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  • Medium Power Waveguide Terminations
  • Medium Power Waveguide Terminations
  • Medium Power Waveguide Terminations
  • Medium Power Waveguide Terminations

    • Medium Power Waveguide Terminations

    Features:

    • Humilis VSWR

    Applicationes:

    • Transmittentes
    • Antennae
    • Laboratorium Test
    • Impedimentum eu

    Medium Power Waveguide Terminations

    Media potentia Waveguide Terminatio passiva est componentia media potentia Proin significationibus ad hauriendum adhibita. Simile est cum oneribus elevandis et humili potentia adhibita ad conservandam normalem operationem aliarum partium in rationum proinquarum, notam reflexionem vitando, stabilitatemque systematis meliorem. Autem, ad low-potestatis waveguide onera comparata, summus potentiae waveguide onera absorbet summus potentiae Proin significationibus vndique a 100 watts ad 1 kilowatt, cum frequentia plurium centum megahertz usque ad 110GHz. Ob altitudinem potentiae damnum mediae potentiae waveguide onerat, interna temperatura alta est. Ad praecavendam perniciem vel exustionem, calor submersionis plerumque necessarius est ad calorem dissipandum. Qualitas Medii Powers Terminatio Waveguide determinatur ab factoribus ut potentia aestimata, temperatura operans, band latitudo frequentia, et compatibilitas.

    Medium Power Waveguide Terminatio haec notas habet:

    1. Princeps potentiae resistentiae: Media potentia Waveguide Terminatio ordinatur ad resistendum proin significationibus ad gradus potentiae mediae. Firmitatem sub alto potentiae signo ponere potest sarcinas, evitando onere et damno.
    2. Alta cogitatio coefficiens: Media Power Waveguide Terminatio altam reflexionem habet coefficiens ad finem input waveguide. Signum efficaciter reflectit intus ad fontem finem reductum, impedit ne perseveret ad finem oneris transmittere.
    3. Broadband: Medium Power Waveguide Terminatio per multam frequentiam range operari potest et ad varias proin systemas cum diversis frequentiis apta est.

    Media potentia Waveguide Terminatio applicatur in sequentibus locis:

    1. Proin communicatio: Media potentia Waveguide Terminatio in retiacula waveguide in rationum communicationis proin adhiberi potest, impedimentum adaptans ac bonum signum terminationis pro insuetis significationibus. Potest efficientiam systematis emendare et impedimentum insigne minuere.
    2. Proin Transfusor et Receptor: Media Power Waveguide Terminatio adhiberi potest pro input terminales proin transmittentium et recipientium. Potest efficaciter vim initus signorum absorbere, ne insignem reflexionem et impedimentum cum aliis electronicis machinis impediat. 3. Proin probatio et mensurae: Media potentia Waveguide Terminatio late in usu proin probationis et mensurae, dum rectam sarcinam pro instrumento probetur. Instrumentum experimentum ab nimia potentia significationibus damnum tueri potest et eventus accurate probatos praebere.
    3. Proin RF potestas ampliantis: Media potentia Waveguide Terminatio adhiberi potest ut output terminatio ad onus Proin RF virtutis ampliantis terminandum. Potestas augendi output signum haurire potest, praeveniet insignem reflexionem et damnum ipsi augentis.

    Qualwavesupplet low VSWR terminationes mediae potentiae waveguide tegunt frequentiam range 1.72~75.8GHz.

    img_08
    img_08

    Pars Number

    Frequentia

    (GHz, Min.)

    xiaoyudengyu

    Frequentia

    (GHz, Max.)

    dayudengyu

    Potestas

    (W)

    xiaoyudengyu

    VSWR

    (Max.)

    xiaoyudengyu

    Waveguide Location

    dengyu

    Flange

    Duc Tempus

    (weeks)
    QWT15-50 49.8 75.8 50 1.2 WR-15 (BJ620) FUGP620 0~4
    QWT19-50 39.2 59.6 50 1.2 WR-19 (BJ500) FUGP500 0~4
    QWT19-K6 39.2 59.6 600 1.2 WR-19 (BJ500) FUGP500 0~4
    QWT22-50 32.9 50.1 50 1.2 WR-22 (BJ400) FUGP400 0~4
    QWT28-50 26.3 40 50 1.2 WR-28 (B320) FBM320 0~4
    QWT28-K1 26.3 40 100 1.2 WR-28 (BJ320) FBP320 0~4
    QWT28-K25 26.5 40 250 1.2 WR-28 (B320) FBP320 0~4
    QWT34-K1 21.7 33 100 1.2 WR-34 (BJ260) FBP260 0~4
    QWT34-K5 21.7 33 500 1.15 WR-34 (BJ260) FBP260 0~4
    QWT42-K1 17.6 26.7 100 1.2 WR-42 (BJ220) FBP220 0~4
    QWT51-K1 14.5 22 100 1.2 WR-51 (BJ180) FBP180 0~4
    QWT62-K1 11.9 18 100 1.2 WR-62 (BJ140) FBP140 0~4
    QWT75-K5 10 15 500 1.2 WR-75 (BJ120) FBP120 0~4
    QWT75-K1 9.84 15 100 1.2 WR-75 (BJ120) FBP120 0~4
    QWT90-K1 8.2 12.5 100 1.2 WR-90 (BJ100) FBP100 0~4
    QWT90-K2 8.2 12.5 200 1.2 WR-90 (BJ100) FBP100 0~4
    QWT112-K15 6.57 10 150 1.2 WR-112 (BJ84) FBP84 0~4
    QWT137-K3 5.38 8.17 300 1.2 WR-137 (BJ70) FDP70 0~4
    QWT159-K3 4.64 7.05 300 1.2 WR-159 (BJ58) FDP58 0~4
    QWT187-K3 3.94 5.99 300 1.2 WR-187 (BJ48) FDP48 0~4
    QWT229-K3 3.22 4.9 300 1.2 WR-229 (BJ40) FDP40 0~4
    QWT284-K5 2.6 3.95 500 1.2 WR-284 (BJ32) FDP32 0~4
    QWT340-K5 2.17 3.3 500 1.2 WR-340 (BJ26). FDP26 0~4
    QWT430-K5 1.72 2.61 500 1.2 WR-430 (BJ22). FDP22 0~4
    QWTD180-K2 18 40 200 1.25 WRD-180 FPWRD180 0~4

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