Skip to content

Attenuators N-Type

MECA offers a wide selection of N-Type Attenuators designed to exceed commercial specifications. Standard attenuation values of 3, 6, 10, 20 and 30 dB, power ratings up to 150 watts, frequency range of Hz-18.0 GHz, are available from STOCK! Many of our N-Type Attenuators are available in all values from 0 - 40 dB in 1 dB increments.

  • 612-10-1 Attenuator 2W N-Type connectors drawing
    612-10-1 Attenuator 2W

    612-10-1, 2 Watts, Hz-4.0 GHz

    Original price - Original price
    Original price
    -
    Current price

    Description: MECA’s 612-10-1 N-Type (Male/Female) fixed attenuator features a frequency range of Hz-4.0 GHz, an average power rating of 2 watts and...

    View full details
    Original price - Original price
    Original price
    -
    Current price
  • 612-20-1 Attenuator N-Type connectors drawing
    612-20-1 N Fixed Attenuator

    612-20-1, 2 Watts, Hz-4.0 GHz

    Original price - Original price
    Original price
    -
    Current price

    Description: MECA’s 612-20-1 N-Type (Male/Female) fixed attenuator features a frequency range of Hz-4.0 GHz, an average power rating of 2 watts and...

    View full details
    Original price - Original price
    Original price
    -
    Current price
  • 612-21-1 Attenuator N-Type connectors drawing
    612-21-1 N Fixed Attenuator

    612-21-1, 2 Watts, Hz-4.0 GHz

    Original price - Original price
    Original price
    -
    Current price

    Description: MECA’s 612-21-1 N-Type (Male/Female) fixed attenuator features a frequency range of Hz-4.0 GHz, an average power rating of 2 watts and...

    View full details
    Original price - Original price
    Original price
    -
    Current price
  • 612-3-1, 2 Watts, Hz-4.0 GHz

    Original price - Original price
    Original price
    -
    Current price

    Description: MECA’s 612-3-1 N-Type (Male/Female) fixed attenuator features a frequency range of Hz-4.0 GHz, an average power rating of 2 watts and ...

    View full details
    Original price - Original price
    Original price
    -
    Current price