Filters
  •

    B&C CROSSOVER FBCXN88
    0 out of 5

    Dedicated crossover network for 12CXN88, 14CXN88, 15CXN88 coaxial speakers and CX14 suggested design

    1 vote.


  • Beyma FD-2XA

    Beyma CROSSOVER FD-2XA
    0 out of 5

    CROSSOVER FD-2XA. FD-2XA

    TYPE: 2 way
    POWER (W RMS): 600


  • Beyma FD-2CXFe

    Beyma CROSS OVER FD-2CXFe
    0 out of 5

    CROSS OVER FD-2CXFe. FD-2CXFe

    TYPE: 2 way
    POWER (W RMS): 400


  •

    B&C CROSSOVER FB464 8Ω|16Ω
    0 out of 5

    Completing the most accurate point source solution available, B&C Speakers offers the FB464 passive crossover for our DCX464 coaxial compression driver. Specifically designed for use in conjunction with the ME464, 300Hz horn, users…

    1 vote.


  • B&C CROSSOVER FBU128
    0 out of 5

    Dedicated crossover network for Utility12 (U12) design

    1 vote.


  • B&C CROSSOVER FB12CXT
    0 out of 5

    Dedicated crossover network for 12CXT coaxial speaker

    1 vote.


  • B&C CROSSOVER FB15CX40
    0 out of 5

    Dedicated crossover network for 15CX40 coaxial speaker

    1 vote.


  • B&C CROSSOVER FB354 8Ω|16Ω
    0 out of 5

    Completing the most accurate point source solution available, B&C Speakers offers the FB354 passive crossover for our DCX354 coaxial compression driver. Specifically designed for use in conjunction with the ME464, 300Hz horn, users…

    1 vote.


  • Paskirtoji vieta

    B&C CROSSOVER FBCLX64
    0 out of 5

    Dedicated crossover network for 12CLX64 coaxial speaker and CX12.64 suggested design

    1 vote.


  • Beyma FD-250

    Beyma CROSS OVER FD-250
    0 out of 5

    CROSS OVER FD-250. FD-250

    TYPE: 2 way
    POWER (W RMS): 600


  •

    B&C CROSSOVER FB10CX64
    0 out of 5

    Dedicated crossover network for 10CXN64 and 10FCX64 coaxial speakers and CX10.64 suggested design

    1 vote.


  • B&C CROSSOVER FB464V2 8Ω|16Ω
    0 out of 5

    Reinforced PRO version of the popular FB464 crossover, for more challenging applications. The FB464v2 shares the same circuit diagram of the FB464, substituting inductors with higher power ratings and eliminating…

    1 vote.