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  • RF High Stopband tampikan Ukuran Leutik Telecom Multiplexers
  • RF High Stopband tampikan Ukuran Leutik Telecom Multiplexers
  • RF High Stopband tampikan Ukuran Leutik Telecom Multiplexers
  • RF High Stopband tampikan Ukuran Leutik Telecom Multiplexers
  • RF High Stopband tampikan Ukuran Leutik Telecom Multiplexers

    Fitur:

    • High Stopband panolakan
    • Ukuran Leutik

    Aplikasi:

    • Telekomunikasi
    • Tés Laboratorium
    • Panarima
    • Instrumentasi

    Multiplexer mangrupikeun alat éléktronik anu tiasa ngarobih sababaraha saluran sinyal janten sakumpulan saluran sinyal.

    Alat Multiplex biasana dianggo dina pamrosésan sinyal digital atanapi Analog pikeun milih atanapi ngalih diantara sababaraha sinyal input. Multiplexer anu disayogikeun ku Qualwave kalebet diplexer sareng triplexer.

    Duplexer, ogé katelah anteneu umum, diwangun ku dua sét saringan Band-stop kalayan frékuénsi anu béda. Ku ngagunakeun fungsi division frékuénsi high pass, low pass, atawa saringan bandpass, anteneu sarua atawa jalur transmisi bisa dipaké pikeun dua jalur sinyal, kukituna ngahontal panarimaan sarta pangiriman dua atawa leuwih sinyal frékuénsi béda ku anteneu sarua.

    Triplex diwangun ku tilu saringan (palabuhan) anu ngabagi hiji titik (port). Target beban passband sareng isolasi duplexer sami sareng duplexer. Dina sistem duplex division frékuénsi, aplikasi umum tina triplex nyaéta pikeun ngagabungkeun dua diplexer jadi hiji triplexer.

    Keunggulan Multiplexer:

    1. Sababaraha sinyal input bisa digabungkeun kana sinyal kaluaran tunggal pikeun ngahontal transmisi sinyal terpadu.
    2. saluran input béda bisa dipilih pikeun ngahontal transmisi simultaneous sababaraha sinyal.
    3. Biasana, gerbang logika (sapertos gerbang AND, gerbang OR, jsb) sareng saklar (sapertos gerbang transmisi, pamilih, jsb) dianggo pikeun ngawangun multiplexer.

    Aplikasi multiplexer:

    1. Sistem komunikasi: Loba dipaké dina sistem komunikasi, hiji aplikasi umum nyaéta pikeun komposit sababaraha sinyal komunikasi kana sinyal tunggal pikeun transmisi komunikasi efisien.
    2. Desain sirkuit digital: Éta tiasa dianggo pikeun ngolah sareng ngirimkeun sababaraha sinyal dina desain sirkuit digital.
    3. Panyimpenan data: Ieu bisa dipaké pikeun neundeun data pikeun ngahontal input simultaneous sarta kaluaran sababaraha sinyal ku milih saluran input béda.
    4. téhnologi switch: Ieu mangrupakeun komponén konci dina téhnologi switch dipaké pikeun milih input béda jeung saluran kaluaran pikeun ngahontal switching multi-kanal.

    Qualwavesuplai tampikan stopband tinggi multiplexers ukuranana leutik dina rentang frékuénsi DC-36GHz. Multiplexer seueur dianggo dina seueur aplikasi.

