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  • Ama-Coaxial Circulators BroadBand Octave RF Microwave Millimeter Wave
  • Ama-Coaxial Circulators BroadBand Octave RF Microwave Millimeter Wave
  • Ama-Coaxial Circulators BroadBand Octave RF Microwave Millimeter Wave

    • Ama-Coaxial Circulators BroadBand Octave RF Microwave Millimeter Wave

    Izici:

    • I-Broadband
    • Amandla Aphezulu
    • Ukulahlekelwa Okuphansi Kokufakwa

    Izicelo:

    • Okungenantambo
    • I-radar
    • Ukuhlolwa Kwelebhu

    Ama-coaxial circulators amadivayisi angasebenzi asetshenziselwa ukuhlukanisa nokuvikela imishini kagesi ebucayi kumasignali e-RF angafuneki.

    Ngokuvamile zisetshenziswa ezinhlelweni zokuxhumana ze-RF kanye nasezinhlelweni ze-radar ukuvikela abamukeli abazwelayo ezimpawini ezidluliselwayo.

    I-Broadband circulator iqukethe idivayisi enamachweba amathathu evumela izimpawu ukuthi zigeleze ohlangothini olulodwa kuphela. I-octave circulator iqukethe izinto ze-ferrite ezisebenzisana nezimpawu ze-RF ezidlula kuyo ukuze kudalwe isenzo se-circulator esifunwayo. Lezi zinto zivame ukufakwa ensimini yamagnetic ekhiqizwa yi-magnet ehlala njalo noma i-electromagnet.

    Amachweba amathathu e-coaxial circulator ngokuvamile abizwa ngokuthi i-port 1, i-port 2, kanye ne-port 3. Amasignali angena nge-port 1 angaphuma kuphela nge-port 2, amasignali angena nge-port 2 angaphuma kuphela nge-port 3, kanti amasignali angena nge-port 3 angaphuma kuphela nge-port 1. Ngale ndlela, i-RF circulator iqinisekisa ukuthi amasignali ahlukaniswe futhi avikelwe ekuphazamisekeni okungafuneki.

    Ama-microwave circulator atholakala ngezindlela ezahlukene zokusebenzisa amaza kanye namakhono okuphatha amandla ukuze kuhlangatshezwane nezidingo ezahlukene zohlelo lokusebenza. Avame ukusetshenziswa ezinhlelweni zokuxhumana, ezinhlelweni zesathelayithi, kanye nasezinhlelweni zempi kanye nezindiza.

    Izici:

    1. Ukuhlukaniswa okuphezulu okuphambeneyo: Ama-circulator wamagagasi e-Millimeter anganikeza ukuhlukaniswa okuphezulu kakhulu okuphambeneyo, okusho ukuthi amasignali adluliselwa kolunye uhlangothi ngeke abonakale kolunye uhlangothi, ngaleyo ndlela anciphise ukulahleka kwesignali nokuphazamiseka.
    2. Ukulahlekelwa okuphansi: Ama-coaxial circulators anokulahlekelwa okuphansi kakhulu, okusho ukuthi angahlinzeka ngokudluliselwa kwesignali okuphumelelayo ngaphandle kokuletha ukuncishiswa kwesignali ngokweqile noma ukuphambuka.
    3.Ikhono lokucubungula amandla eliqinile: Zinomthamo omkhulu wamandla futhi azilimazi kalula.
    4. Incane: Uma kuqhathaniswa namanye amadivayisi, usayizi wawo mncane, okwenza afaneleke kakhulu ukusetshenziswa ezindaweni ezincane.

    Izinkambu:

