English
page_banner (I)
page_banner (II)
page_banner (III)
page_banner (IV)
page_banner (V)
  • Multiplexers RF High Stopband rejectionem
  • Multiplexers RF High Stopband rejectionem
  • Multiplexers RF High Stopband rejectionem
  • Multiplexers RF High Stopband rejectionem

    • Multiplexers RF High Stopband rejectionem

    Features:

    • High stopband rejectionem
    • Parva

    Applications:

    • Telecom
    • Test Laboratory
    • Receptatores
    • Instrumentum

    A multiplexer est electronic fabrica quod potest convertere plures signum canalibus in a paro of signum channels.

    Multiplex cogitationes solent in digital vel Analog signum processus eligere vel switch in multiple input annuit. Et multiplexers provisum est a Qualwave includit Dipleers et triplexers.

    Duplexer etiam notum Antennae communis consistit ex duobus cohortis subsisto filter cum alia frequentiis. Per usu frequentia division munus summo transeunt, humilis transeat, aut bandpass odio idem Antenna vel transmissio linea potest adhiberi duo signala, ita achieving receptio et transmissio duobus vel pluribus frequentius annuit ab eodem antennae.

    Triplex est trium Filtra (portuum), quod participes unum nodi (Portus). Et Passband loading et desolatione scuta de duplexer sunt idem quod de duplexer. In frequency division duplex systems, communis applicationem de triplex est ad merge duo Diplelex in unum triplexer.

    Features multiplexer:

    I. Multiplex initus annuit potest compositae in unum output signum ad consequi integrated signo transmissione.
    II. Alia initus canales potest delecti ad consequi simultaneous tradenda multiplex annuit.
    III. Usually, logica portas (ut et portas, vel portas, etc.) et virgas (ut traductionem portas, selectors, etc.) sunt ad officinas multiplexers.

    Applicationem multiplexer:

    I. Communication system: late in communicationis systems, una communis application est ad compositum multiple communicationis annuit in unum signum ad agentibus communicationis transmissione.
    II. Digital Circuit Design potest esse ad processum et transmit plures annuit in Digital Circuit Design.
    III. Data repono: Potest adhiberi ad notitia repono ad consequi simultaneous input et output de multiplex annuit per eligens diversis input canalibus.
    IV. Switch Technology: Est a key component in switch technology ad eligere diversis input et output canales ad consequi multi-alveo commutatione.

    QUALWAVESupplementum alta stopband rejectio parva magnitudine multiplexers in frequency range DC, 36Ghz. In multiplexers late in multis applications.