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    Diplexers / Duplexers
    Nomer Bagian Frékuénsi Saluran 1 (GHz) Frékuénsi Saluran 2 (GHz) Leungitna sisipan (dB, Maks.) VSWR (Max.) Saluran 1 Panolakan (dB, Min.) Saluran 2 Panolakan (dB, Min.) Daya input (W) Waktos Lead (Minggu)
    QMP2-0-1000-1 DC~0.15 0.18~1 2 1.6 60@0.18~1GHz 60@DC~0.15GHz 0.1 4~6
    QMP2-0-5000-1 DC~0,95 1.4~5 0.6@0.475GHz
    1@3.2GHz
    1.5 50@1.4~5GHz 50@DC~0.95GHz 10 4~6
    QMP2-0-5000-2 DC~0,915 1.396~5 1 1.5 30@1.396~5GHz 50@DC~0,915GHz 5 4~6
    QMP2-0-8000-1 DC~1 2~8 1.5 2 50@2~8GHz 50@DC~1GHz - 4~6
    QMP2-0-15000-1 DC-2 3-15 1.5 2 50@3-15GHz 50@DC-2GHz - 4~6
    QMP2-0-18000-1 DC-5.75 6.25-18 1.5 1.5 60@7-18GHz 60@DC-5.5GHz - 4~6
    QMP2-0-20000-1 DC~2 8~20 1.5 2 50@2.3~20GHz 50@DC~7GHz 5 4~6
    QMP2-10-5000-1 0.01-0.95 1.4-5 1 1.5 50@1.4-5GHz 50@0.01-0.95GHz - 4~6
    QMP2-20-6000-1 0.02~1.1 3~6 2 2 45@1.35~6GHz 45@DC~2.5GHz 1 4~6
    QMP2-20-8000-1 0.02~0.8 0.93~8 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 4~6
    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
    50@4-8GHz
    - 4~6
    QMP2-500-25000-1 0.5~8.3 10.3-25 2 2 40@10.3~25GHz 40@0.5~8.3GHz 5 4~6
    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 - 4~6
    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 - 4~6
    QMP2-800-5000-1 0.8-1 1.7-5 1 1.5 55@1.7-5GHz 55@0.8-1GHz - 4~6
    QMP2-880-960-1 0.880-0.915 0.925-0.960 70@0.925-0.96GHz 270@0.880-0.915GHz - 4~6
    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 - 4~6
    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 - 4~6
    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 - 4~6
    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 - 4~6
    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 - 4~6
    QMP2-1700-7000-1 1.7~2 3~7 1.5 1.5 55@3~7GHz 55@1.7~2GHz - 4~6
    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 - 4~6
    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 - 4~6
    QMP2-1920-6000-1 1.92-1.98 4.09-6 1.5 1.5 55@4.09-6GHz 55@1.92-1.98GHz - 4~6
    QMP2-2000-12000-1 2-6 8-12 1 2 25@8-12GHz 25@2-6GHz - 4~6
    QMP2-2025-2300-1 2.025~2.12 2.2~2.3 2 1.5 - - - 4~6
    QMP2-2300-7800-1 2.3-3.9 4.6-7.8 1 2 50@4.6-7.8GHZ 50@DC-3.9GHz - 4~6
    QMP2-2400-5850-1 2.4~2.485 5.715~5.85 1 1.5 - - 100 4~6
    QMP2-3900-11400-1 3.9-5.7 7.8-11.4 1 2 50@7.8-11.4GHZ 50@DC-5.7GHz - 4~6
    QMP2-5000-14000-1 5-7 10-14 1 2 50@10-14GHz 50@DC-7GHZ - 4~6
    QMP2-6000-22000-1 6-11 12-22 2 2 30@12-22GHz 30@6-11GHz - 4~6
    QMP2-7000-18000-1 7-9 14-18 1 2 50@14-18GHz 50@DC-9GHz - 4~6
    QMP2-7145-9000-1 7.145~7.25 7.7~9 2.5 1.5 - - - 4~6
    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 - 4~6
    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 - 4~6
    QMP2-10700-14500-2 10.7-12.75 13-14.5 0.8 1.3 70@13-14.5GHz 70@10.7-12.75GHz - 4~6
    QMP2-10700-15000-1 10.7~12.75 13.75~15 1 1.45 50@13.75~18GHz 50@DC~12,75GHz 10 4~6
    QMP2-12000-36000-1 12-18 24-36 2 2.2 40@24-36GHz 40@12-18GHz - 4~6
    Triplexers
    Nomer Bagian Frékuénsi Saluran 1 (GHz) Frékuénsi Saluran 2 (GHz) Saluran 3 Frékuénsi (GHz) Leungitna sisipan (dB, Maks.) VSWR (Max.) Saluran 1 Panolakan (dB, Min.) Saluran 2 Panolakan (dB, Min.) Saluran 3 Panolakan (dB, Min.) Daya input (W) Waktos Lead (Minggu)    
    QMP3-1163-1588-1 1.163~1.19 1.214~1.241 1.562~1.588 1.5 1.3 - - - 50 4~6
    Quadplexers
    Nomer Bagian Frékuénsi Saluran 1 (GHz) Frékuénsi Saluran 2 (GHz) Saluran 3 Frékuénsi (GHz) Saluran 4 Frékuénsi (GHz) Leungitna sisipan (dB, Maks.) VSWR (Max.) Saluran 1 Panolakan (dB, Min.) Saluran 2 Panolakan (dB, Min.) Saluran 3 Panolakan (dB, Min.) Saluran 4 Panolakan (dB, Min.) Daya input (W) Waktos Lead (Minggu)
    QMP4-0-20000-1 DC~4,85 5.15~9.85 10.15~14.85 15.15~20 1.5 2 20/40@5.5&6GHz 20/40@4.5&10.5GHz
    20/40@4&11GHz
    20/40@9.5&15.5GHz
    20/40@9&16GHz
    20/40@14.5&20.5GHz
    20/40@14&21GHz
    10 4~6

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