas transmissiones curet. .
    2. Transitus ab duplicato-rictis ad undas rectangulis: Subtilitas machinae transitus waveguides coniungi potest duplices rigidas waveguides ad rectangulos waveguides, praebens humilis insertio damna et altae adaptationes. Huiusmodi transitus waveguide aptus est ad officinam institutionem et mensurationem duplicatum rectangulorum waveguide congregationis et instrumentorum.
    3. Transitus rectangularis waveguide: Modus rectangulus waveguide uniformiter convertit TE10 in vexillum rectangulum waveguide ad TE11 modum in circulari waveguide. Haec conversio magni momenti est ut efficienter signa transmittenda a norma rectangula ad undam circularem, praesertim in applicationibus ubi hic modus specificus conversionis requiritur.

    Qualwavecommeatus waveguide transitus frequentiam usque ad 173GHz obtegunt, necnon transitus customised waveguide secundum clientes requisita.

    img_08
    img_08

    Pars Number

    RF Frequency

    (GHz, Min.)

    xiaoyudengyu

    RF Frequency

    (GHz, Max.)

    dayudengyu

    Damnum insertio

    (dB, Max.)

    xiaoyudengyu

    VSWR

    (Max.)

    xiaoyudengyu

    Waveguide Location

    Flange

    Duc Tempus

    (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

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