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  • XC Degree Hybrid Coupers RF Broadband princeps potentia coaial Proin Milve millimeter undam radio frequency Waveguide
  • XC Degree Hybrid Coupers RF Broadband princeps potentia coaial Proin Milve millimeter undam radio frequency Waveguide
  • XC Degree Hybrid Coupers RF Broadband princeps potentia coaial Proin Milve millimeter undam radio frequency Waveguide

    • XC Degree Hybrid Coupers RF Broadband princeps potentia coaial Proin Milve millimeter undam radio frequency Waveguide

    Features:

    • Broadband
    • Altum
    • Minimum insertionem damnum

    Applications:

    • Power Amplifiers
    • Iactus
    • Test Laboratory
    • Telecom

    A (Proin XC Degree Hybrid Couplers est Proin machinam solebat dividat signum in duo pares annuit et mora per XC gradus in Phase. Habent sequentibus characteres:

    I. Separationem Waveguide XC Degree Hybrid Couplers capax dividendi orthogonal et perpendiculari signa et convertendo in duo significationibus cum differentia XC graduum.
    II. Minimum insertionem damnum: Proin XC Degree Hybrid Couplers potest segmentum signo dum obscuratis impulsum in signum, ita maintaining humilis insertionem damnum.
    III. Broadband, millimeter fluctus XC gradus hybrid couplers potest operari super late frequency range, faciens idoneam variis applications.
    IV. Consistit, Broadband XC Degree Hybrid Couplers potest ponere communia consilio et cubits in diversis environments, enabling efficientem operationem in multiple systems.
    V. multiplicitate: et broadband XC gradus hybrid coniugatores relative simplex structuram, facile ad armigere et integrate in magna-scale circuitus.

    Applicationem RF XC Degree Hybrid Coupers:

    COAILIS XC gradus Hybrid Couplers est specialis forma bidirectional coniugator quod habet sequens proposita:
    1. Phase shifter: RF 90 degree hybrid couplers is often used as a phase shifter, which can divide an input signal into two channels, one of which has the same phase as the original signal and the other is 90 degrees different (ie orthogonal) from the original signal, thus achieving phase shifting function.
    II. Proin Mixer: et Broadband XC Degree Hybrid Coupers potest etiam esse ut pars microwave frequency turpis. In turpis, ad munus est XC gradus hybrid duobus coupers addere ad RF signum ad signum generatae per loci oscillator (lo), ita generating et in conversionem annuit.
    III. Duo modo potestatem divisorem: Cum enim XC gradus Hybrid couplers potest dividat initus signum in dupliciter, quod potest esse ut duo via divisorem ad curare potest quod datum est orthogonalis phase differentiam, cum pari potest esse datum est.
    IV. Nam radio probatio et mensurae, radio frequency XC gradus hybrid couplers potest adhiberi temptare opus conditio de radio apparatu. Ut possit dividat initus signum in duas rivos, unus ex illis potest adhiberi ut referat signo calibrating mensurae apparatu.

    QUALWAVESupplet broadband et princeps potentia XC gradus hybrid duobus iucundis in amplis ex 1.6MHz ad 50GHz.

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    Pars numerus

    Frequentia

    (GHz, min).

    XiaoyuDengyu

    Frequentia

    (GHz, max).

    DayuDengyu

    Potentia

    (W)

    Dengyu

    Insertionem damnum

    (DB, max).

    XiaoyuDengyu

    Separatio

    (DB, min).

    DayuDengyu

    Amplitudo

    (± DB, max.)

    XiaoyuDengyu

    Phase Libra

    (± Deg., Carolus.)

    XiaoyuDengyu

    Vswr

    (Max.)

