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  • Humilis Power Consumptio Maximum Power Limen Profecti plene Modular Design Clausus Sursum Converters (BUCs)
  • Humilis Power Consumptio Maximum Power Limen Profecti plene Modular Design Clausus Sursum Converters (BUCs)
  • Humilis Power Consumptio Maximum Power Limen Profecti plene Modular Design Clausus Sursum Converters (BUCs)

    • Humilis Power Consumptio Maximum Power Limen Profecti plene Modular Design Clausus Sursum Converters (BUCs)

    Features:

    • Humilis Power Consummatio
    • Princeps Limen Profecti
    • Plene Modular Design

    Applicationes:

    • Satellite Terrae Statio
    • Satellite Communication
    • Telecommunication

    Obstructionum Sursum Converters (BUCs)

    Obstaculum convertentis signum est processus qui ignobilem frequentiam convertit in significationibus altae frequentiae (plerumque sine informatione contentarum et modulationis methodo signi mutato), idoneus faciens ad certas machinas vel applicationes.

    Obstrue converter, initus terminalis frequentiae convertentis simul in duobus significationibus agit, unum signum initus est et alterum signum loci oscillationis. Frequentia processus conversionis est hoc modo: output signum frequentiae altior est quam input signum frequentiae, id est, initus frequentiae signum in directione augendi moveri. Permixtis frequentiis ad nova signa generanda, frequentia signa frequentia fit conversio, magna frequentia analoga signa in signa digitales convertens, obeundis muneribus ut communicatio, navigatio, et moderatio in diversis iugis frequentiae.

    Compositio structura obstructionis convertentis maxime includit localem oscillatorem, mixtorem et oscillatorem. Ob summam frequentiam intermediam frequentiam conversionis consecutae, superiores requiruntur in media frequentia amplificationis, eliquationis et demodulationis in accipientis positae, unde in altiore altiore accipientis gratuita sunt.

    Obstrue converter potest perquam altae anti imaginis impedimentum facultatem consequi et obtinere responsum frequentissimum per totam cohortem frequentiam, quae late adhibetur in campis ut communicationis satellites, radar et electronici countermensurae.

    Applicatio:

    1. Satellite Interreti: In systemata interretiali satellite, BUCs solent convertere signum intermedium frequentiae ab instrumento usoris (sicut modem satelles) ad magnum frequentiam signum et ad satellitem per antenna satelles transmittunt. Postquam satellite signum accepit, ad stationem in terrain interretialem connexionem perficiendam transmittitur.
    2. Satellitum TV radiophonicum: In satellite TV systemata evulganda, BUCs ad signa convertendi TV ad altum frequentiam significationum adhibentur et eas ad satellites per satellites uplinks transmittunt. Satelles deinde signum praeparat ad terram accepti instrumenti, sicut receptores LNBs et satellites.
    3. Satellites Communicationes: BUCs late adhibentur in variis systematibus communicationum satellitum, incluso telephoniis satellitibus, satellitibus transmissionibus datarum, conferendorum videndorum, etc. Auxilia communicationis signa e stationibus generatis adiuvant et ad satellites transmittunt, ut diuturnum spatium communicationes habeant.
    4. Observatio Terrae et Sensus remotius: In observatione aliqua Telluris et applicationibus sensibilibus remotis, BUCs adhibentur ad convertendum signa et notitias per stationes terrestris generatas et eas ad satellites tradendas. Haec signa adhiberi possunt ad operationes satellites regendas vel notitias sensitivas remotas transmittunt.

    Qualwavevarias rationes in C, Ka, Ku-Band, cum output vim 33~56dBm dat. The terminationswith different type of the necessitatibus occurrere clientibus.

    img_08
    img_08

    Pars Number

    Band

    Output RF Frequency

    (GHz, Min.)

    xiaoyudengyu

    Output RF Frequency

    (GHz, Max.)

    dayudengyu

    LO Frequency

    (GHz)

    dengyu

    Input SI Frequency

    (MHz, Min.)

    dayudengyu

    Input SI Frequency

    (MHz, Max.)

    dayudengyu

    Lucrum

    (dB)

    dengyu

    Psat

    (W(dBm))

    SI Connector

    VSWR

    (Max.)

