2 in.

  • 66-13-24 2-inch Cavity Duplexer

    Frequency Range: 138-150 MHz
    Ideal for compact, high isolation installations
    • Designed for the combination of two frequencies that require extra isolation. Can also be used as efficient pre-selectors
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference from adjacent systems
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  • 66-14-24 2-inch Cavity Duplexer

    Frequency Range: 148-174 MHz
    Ideal for compact, high isolation installations
    • Designed for the combination of two frequencies that require extra isolation. Can also be used as efficient pre-selectors
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference from adjacent systems
    DOWNLOAD PDF
  • Our 2" base station duplexers are ideal for compact high isolation installations. These filters are designed for the combination of two frequencies that require extra isolation, or they can be used as efficient preselectors. Selectivity can be determined by the field adjustable capacitors. Each cavity is temperature compensated for operation between -40ºC to +60 ºC. Each cavity has a gold Alodine finish, silver-plated loops, and silver-plated tuning rods.
    • Temperature Compensation
      • Ensures Frequency Stability
    • High Attenuation
      • Minimizes desense and interference from adjacent systems
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  • 66-13-26 2-inch Cavity Duplexer

    Frequency Range: 138-150 MHz
    Ideal for compact, high isolation installations
    • Designed for the combination of two frequencies that require extra isolation. Can also be used as efficient pre-selectors
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference from adjacent systems
    DOWNLOAD PDF
  • 66-14-26 2-inch Cavity Duplexer

    Frequency Range: 148-174 MHz
    Ideal for compact, high isolation installations
    • Designed for the combination of two frequencies that require extra isolation. Can also be used as efficient pre-selectors
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference from adjacent systems
    DOWNLOAD PDF