isibhengezo_sekhasi (1)
isibhengezo_sekhasi (2)
isibhengezo_sekhasi (3)
isibhengezo_sekhasi (4)
isibhengezo_sekhasi (5)
  • I-Dielectric Resonantor Voltage Controlled Oscillator (Drvco)
  • I-Dielectric Resonantor Voltage Controlled Oscillator (Drvco)
  • I-Dielectric Resonantor Voltage Controlled Oscillator (Drvco)
  • I-Dielectric Resonantor Voltage Controlled Oscillator (Drvco)

    Izici:

    • High Frequency Ukuzinza
    • Umsindo wesigaba esiphansi

    Izicelo:

    • Okungenantambo
    • I-Transceiver
    • Irada
    • Ukuhlolwa Kwelabhorathri

    DRVCO

    I-DRVCO, isifinyezo se-Dielectric Resonantor Voltage Controlled Oscillator, iwumthombo ophakeme ozinzile nothembekile. I-DRVCO iyi-oscillator esebenzisa i-dielectric resonator njenge-oscillation loop, futhi imvamisa yesignali yokuphuma ingashintshwa ngokulawula i-voltage. esetshenziswa kwezokuxhumana okungenantambo, irada, ukulinganisa neminye imikhakha. Inokunemba okuphezulu nokuhleleka uma kuqhathaniswa nezindlela zokulawula ze-analogi zendabuko.

    I-DRO inezici ezilandelayo:

    Ukulungiswa kwe-1.Frequency: ama-oscillator alawulwa yi-dielectric voltage angakwazi ukufeza ukulungiswa kwemvamisa okuqhubekayo ngokulungisa i-voltage yokufaka, futhi angakwazi ukufeza ukuzinza okuphezulu kuhlu oluthile lwezinguquko zemvamisa.
    I-2.Ibhendi ebanzi: ama-oscillator alawulwa yi-dielectric voltage ngokuvamile anebhendi ebanzi futhi angafinyelela uhla olukhulu lokuphuma kwemvamisa. Lokhu kuyenza isebenziseke kakhulu ezinhlelweni eziningi.
    I-3.Ukuzinza okuphezulu: ukuphuma kwemvamisa ye-dielectric VCO ngokuvamile inokuqina okuphezulu futhi ingafinyelela i-frequency drift ephansi kakhulu nomsindo wesigaba.

    I-DRO isetshenziswa kakhulu kulezi zindawo ezilandelayo:

    I-1.DRO isetshenziswa kakhulu ekuxhumaneni okungenantambo, i-radar, uhlelo lokuzulazula, iwashi ledijithali, i-frequency synthesizer, ukusakaza kwe-FM nezinye izinkambu.
    I-2.Idlala indima ebalulekile ezinhlelweni zokushuna imvamisa, izihibe zokukhiya imvamisa kanye nezinhlelo ze-frequency synthesis, futhi ingafinyelela ukulungiswa okunembile kwamafrikhwensi kanye nokukhishwa okuzinzile ezinhlelweni eziningi.
    3. Ngenxa yokunemba kwayo okuphezulu nokuhleleka kwayo, iphinde isetshenziswe kabanzi ekucubunguleni isignali ye-RF, i-synthetic aperture radar, isamukeli somsakazo, i-electrocardiogram, imishini yokuxilonga yezokwelapha, amathuluzi anembayo neminye imikhakha.

    Qualwaveinikeza umsindo wesigaba esiphansi DRVCO. Ngenxa yokusebenza kwayo okuhle kakhulu komsindo, ukuhlanzeka kwe-spectral nokuzinza, isetshenziswa kakhulu kuma-frequency synthesis kanye nemithombo ye-microwave oscillation. Olunye ulwazi lomkhiqizo lungatholakala kuwebhusayithi yethu.

    img_08
    img_08

    Inombolo Yengxenye

    Imvamisa

    (GHz)

    dengi

    Amandla Okukhiphayo

    (dBm Min.)

    xiaoyudengi

    Umsindo wesigaba@10KHz

    (dBc/Hz)

    dengi

    Lawula i-Voltage

    (V)

    dengi

    Ukukhohlisa

    (dBc)

    usukudengi

    Ukulungisa i-Voltage

    (V)

    dengi

    Okwamanje

    (Max.)

    xiaoyudengi

    Isikhathi esiholayo

    (amaviki)

    QDVO-10000-13 10 13 -90 +12 -70 0~12 60 2~6
    QDVO-1000-13 1 13 -100 +12 -80 0~12 240 2~6

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