    Duc Tempus

    (hebdomades)
    QBC-5850-6425-58-33S C 5.85 6.425 - 950 1525 58 2 (33). N, F 2.0/2.0 2~8
    QBC-5850-6425-60-37S C 5.85 6.425 - 950 1525 60 5 (37). N, F 2.0/2.0 2~8
    QBC-5850-6425-60-39S C 5.85 6.425 - 950 1525 60 8 (39). N, F 2.0/2.0 2~8
    QBC-5850-6425-70-43S C 5.85 6.425 - 950 1525 70 20 (43). N, F 1.5/1.35 2~8
    QBC-5850-6425-70-44S C 5.85 6.425 - 950 1525 70 25 (44). N, F 1.5/1.35 2~8
    QBC-5850-6425-70-46S C 5.85 6.425 - 950 1525 70 40 (46). N, F 1.5/1.35 2~8
    QBC-5850-6425-75-50S C 5.85 6.425 - 950 1525 75 100 (50). N, F 1.5/1.35 2~8
    QBC-5850-6425-75-53S C 5.85 6.425 - 950 1525 75 CC (LIII). N, F 1.5/1.35 2~8
    QBC-5850-6425-75-56S C 5.85 6.425 - 950 1525 75 400 (56). N, F 1.5/1.35 2~8
    QBC-5850-6725-58-33S C 5.85 6.725 - 950 1825 58 2 (33). N, F 2.0/2.0 2~8
    QBC-5850-6725-60-37S C 5.85 6.725 - 950 1825 60 5 (37). N, F 2.0/2.0 2~8
    QBC-5850-6725-60-39S C 5.85 6.725 - 950 1825 60 8 (39). N, F 2.0/2.0 2~8
    QBC-5850-6725-70-43S C 5.85 6.725 - 950 1825 70 20 (43). N, F 1.5/1.35 2~8
    QBC-5850-6725-70-44S C 5.85 6.725 - 950 1825 70 25 (44). N, F 1.5/1.35 2~8
    QBC-5850-6725-70-46S C 5.85 6.725 - 950 1825 70 40 (46). N, F 1.5/1.35 2~8
    QBC-5850-6725-75-50S C 5.85 6.725 - 950 1825 75 100 (50). N, F 1.5/1.35 2~8
    QBC-5850-6725-75-53S C 5.85 6.725 - 950 1825 75 CC (LIII). N, F 1.5/1.35 2~8
    QBC-5850-6725-75-56S C 5.85 6.725 - 950 1825 75 400 (56). N, F 1.5/1.35 2~8
    QBC-13750-14500-50-34S Ku 13.75 14.5 - 950 1700 100 (50). 3 (34). N, F 2.5/2.5 2~8
    QBC-13750-14500-60-38S Ku 13.75 14.5 - 950 1700 60 VI (38). N, F 2.0/2.0 2~8
    QBC-13750-14500-60-39S Ku 13.75 14.5 - 950 1700 60 8 (39). N, F 2.0/2.0 2~8
    QBC-13750-14500-63-36S Ku 13.75 14.5 - 950 1700 63 4 (36). N, F 2.0/2.0 2~8
    QBC-13750-14500-70-42S Ku 13.75 14.5 - 950 1700 70 16 (42). N, F 1.5/2.0 2~8
    QBC-13750-14500-70-42S-1 Ku 13.75 14.5 - 950 1700 70 16 (42). N, F 1.5/1.35 2~8
    QBC-13750-14500-70-44S Ku 13.75 14.5 12.8 950 1700 70 25 (44). N, F 1.5/1.35 2~8
    QBC-13750-14500-70-46S Ku 13.75 14.5 12.8 950 1700 70 40 (46). N, F 1.5/1.35 2~8
    QBC-13750-14500-70-47.8S Ku 13.75 14.5 - 950 1700 70 60 (47.8) N, F 1.5/1.35 2~8