    XiaoyuDengyu

    Connexiones

    DUCEO

    (Weeks)
    QHC9-1.6-30-K25-N 0,0016 0.03 CCL 0.6 15 0,8 XC ± V 1.6 N III ~ V
    QHC9-15-85-1 S 0.015 0.085 1 1 20 0,5 4 1,25 SMA III ~ V
    QHC9-15-125-1 S 0.015 0.125 1 1 18 0,5 4 1.35 SMA III ~ V
    QHC9-30-110-K8-NS 0.03 0.11 DCCC 0,4 18 0,35 5 1.3 N & SMA III ~ V
    QHC9-30-390-1-S 0.03 0,39 1 1 5 1.5 8 1.5 SMA III ~ V
    QHC9-50-250-1 S 0,05 0,25 1 1.6 15 0,5 6 1.5 SMA III ~ V
    Qhc9-70-130-1-s 0,07 0,13 1 0,25 30 0.1 0,25 1.15 SMA III ~ V
    QHC9-80-120-30-S 0,08 0.12 30 0,7 20 0,5 3 1.3 SMA III ~ V
    Qhc9-80-1000-k1-s 0,08 1 C 0,9 16 1.5 8 1.3 SMA III ~ V
    Qhc9-80-1000-k1, n 0,08 1 C 0,9 16 1.3 8 1.3 N III ~ V
    QHC9-80-1000-K15 0,08 1 CL 0,9 16 1.3 8 1.35 - III ~ V
    Qhc9-80-1000-k2, n 0,08 1 CC 0,9 16 1.3 8 1.35 N III ~ V
    QHC9-80-1000-K25-N 0,08 1 CCL 0,9 18 1 5 1.3 N III ~ V
    QHC9-100-140-10-S 0.1 0,14 10 0,5 18 0,7 5 1.3 SMA III ~ V
    QDHC9-100-520-K2 0.1 0,52 CC 0.45 17 0,75 5 1.3 - III ~ V
    QHC9-106-176-K2-N 0.106 0.176 CC 0,25 20 0,65 XC ± II 1.2 N III ~ V
    QHC9-150-250-K25-N 0.15 0,25 CCL 0,25 20 0,5 2 1,25 N III ~ V
    QHC9-170-230-1 S 0.17 0,23 1 0,25 30 0.1 0,25 1.15 SMA III ~ V
    QHC9-225-400-50-S 0.225 0,4 50 0,3 20 0,5 4 1,25 SMA III ~ V
    QHC9-225-400-K2, N 0.225 0,4 CC 0,25 20 0,7 XC ± II 1.2 N III ~ V
    QHC9-225-520-K2, N 0.225 0,52 CC 0,25 20 0,7 5 1,25 N III ~ V
    QHC9-300-6000-30 S 0,3 6 30 2.2 16 1.1 7 1.5 SMA III ~ V
    QHC9-350-700-K8-N 0,35 0,7 DCCC 0,25 20 0,5 3 1.3 N III ~ V
    QHC9-400-500-10 S 0,4 0,5 10 0,5 20 0,5 3 1.3 SMA III ~ V
    QHC9-400-650-K8-N 0,4 0,65 DCCC 0,5 16 0.6 5 1.35 N III ~ V
    QHC9-400-1000-50 0,4 1 50 1 20 0.6 10 1.4 SMA III ~ V
    QHC9-400-1000-1k-VII 0,4 1 M 0,5 16 0.6 5 1.35 7/16 Laudate (L29) III ~ V
    QHC9-450-820-K8, N 0.45 0,82 DCCC 0,25 20 0,5 3 1.3 N III ~ V
    QHC9-500-1000-50 0,5 1 50 0,3 22 0,5 2 1,25 SMA III ~ V
    QHC9-500-2500-K5-NM 0,5 2.5 D 0,3 16 0,8 5 1.35 N III ~ V
    QHC9-500-3000-30-S 0,5 3 30 1.1 20 0,9 7 1.3 SMA III ~ V
    QHC9-500-6000-30 S 0,5 6 30 1.4 19 0,5 5 1.4 SMA III ~ V
