406-512 MHz

  • 61-38-71 Band Pass Cavity

    Frequency Range: 380-512 MHz
    Designed to minimize interference from adjacent channels and outside systems
    • Available in single, dual or triple units
    • Temperature compensated to ensure frequency stability
    • High attenuation
    • Adjustable loops: each cavity has a calibration index to reference insertion loss
    DOWNLOAD PDF  
  • 62-38-71 Pass-Reject Cavity

    Frequency Range: 380-512 MHz
    Designed to pass a frequency band and reject a narrow band of frequencies
    • Can reject frequencies on either the high or low side of the pass frequency
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference
    DOWNLOAD PDF
  • 63-38-71 Notch Cavity

    Frequency Range: 380-512 MHz
    Designed to reject one narrow band of frequencies, while letting all others pass in the operating band
    • Can be cascaded or added to one another in order to sharpen the attenuation of the rejection curve
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference from adjacent systems
    • Adjustable loops: each cavity has a calibration index
    DOWNLOAD PDF  
  • Ideal for compact high performance applications
    • Designed for the combination of two frequencies that require extra isolation. Can also be used as efficient pre-selectors
    • An eight cavity configuration is also available for a higher level of isolation and selectivity
    • Can be retuned in the field
    DOWNLOAD PDF TUNING INSTRUCTIONS
  • 68-38-71 X-Pass Cavity

    Frequency Range: 380-512 MHz
    Designed for flexible, close frequency systems
    • Each cavity has both a Reject and a Pass band curve
    • Available in single units, they can be combined with band pass, notch, and pass reject cavities for added protection and isolation
    • Temperature compensated to ensure frequency stability
    • High attenuation to minimize desense and interference from adjacent systems
    • Adjustable loops: each cavity has a calibration index for easy field tuning
    DOWNLOAD PDF
  • 771-70 UHF Exposed Dipole

    Frequency Range: 406-512 MHz
    Gain: 2.0-2.5 dBd
    Adjustable or fixed, side mount or top mount antenna
    • Available in 1, 2, 4, 8 and dual dipole configurations
    • Offered in a 1/4, 3/8, or 1/2 wave versions
    • Internal cabling and fixed dipole-mast spacing
    • Heavy-duty and black anodized versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 772-70 UHF Exposed Dipole

    Frequency Range: 406-512 MHz
    Gain: 5.0-5.5 dBd
    Adjustable or fixed, side mount or top mount antenna
    • Available in 1, 2, 4, 8 and dual dipole configurations
    • Offered in a 1/4, 3/8, or 1/2 wave versions
    • Internal cabling and fixed dipole-mast spacing
    • Heavy-duty and black anodized versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 774-70 UHF Exposed Dipole

    Frequency Range: 406-512 MHz
    Gain: 8.0-8.5 dBd
    Adjustable or fixed, side mount or top mount antenna
    • Available in 1, 2, 4, 8 and dual dipole configurations
    • Offered in a 1/4, 3/8, or 1/2 wave versions
    • Internal cabling and fixed dipole-mast spacing
    • Heavy-duty and black anodized versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 774-70-HDWBTM-1/2 UHF

    Frequency Range: 406-512 MHz
    Gain: 8.0-8.5 dBd
    The 774-70-HDBWTM-1/2 is a Wide Band, Black Anodized, Heavy Duty Welded, UHF Antenna. It is an extremely rugged 4 dipole Antenna designed for multicoupled systems. All our antennas can be customized to your particular applications. Our antennas can be configured for side mount or top mount. This antenna is configured for top mount. The 774-70-HDBWTM-1/2 antenna has internal cabling and fixed dipole-mast spacing. The antenna has either 406-470 MHz or 450-512 MHz split.
    • Low VSWR version with maximum gain over specified frequency.
    • Heavy Duty and Black Anodized version.
    • This antenna is 1/2 wavelength spacing version offering bidirectional radiation pattern.
    • Standard connector is N-Male and optional 7/16 DIN or 4.3-10 is also available.
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 774-70-HDWBTM-1/4 UHF

    Frequency Range: 406-512 MHz
    Gain: 8.0-8.5 dBd
    The 774-70-HDBWTM-1/4 is a Wide Band, Black Anodized, Heavy Duty Welded, UHF Antenna. It is an extremely rugged 4 dipole Antenna designed for multicoupled systems. All our antennas can be customized to your particular applications. Our antennas can be configured for side mount or top mount. This antenna is configured for top mount. The 774-70-HDBWTM-1/4 antenna has internal cabling and fixed dipole-mast spacing. The antenna has either 406-470 MHz or 450-512 MHz split.
    • Low VSWR version with maximum gain over specified frequency.
    • Heavy Duty and Black Anodized version.
    • This antenna is 1/4 wavelength spacing version offering offset radiation pattern.
    • Standard connector is N-Male and optional 7/16 DIN or 4.3-10 is also available.
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 776-70 Dual Exposed Dipole Array

    Frequency Range: 406-512 MHz
    Gain: 5.0-5.5 dBd
    Ideal for applications where costs are calculated per antenna
    • Available in many configurations
    • VHF, UHF or 700/800/900 MHz antennas can be combined onto one mast
    • Mix and match with our 770, 790, 840, 870 and 880 series antennas
    • Can be configured for side or top mount
    • Low VSWR version with maximum gain over specified frequency
    • Certain versions of antennas have an adjustable pattern for 3 dBd omnidirectional or 6 dBd offset coverage
    • Heavy-duty versions available
    DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNS
  • 778-70 UHF Exposed Dipole

    Frequency Range: 406-512 MHz
    Gain: 11.0-11.5 dBd
    Adjustable or fixed, side mount or top mount antenna
    • Available in 1, 2, 4, 8 and dual dipole configurations
    • Offered in a 1/4, 3/8, or 1/2 wave versions
    • Internal cabling and fixed dipole-mast spacing
    • Heavy-duty and black anodized versions available
    DOWNLOAD PDF