    1. Ukuxhumana okungenantambo: Izinhlelo zokuxhumana okungenantambo emasimini e-RF kanye nama-microwave zidinga ukunciphisa umsindo nokulahlekelwa ngesikhathi sokudluliselwa kwesignali, futhi zithuthukise ukuhlukaniswa. Ngakho-ke, ama-circulator e-coaxial asetshenziswa kabanzi.
    2. I-Radar: Izinhlelo ze-radar zidinga ukudluliswa kwesignali okuzinzile kakhulu nokuthembekile, futhi ama-circulator e-coaxial anganikeza lokhu kudluliswa okuzinzile nokuthembekile.
    3. Ukuxhumana ngesathelayithi: Ezinhlelweni zokuxhumana ngesathelayithi, ama-coaxial circulators angasiza ekunciphiseni ukulahleka kwesignali kanye nokuphazamiseka, ngaleyo ndlela kuthuthukiswe ikhwalithi yokudluliselwa kwesignali.
    4. Ezokwelapha: Imishini yezokwelapha idinga ukuba nokuziphatha kokudlulisa isignali okuzinzile nokuthembekile. Ama-coaxial circulators angahlinzeka ngokudluliselwa kwesignali okusebenzayo kumadivayisi ezokwelapha, okunciphisa ukulahleka kwesignali kanye nokuphazamiseka.
    5. Ezinye izinkambu zohlelo lokusebenza: Ngaphezu kwezinkambu zohlelo lokusebenza ezingenhla, ama-coaxial circulators angasetshenziswa nasezinhlelweni ze-antenna, ukuxhumana nge-microwave, i-radar nakwezinye izinkambu.

    I-Qualwaveihlinzeka ngama-circulator e-broadband kanye nama-coaxial anamandla aphezulu ebangeni elibanzi kusukela ku-30MHz kuya ku-40GHz. Amandla ajwayelekile afinyelela ku-1000W. Ama-circulator ethu e-coaxial asetshenziswa kabanzi ezindaweni eziningi.

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    Inombolo Yengxenye

    Imvamisa

    (GHz, Ubuncane)

    xiaoyudengi

    Imvamisa

    (I-GHz, Ubuningi.)

    usukudengi

    Ububanzi bomkhawulo

    (MHz, Ubuningi.)

    xiaoyudengi

    Ukulahlekelwa Kokufakwa

    (dB, Ubuningi.)

    xiaoyudengi

    Ukuzihlukanisa

    (dB, Ubuncane)

    usukudengi

    I-VSWR

    (Ubuningi.)

    xiaoyudengi

    Amandla Aphakathi

    (W, Max.)

    xiaoyudengi

    Izixhumi

    Izinga lokushisa

    (℃)

    Usayizi

    (mm)