    QHC9-500-6000-K3-N 0,5 6 CCC 0,8 15 1.8 6 1.6 N III ~ V
    QHC9-500-9000-50 S 0,5 9 50 1.8 16 1.1 12 1.6 SMA III ~ V
    QHC9-600-6000-K1-S 0.6 6 C 1.2 18 1.1 6 1.4 SMA III ~ V
    QHC9-600-18000-30 S 0.6 18 30 3 16 1 8 1.4 SMA III ~ V
    QHC9-700-6000-K3-N 0,7 6 CCC 0,5 17 1.2 5 1.5 N III ~ V
    QHC9-700-6000, K3-4N 0,7 6 CCC 0,5 17 1.2 5 1.5 4.3 / X & N III ~ V
    QHC9-800-2000-20-S 0,8 2 20 0.6 17 0,4 5 1.4 SMA III ~ V
    Qshc9-800-4200-K1 0,8 4.2 C 0,8 15 1 8 1.5 SMD III ~ V
    QHC9-800-4500-K125-S 0,8 4.5 CXXV 1.8 12 1.8 15 1.7 SMA III ~ V
    QHC9-950-1230-K6, N 0,95 1.23 DC 0,3 18 0,5 4 1.3 N III ~ V
    QHC9-1000-2000-30 S 1 2 30 0,3 20 0,5 2 1.2 SMA III ~ V
    QHC9-1000-2000-50-s 1 2 50 0,2 22 0,5 2 1.2 SMA III ~ V
    QHC9-1000-3000-30-S 1 3 30 0.6 20 0,5 1 1.3 SMA III ~ V
    QHC9-1000-3000-K1-S 1 3 C 0.6 18 0,7 5 1.35 SMA III ~ V
    Qshc9-1000-3000-K4 1 3 CD 0,2 20 1 4 1,25 SMD III ~ V
    QHC9-1000-4000-30-s 1 4 30 0.6 20 0.6 6 1,25 SMA III ~ V
    QHC9-1000-4200-K4, N 1 4.2 CD 0,5 15 0,8 10 1.5 N III ~ V
    QHC9-1000-6000-30-s 1 6 30 0,9 18 0,4 4 1.4 SMA III ~ V
    QHC9-1000-7000-20-s 1 7 20 0,9 18 0,4 4 1.4 SMA III ~ V
    QHC9-1000-18000-30-S 1 18 30 1.5 16 1 9 1.8 SMA III ~ V
    QHC9-1400-2500-30-S 1.4 2.5 30 0,2 20 0,2 2 1,25 SMA III ~ V
    QHC9-1500-1700-K3-N 1.5 1.7 CCC 0,4 18 0,3 6 1.35 N III ~ V
    QHC9-1500-2500-30-S 1.5 2.5 30 0,5 20 0.6 5 1.3 SMA III ~ V
    QHC9-1745-2125-K2, N 1.745 2,125 CC 0,3 20 0,5 5 1.3 N III ~ V
    QHC9-1745-2125, K8-7N 1.745 2,125 DCCC 0,3 20 0,5 5 1.3 7/16 Laudate (L29) & N III ~ V
    QHC9-1750-2400-K2, N 1.75 2.4 CC 0,5 22 0,4 5 1.35 N III ~ V
    QHC9-2000-2000-2300-K1-S 2 2.3 C 0,35 20 0,2 3 1.2 SMA III ~ V
    QHC9-2000-3000-K6, N 2 3 DC 0,3 18 0,4 5 1.3 N III ~ V
    QHC9-2000-5000-1k-XLVII 2 5 M 0,5 15 0,5 5 1.5 4.3 / X & VII / XVI Laudate (L29) III ~ V
    QHC9-2000-6000-30-S 2 6 30 0,4 18 0,7 5 1.4 SMA III ~ V
    QHC9-2000-6000-K2, N 2 6 CC 0,4 15 0,5 5 1.5 N III ~ V
    QHC9-2000-6000-K4, ne 2 6 CD 0,5 15 0,5 5 1.5 N & SC III ~ V
    QHC9-2000-8000-20 2 8 20 0,8 18 0,8 8 1.4 SMA III ~ V