    img_08
    img_08

    Diplelexers / Duplectioners
    Pars numerus I Frequency Channel (GHz) Cannel II Frequency (GHz) Insertionem damnum (DB, max). VSWR (Max.) Channel I rejectionem (DB, min). Channel II rejectio (DB, min.) Input Power (W) Duc Tempus (weeks)
    QMP2-0-1000-1 DC ~ 0.15 0.18 ~ I 2 1.6 60@0.18~1GHz 60@dc ~0.15Ghz 0.1 IV ~ VI
    QMP2-0-5000-1 DC ~ 0.95 1.4 ~ V 0.6@0.475GHz
    1@3.2GHz    		 1.5 50@1.4~5GHz 50@dc ~0.95GHz 10 IV ~ VI
    QMP2-0-5000-2 DC ~ 0.915 1.396 ~ V 1 1.5 30@1.396~5GHz 50@dc ~0.915ghz 5 IV ~ VI
    QMP2-0-8000-1 DC ~ I II ~ VIII 1.5 2 L @ ​​II ~ 8Ghz L @ ​​DC ~ 1GHz - IV ~ VI
    QMP2-0-15000-1 DC-II 3-15 1.5 2 L @ ​​3-15GHz L @ ​​DC-2GHz - IV ~ VI
    QMP2-0-18000-1 DC-5.75 6.25-18 1.5 1.5 LX @ 7-18GHz 60@DC-5.5GHz - IV ~ VI
    Qmp2-0-20000-1 DC ~ II VIII ~ XX 1.5 2 50@2.3~20GHz L @ ​​DC ~ 7Ghz 5 IV ~ VI
    QMP2-10-5000-1 0.01-0.95 1.4-5 1 1.5 50@1.4-5GHz 50@0.01-0.95GHz - IV ~ VI
    QMP2-20-6000-1 0.02 ~ 1.1 III ~ VI 2 2 45@1.35~6GHz 45@dc~2.5ghz 1 IV ~ VI
    QMP2-20-8000-1 0,02 ~ 0.8 0.93 ~ VIII 2@0.02~0.8GHz
    2.5@0.93~8GHz    		 2 45@0.93~8GHz
    45@0.02~0.75GHz    		 45@0.02~0.8GHz
    45@0.95~8GHz    		 1 IV ~ VI
    QMP2-500-3550-1 0.5-1.9 1.9-3.55 2 2 50@DC-0.3GHz
    50@2.2-4.4GHz    		 50@DC-1.6GHz
    L @ ​​4-8GHz    		 - IV ~ VI
    QMP2-500-2500-1 0,5 ~ 8,3 10,3 ~ XXV 2 2 40@10.3~25GHz 40@0.5~8.3GHz 5 IV ~ VI
    QMP2-695-965-1 0.695-0.795 0.875-0.965 1 1.4 40@0.875-0.965GHz 40@0.695-0.795GHz - IV ~ VI
    QMP2-703-803-1 0.703-0.748 0.758-0.803 1.5 1.3 65@0.758-0.803GHz 70@0.703-0.748GHz - IV ~ VI
    QMP2-800-5000-1 0.8-1 1.7-5 1 1.5 55@1.7-5GHz 55@0.8-1GHz - IV ~ VI
    QMP2-880-960-1 0,880-0.915 0,925-0.960 70@0.925-0.96GHz 270@0.880-0.915GHz - IV ~ VI
    QMP2-1025-1095-1 1.025-1.035 1.085-1.095 1 1.3 70@1.085-1.095GHz 70@1.025-1.035GHz - IV ~ VI
    QMP2-1427.9-1495.9-1 1.4279-1.4479 1.4759-1.4959 1,25 1.5 75@1.4759-1.4959GHz 75@1.4279-1.4479GHz - IV ~ VI
    QMP2-1447.9-1510.9-1 1.4479-1.4629 1.4959-1.5109 1,25 1.5 75@1.4959-1.5109GHz 75@1.4479-1.4629GHz - IV ~ VI
    QMP2-1513-1680-1 1.513 ~ 1.53 1.663 ~ 1.68 0,8 1.5 30@1.4215&1.6215GHz 30@1.5715&1.7715GHz - IV ~ VI
    QMP2-1700-2710-1 1.7-2.2 2.48-2.71 0,5 1.3 40@2.48-2.71GHz 40@1.7-2.2GHz - IV ~ VI
    QMP2-1700-7000-1 1.7 ~ II III VII VII 1.5 1.5 LV @ III ~ 7Ghz 55@1.7~2GHz - IV ~ VI
    QMP2-1710-1880-1 1.71-1.785 1.805-1.88 1 1.3 70@1.805-1.88GHz 70@1.71-1.785GHz - IV ~ VI
    QMP2-1850-1955-1 1.85-1.915 1.95-1.955 1.75 1.5 70@1.95-1.955GHz 70@1.850-1.915GHz - IV ~ VI
    QMP2-1920-6000-1 1.92-1.98 4.09-6 1.5 1.5 55@4.09-6GHz 55@1.92-1.98GHz - IV ~ VI
    QMP2-2000-12000-1 2-6 8-12 1 2 XXV @ 8-12GHz XXV @ 2-6GHz - IV ~ VI
    QMP2-2025-2300-1 2.025 ~ 2.12 2.2 ~ 2.3 2 1.5 - - - IV ~ VI
    QMP2-2300-3800-1 2.3 ~ 2.4 3,3 ~ ~ 3,8 1 1.5 50@3.3~3.8GHZ 50@2.3~2.4GHZ 1 IV ~ VI
    QMP2-2300-7800-1 2.3-3.9 4.6-7.8 1 2 50@4.6-7.8GHZ 50@DC-3.9GHz - IV ~ VI
    QMP2-2400-5850-1 2.4 ~ 2.485 5,715 ~ 5.85 1 1.5 - - C IV ~ VI