    Isikhathi esiholayo

    (amasonto)
    I-QCC6466H 0.03 0.4 2 2 18 1.3 100 I-SMA, N -20~+70 64*66*22 2~4
    I-QCC6060E 0.062 0.4 175 1 16 1.4 50, 100 I-SMA, N -20~+70 60*60*25.5 2~4
    I-QCC6466E 0.07 0.2 30 0.6 10 1.3 500 I-SMA, N -20~+70 64*66*22 2~4
    I-QCC8080E 0.15 0.89 80 0.6 19 1.25 1000 7/16 DIN (L29) -30~+75 80*80*34 2~4
    I-QCC5258E 0.16 0.33 70 0.7 18 1.3 400 I-SMA, N -30~+70 52*57.5*22 2~4
    I-QCC5050X 0.25 0.265 15 0.5 20 1.25 250 N -30~+75 50.8*50.8*18 2~4
    I-QCC5050B 0.26 0.33 70 0.6 15 1.45 300 N 0~+60 50.8*50.8*18 2~4
    I-QCC-290-320-K8-7-1 0.29 0.32 30 0.4 20 1.25 800 7/16 DIN (L29) -10~+70 80*60*60 2~4
    I-QCC4550X 0.3 1.1 300 0.8 15 1.5 400 I-SMA, N -30~+75 45*49*18 2~4
    I-QCC3538X 0.3 1.85 500 0.9 14 1.5 100~300 I-SMA, N -30~+75 35*38*15 2~4
    I-QCC4149A 0.3 1 400 1 16 1.4 50, 100 I-SMA -40~+60 41*49*20 2~4
    I-QCC3033X 0.7 3 600 0.6 15 1.45 200 I-SMA -30~+70 30*33*15 2~4
    I-QCC3232X 0.7 3 600 0.6 15 1.45 200 I-SMA, N -30~+70 32*32*15 2~4
    I-QCC3434E 0.7 3 600 0.6 15 1.45 200 I-SMA, N -30~+70 34*34*22 2~4
    I-QCC2528B 0.8 4 400 0.4 20 1.25 200 I-SMA, N -30~+70 25.4*28.5*15 2~4
    I-QCC6466K 0.95 2 1050 0.65 16 1.4 100 I-SMA, N -10~+60 64*66*26 2~4
    I-QCC-1000-2000-K2-N-1 1 2 1000 0.8 14 1.5 200 N 0~+60 80*70*21 2~4
    I-QCC2528X 1.03 3.1 400 0.7 16 1.4 200 I-SMA, N -30~+75 25.4*28.5*15 2~4
    I-QCC2025B 1.3 4 400 0.4 20 1.25 100 I-SMA -30~+70 20*25.4*15 2~4
    I-QCC5050A 1.5 3 1500 0.7 17 1.4 100 I-SMA, N 0~+60 50.8*49.5*19 2~4
    I-QCC4040A 1.8 3.6 1800 0.7 17 1.35 100 N 0~+60 40*40*20 2~4
    I-QCC3234A 2 4 2000 0.6 18 1.3 100 I-SMA, N 0~+60 32*34*21 2~4
    I-QCC-2000-4000-K5-N-1 2 4 2000 0.6 15 1.5 500 N -20~+60 59.4*72*40 2~4
    I-QCC3030B 2 6 4000 1.7 12 1.6 20 I-SMA -40~+70 30.5*30.5*15 2~4
    I-QCC2025X 2.3 2.6 200 0.4 20 1.25 100 I-SMA -20~+85 20*25.4*13 2~4
    I-QCC-2430-2470-1K-7-1 2.43 2.47 40 0.4 21 1.2 1000 7/16 DIN (L29) -30~+70 80*60*60 2~4
    I-QCC5028B 2.6 3.2 600 1 35 1.35 100 I-SMA -40~+75 50.8*28.5*15 2~4
    I-QCC2528C 2.7 6.2 3500 0.8 16 1.4 200 I-SMA, N 0~+60 25.4*28*14 2~4
    I-QCC-2900-3500-K6-NNM-1 2.9 3.5 600 0.5 17 1.35 600 N -40~+85 45*46*26 2~4
    I-QCC1523C 3.6 7.2 1400 0.5 18 1.3 60 I-SMA -10~+60 15*22.5*13.8 2~4
    I-QCC2123B 4 8 4000 0.6 18 1.35 50 I-SMA, N -10~+60 21*22.5*15 2~4
    I-QCC-4000-8000-K3-N-1 4 8 4000 0.6 15 1.5 300 N -20~+60 29.7*36*30 2~4
    I-QCC-5000-10000-10-S-1 5 10 5000 0.6 17 1.35 10 I-SMA -30~+70 20*26*14 2~4
    I-QCC1623C 5.725 5.85 125 0.3 23 1.2 100 I-SMA -20~+80 16*23*13 2~4
    I-QCC1418C 6 12 6000 0.6 15 1.5 50 I-SMA -40~+70 18.5*14*13 2~4
    I-QCC1319C 6 13.3 6000 0.7 10 1.6 30 I-SMA -30~+75 13*19*XX 2~4
    I-QCC1620B 6 18 12000 1.5 9.5 2 30 I-SMA 0~+60 16*20.3*14 2~4
    I-QCC2125X 6.4 6.7 300 0.35 20 1.25 250 N -30~+70 21*24.5*13.6 2~4
    I-QCC1317C 7 13 6000 0.6 16 1.4 100 I-SMA -55~+85 13*17*13 2~4
    I-QCC1215C 9.3 16.5 2200 0.6 18 1.3 30 I-SMA -30~+75 12*15*10 2~4
    I-QCC-18000-26500-5-K-1 18 26.5 8500 0.7 16 1.4 5 2.92mm -30~+70 19*15*13 2~4
    I-QCC-24250-33400-5-K-1 24.25 33.4 9150 1.6 14 1.6 5 2.92mm -40~+70 13*25*16.7 2~4
    I-QCC-26500-40000-5-K 26.5 40 13500 1.6 14 1.6 5 2.92mm -30~+70 13*25*16.8 2~4
    I-QCC-32000-38000-10-K-1 32 38 6000 1.2 15 1.5 10 2.92mm -30~+70 13*25*16.8 2~4

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