    QHC9-2000-8000-50-s 2 8 50 0,5 18 0,7 5 1.35 SMA III ~ V
    QHC9-2000-8000-60 2 8 60 0,8 17 1 8 1.5 Pin III ~ V
    QHC9-2000-18000-30-S 2 18 30 2.2 18 1 5 1.45 SMA III ~ V
    QHC9-2000-26500-30-S 2 26.5 30 2 10 1 10 1.8 SMA III ~ V
    QHC9-2000-40000-30-K 2 40 30 2.8 10 1.5 12 2 2.92mm III ~ V
    QHC9-2400-2500-K5-N 2.4 2.5 D 0.6 18 0,3 2.5 1.4 N III ~ V
    QHC9-2500-8000-30 S 2.5 8 30 0,7 15 0.6 7 1.6 SMA III ~ V
    QHC9-2700-3500-K5-N 2.7 3.5 D 0,5 16 0,8 8 1.5 N III ~ V
    QHC9-3000-9000-1 3 9 1 0,35 20 1 1 1.4 SMA III ~ V
    QHC9-3200-4000-30 S 3.2 4 30 0,5 20 0.6 2 1.3 SMA III ~ V
    QHC9-3300-3800-K2-N 3.3 3,8 CC 0,5 13 0,3 5 1.3 N III ~ V
    QHC9-4000-8000-50 S 4 8 50 0,35 18 0,5 3 1.35 SMA III ~ V
    QHC9-4000-8000-50-S-I 4 8 50 0.6 20 0,5 8 1.6 SMA III ~ V
    QHC9-4000-10000-20 N 4 10 20 1 20 0,5 4 1.35 N III ~ V
    QHC9-4000-12000-50 S 4 12 50 0.6 16 0.6 5 1.5 SMA III ~ V
    QHC9-4000-12000, K1-N 4 12 C 1 16 0,7 5 1.7 N III ~ V
    QHC9-4000-18000-K1-S 4 18 C 1.4 15 0,9 6 1.7 SMA III ~ V
    QHC9-4400-6800-K16-S 4.4 6,8 CLX 0,35 18 0,5 4 1.35 SMA III ~ V
    QHC9-5700-5900-30 S 5,7 5.9 30 0,5 23 0,3 3 1,25 SMA III ~ V
    QHC9-6000-18000-30 S 6 18 30 1 16 0,7 8 1.5 SMA III ~ V
    QHC9-6000-18000-50 6 18 50 0,8 15 0,7 8 1.6 SMA III ~ V
    QHC9-6000-26500-30 S 6 26.5 30 1.8 15 0,7 8 1.6 SMA III ~ V
    QHC9-6000-40000-20-K 6 40 20 2 14 1.2 10 1.8 2.92mm III ~ V
    QHC9-6000-50000-20-2 6 50 20 2.7 12 1.2 12 1.9 2.4mm III ~ V
    QHC9-7000-12750-50 S 7 12.75 50 0,8 15 0,5 5 1.5 SMA III ~ V
    QHC9-8000-12000-30 S 8 12 30 1.2 15 1.0 7 1.6 SMA III ~ V
    QHC9-18000-40000-30-K 18 40 30 2.2 12 0,7 10 1.8 2.92mm III ~ V
    QHC9-18000-50000-20-2 18 50 20 2.6 13 0,9 12 1.9 2.4mm III ~ V
    QHC9-24000-44000-20-2 24 44 20 2.3 14 0,7 10 1.8 2.4mm III ~ V
    QHC9-25500-27000-30-K 25.5 27 30 1.5 15 0,8 10 1.6 2.92mm III ~ V
    QHC9-26000-40000-30-K 26 40 30 2.2 12 0,7 10 1.8 2.92mm III ~ V
    QHC9-26500-50000-20-2 26.5 50 20 2.7 12 1 11 1.9 2.4mm III ~ V

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