    QMP2-3900-11400-1 3.9-5.7 7.8-11.4 1 2 50@7.8-11.4GHZ 50@DC-5.7GHz - IV ~ VI
    QMP2-5000-14000-1 5-7 10-14 1 2 L @ ​​10-14GHz L @ ​​DC, 7GHz - IV ~ VI
    QMP2-6000-22000-1 6-11 12-22 2 2 XXX @ 12-22GHz XXX @ 6-11GHz - IV ~ VI
    QMP2-7000-18000-1 7-9 14-18 1 2 L @ ​​14-18GHz L @ ​​DC, 9GHz - IV ~ VI
    QMP2-7145-9000-1 7,145 ~ ~ 7.25 7.7 ~ IX 2.5 1.5 - - - IV ~ VI
    QMP2-7500-8500-1 7.5-7.8 8.2-8.5 1.5 1.5 75@8.2-8.5GHz 75@7.5-7.8GHz - IV ~ VI
    QMP2-10700-14500-1 10.7-11.7 12.75-14.5 0,7 1.3 70@12.75-14.5GHz 70@10.7-11.7GHz - IV ~ VI
    QMP2-10700-14500-2 10.7-12.75 13-14.5 0,8 1.3 - - C IV ~ VI
    QMP2-10700-15000-1 10,7 ~ 12.75 13.75 ~ XV 1 1.45 50@13.75~18GHz 50@dc ~12.75GHz 10 IV ~ VI
    QMP2-12000-36000-1 12-18 24-36 2 2.2 XL @ 24-36Ghz XL @ 12-18GHz - IV ~ VI
    Triplexers
    Pars numerus I Frequency Channel (GHz) Cannel II Frequency (GHz) III Frequency Channel (GHz) Insertionem damnum (DB, max). VSWR (Max.) Channel I rejectionem (DB, min). Channel II rejectio (DB, min.) Channel III rejectionem (DB, min). Input Power (W) Duc Tempus (weeks)    
    QMP3-1163-1588-1 1.163 ~ 1.19 1.214 ~ 1.241 1.562 ~ 1.588 1.5 1.3 - - - 50 IV ~ VI
    Quadplectrum
    Pars numerus I Frequency Channel (GHz) Cannel II Frequency (GHz) III Frequency Channel (GHz) IV Frequency Channel (GHz) Insertionem damnum (DB, max). VSWR (Max.) Channel I rejectionem (DB, min). Channel II rejectio (DB, min.) Channel III rejectionem (DB, min). Alveo IV rejectionem (DB, min). Input Power (W) Duc Tempus (weeks)
    Qmp4-0-20000-1 DC ~ 4,85 5.15 ~ 9.85 10.15 ~ 14.85 15.15 ~ XX 1.5 2 20/40@5.5&6GHz 20/40@4.5&10.5GHz
    XX / XL @ IV & 11GHz    		 20/40@9.5&15.5GHz
    XX / XL @ IX & 16GHz    		 20/40@14.5&20.5GHz
    XX / XL @ XIV & 21ghz    		 10 IV ~ VI
    Qmp4-0-20000-2 DC ~ VI VI ~ XI XI ~ XVI XVI ~ XX 2 2 20/40@6.5GHz
    XX / XL @ 7Ghz    		 20/40@5.5&11.5GHz
    XX / XL @ V & 12GHz    		 XX / XL @ X & 17GHz
    XX / XL @ IX & 18GHz    		 20/40@14.5GHz
    XX / XL @ 14GHz    		 10 IV ~ VI

    Commendatur Products

    • Voltage Controlled Attenuators Voltage potestate variabilis Analog imperium

      Voltage imperium attenuators intentione imperium ...

    • Terminations RF High Power Proin 110Ghz Radio RF

      Terminations MEUS COACTORIUM Power Proin XI ...

    • Crysogenic coaxial Isolators RF Broadband

      Crysogenic coaxial Isolators RF Broadband

    • SP12T Pin Diode Switches Broadband Wideband princeps Solanum solidum

      SP12T Pin Diode Switches Broadband Wideband Widb ...

    • Cryogenic una directional Couplers RF Broadband princeps potentia coaial Proin Milvam millimeter undam radio frequency

      Cryogenic una Directional Couplers RF Broadb ...

    • V modo Power dividents / COMPINERES RF Proin Milvam Milvaceae Militem Power microstrip Resistentia Broadband

      V modo Power dividents / Mi ... Michwave microwave

    Percute Enter ad quaerere vel ESC ad claudere