    QBC-13750-14500-70-50S Ku 13.75 14.5 - 950 1700 70 100 (50). N, F 1.5/1.35 2~8
    QBC-13750-14500-70-53S Ku 13.75 14.5 - 950 1700 70 CC (LIII). N, F 1.5/1.35 2~8
    QBC-14000-14500-50-34S Ku 14 14.5 - 950 1450 100 (50). 3 (34). N, F 2.5/2.5 2~8
    QBC-14000-14500-60-38S Ku 14 14.5 - 950 1450 60 VI (38). N, F 2.0/2.0 2~8
    QBC-14000-14500-60-39S Ku 14 14.5 - 950 1450 60 8 (39). N, F 2.0/2.0 2~8
    QBC-14000-14500-63-36S Ku 14 14.5 - 950 1450 63 4 (36). N, F 2.0/2.0 2~8
    QBC-14000-14500-70-42S Ku 14 14.5 - 950 1450 70 16 (42). N, F 1.5/2.0 2~8
    QBC-14000-14500-70-42S-1 Ku 14 14.5 - 950 1450 70 16 (42). N, F 1.5/1.35 2~8
    QBC-14000-14500-70-44S Ku 14 14.5 13.05 950 1450 70 25 (44). N, F 1.5/1.35 2~8
    QBC-14000-14500-70-46S Ku 14 14.5 13.05 950 1450 70 40 (46). N, F 1.5/1.35 2~8
    QBC-14000-14500-70-47.8S Ku 14 14.5 - 950 1450 70 60 (47.8) N, F 1.5/1.35 2~8
    QBC-14000-14500-70-50S Ku 14 14.5 - 950 1450 70 100 (50). N, F 1.5/1.35 2~8
    QBC-14000-14500-70-53S Ku 14 14.5 - 950 1450 70 CC (LIII). N, F 1.5/1.35 2~8
    QBC-29000-30000-60-34S Ka 29 30 - 950 1950 60 3 (34). N, F 1.5/1.35 2~8
    QBC-29000-31000-65-37.8S Ka 29 31 - 950 1950 65 6 (37.8) N, F 1.5/1.35 2~8
    QBC-29000-31000-67-40S Ka 29 31 - 950 1950 67 10 (40) N, F 1.5/1.35 2~8
    QBC-29000-31000-70-43S Ka 29 31 - 950 1950 70 20 (43). N, F 1.5/1.35 2~8
    QBC-29000-31000-70-46S Ka 29 31 - 950 1950 70 40 (46). N, F 1.5/1.35 2~8
    QBC-29500-30000-60-34S Ka 29.5 30 - 950 1450 60 3 (34). N, F 1.5/1.35 2~8
    QBC-29500-30000-65-37.8S Ka 29.5 30 - 950 1450 65 6 (37.8) N, F 1.5/1.35 2~8
    QBC-29500-30000-67-40S Ka 29.5 30 - 950 1450 67 10 (40) N, F 1.5/1.35 2~8
    QBC-29500-30000-70-43S Ka 29.5 30 - 950 1450 70 20 (43). N, F 1.5/1.35 2~8
    QBC-29500-30000-70-46S Ka 29.5 30 - 950 1450 70 40 (46). N, F 1.5/1.35 2~8
    QBC-3000-31000-60-34S Ka 30 31 - 1000 2000 60 3 (34). N, F 1.5/1.35 2~8
    QBC-3000-31000-65-37.8S Ka 30 31 - 1000 2000 65 6 (37.8) N, F 1.5/1.35 2~8
    QBC-3000-31000-67-40S Ka 30 31 - 1000 2000 67 10 (40) N, F 1.5/1.35 2~8
    QBC-3000-31000-70-43S Ka 30 31 - 1000 2000 70 20 (43). N, F 1.5/1.35 2~8
    QBC 30000-31000-70-46S Ka 30 31 - 1000 2000 70 40 (46). N, F 1.5/1.35 2~8

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