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  • Medium Power Waveguide terminations RF Proin Proin Proin
  • Medium Power Waveguide terminations RF Proin Proin Proin
  • Medium Power Waveguide terminations RF Proin Proin Proin
  • Medium Power Waveguide terminations RF Proin Proin Proin

    • Medium Power Waveguide terminations RF Proin Proin Proin

    Features:

    • Low vswr

    Applications:

    • Transmitters
    • Antennas
    • Test Laboratory
    • Impedance matching

    Medium potentia Waveguide terminationes

    Medium Power Waveguide terminum est passiva component solebat absorbet medium potentia Proin signals. Est similis humilis-potentia Waveguide onerat et adhibetur ad custodire normalis operatio ex aliis components in Proin systems, vitare signum cogitationis, et amplio system stabilitatem. Autem, comparari humilis-potentia Waveguide onerat, summus potentia Waveguide terminum potest absorb altum-potentia Proin signals vndique a C Watts ad I kilowatt, cum frequency de pluribus megahertz ad 110ghz range. Ex princeps potentia damnum de medium virtutis Waveguide onerat, eorum internum temperatus est princeps. Ad ne onus damnum vel overheating, calor descendat solet opus ad dissipare calorem. Et qualis est RF terminum determinari per factores ut rated potestas, operating temperatus, frequency Sed et compatibility.

    Medium Power Waveguide onus habet sequentes characteres:

    I. High potestate resistentia: et medium potentia Waveguide terminum est disposito ad resistere Proin signals ad medium virtute campester. Potest ponere stabilitatem sub summus potentia signa onerat, avoiding ONERO et damnum.
    II. High reflexio coefficiente: Proin Medium potentia Waveguide terminum habet altum reflexionem coefficientem ad Waveguide initus finem. Efficaciter reflects signum intra Waveguide ad fontem finis, ne signa a continuing transmit ad onus finem.
    III. Broadband: Medium potentia Waveguide terminationes potest operari super latum frequency range et apta variis microwave systems cum diversis frequentiis.

    Medium Power Waveguide terminum applicantur in his locis:

    I. Proin Communication: Medium Power Waveguide onus potest in Waveguide retiacula in Proin Communication systems, providing impedire matching et bonum signum terminatio ad insuetazing annuit. Potest amplio efficientiam systematis et reducere signa intercessiones.
    II. Proin transfusor et recipientis: Medium potentia Waveguide terminus potest adhiberi initus terminals Proin transmitters et receptacula. Potest efficaciter absorbet potestatem in input signum, ne signum reflexionem et intercessiones cum aliis electronic cogitationes.
    III. Proin testing et mensurae: RF terminus est late in Proin testing et mensuram, providente rectam onus pro apparatu ut probentur. Potest protegere temptationis apparatu a dampnum ex nimia potentia significationibus et providere accurate test results.
    IV. Proin Power Amplifier: Proin termino potest esse ut output terminatio terminare ad onus de Proin Power Amplifier. Potest potestatem de amplifier output signum, ne signum et damnum ad ampliem ipsum.

    QUALWAVEVictualia low Vswr medium virtute Waveguide terminationes operimentum frequency range 1.72 ~ 75.8ghz.

    img_08
    img_08

    Pars numerus

    Frequentia

    (GHz, min).

    XiaoyuDengyu

    Frequentia

    (GHz, max).

    DayuDengyu

    Potentia

    (W)

    XiaoyuDengyu

    Vswr

    (Max.)

    XiaoyuDengyu

    Waveguide Location

    Dengyu

    Flange

    DUCEO

    (Weeks)
    Qwt15-50 49.8 75.8 50 1.2 -R-XV (BJ620) Fugp620 0 ~ IV
    Qwt19-50 39.2 59.6 50 1.2 -R-XIX (BJ500) Fugp500 0 ~ IV
    QWT19-K6 39.2 59.6 DC 1.2 -R-XIX (BJ500) Fugp500 0 ~ IV
    Qwt22-50 32.9 50.1 50 1.2 -R-XXII (BJ400) Fugp400 0 ~ IV
    Qwt28-50 26.3 40 50 1.2 WR-XXVIII (B320) Fbm320 0 ~ IV
    QWT28-K1 26.3 40 C 1.2 WR-XXVIII (BJ320) Fbp320 0 ~ IV
    QWT28-K25 26.5 40 CCL 1.2 WR-XXVIII (B320) Fbp320 0 ~ IV
    QWT34-K1 21,7 33 C 1.2 -R XXXIV (BJ260) Fbp260 0 ~ IV
    QWT34-K5 21,7 33 D 1.15 -R XXXIV (BJ260) Fbp260 0 ~ IV
    QWT42-K1 17,6 26.7 C 1.2 -R-XLII (BJ220) Fbp220 0 ~ IV
    QWT51-K1 14.5 22 C 1.2 -R-LI (BJ180) Fbp180 0 ~ IV
    QWT62-K1 11,9 18 C 1.2 -R-LXII (BJ140) Fbp140 0 ~ IV
    QWT75-K5 10 15 D 1.2 -R-LXXV (BJ120) Fbp120 0 ~ IV
    QWT75-K1 9.84 15 C 1.2 -R-LXXV (BJ120) Fbp120 0 ~ IV
    QWT90-K1 8,2 12,5 C 1.2 -R-XC (BJ100) Fbp100 0 ~ IV
    QWT90-K2 8,2 12,5 CC 1.2 -R-XC (BJ100) Fbp100 0 ~ IV
    QWT112-K15 6.57 10 CL 1.2 -R-CXII (BJ84) Fbp84 0 ~ IV
    QWT137-K3 5,38 8,17 CCC 1.2 -R-CXXXVII (BJ70) Fdp70 0 ~ IV
    QWT159-K3 4.64 7.05 CCC 1.2 -R-CLIX (BJ58) Fdp58 0 ~ IV
    QWT187-K3 3.94 5,99 CCC 1.2 -R-CLXXXVII (BJ48) Fdp48 0 ~ IV
    QWT229-K3 3.22 4.9 CCC 1.2 -R-CCXXIX (BJ40) Fdp40 0 ~ IV
    QWT284-K5 2.6 3.95 D 1.2 -R-CCLXXXIV (BJ32) Fdp32 0 ~ IV
    QWT340-K5 2.17 3.3 D 1.2 -C CCCXL (BJ26) Fdp26 0 ~ IV
    QWT430-K5 1.72 2.61 D 1.2 -R-CDXXX (BJ22) Fdp22 0 ~ IV
    QWTD180-K2 18 40 CC 1,25 WRD, CLXXX Fpwrd180 0 ~ IV

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