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Antennas

  • Trihedral Corner Reflector 152.4mm,0.218Kg RM-TCR152.4

    Trihedral Corner Reflector 152.4mm,0.218Kg RM-TCR152.4

    RF MISO’s Model RM-TCR152.4 is a trihedral corner reflector, which has a robust aluminum construction that can be used to reflect radio waves directly and passively back to the transmitting source and is highly fault-tolerant. The retroreflection of the reflectors is specially designed to have high smoothness and finish in the reflection cavity, which can be widely used for RCS measurement and other applications.

  • Trihedral Corner Reflector 109.2mm,0.109Kg RM-TCR109.2

    Trihedral Corner Reflector 109.2mm,0.109Kg RM-TCR109.2

    RF MISO’s Model RM-TCR109.2 is a trihedral corner reflector, which has a robust aluminum construction that can be used to reflect radio waves directly and passively back to the transmitting source and is highly fault-tolerant. The retroreflection of the reflectors is specially designed to have high smoothness and finish in the reflection cavity, which can be widely used for RCS measurement and other applications.

  • Trihedral Corner Reflector 81.3mm,0.056Kg RM-TCR81.3

    Trihedral Corner Reflector 81.3mm,0.056Kg RM-TCR81.3

    RF MISO’s Model RM-TCR81.3 is a trihedral corner reflector, which has a robust aluminum construction that can be used to reflect radio waves directly and passively back to the transmitting source and is highly fault-tolerant. The retroreflection of the reflectors is specially designed to have high smoothness and finish in the reflection cavity, which can be widely used for RCS measurement and other applications.

  • Trihedral Corner Reflector 61mm,0.027Kg  RM-TCR61

    Trihedral Corner Reflector 61mm,0.027Kg RM-TCR61

    RF MISO’s Model RM-TCR61 is a trihedral corner reflector, which has a robust aluminum construction that can be used to reflect radio waves directly and passively back to the transmitting source and is highly fault-tolerant. The retroreflection of the reflectors is specially designed to have high smoothness and finish in the reflection cavity, which can be widely used for RCS measurement and other applications.

  • Trihedral Corner Reflector 45.7mm,0.017Kg RM-TCR45.7

    Trihedral Corner Reflector 45.7mm,0.017Kg RM-TCR45.7

    RF MISO’s Model RM-TCR45.7 is a trihedral corner reflector, which has a robust aluminum construction that can be used to reflect radio waves directly and passively back to the transmitting source and is highly fault-tolerant. The retroreflection of the reflectors is specially designed to have high smoothness and finish in the reflection cavity, which can be widely used for RCS measurement and other applications.

  • Trihedral Corner Reflector 35.6mm,0.014Kg RM-TCR35.6

    Trihedral Corner Reflector 35.6mm,0.014Kg RM-TCR35.6

    RF MISO’s Model RM-TCR35.6 is a trihedral corner reflector, which has a robust aluminum construction that can be used to reflect radio waves directly and passively back to the transmitting source and is highly fault-tolerant. The retroreflection of the reflectors is specially designed to have high smoothness and finish in the reflection cavity, which can be widely used for RCS measurement and other applications.

  • Planar Spiral Antenna 3 dBi Typ. Gain, 0.75-6 GHz Frequency Range  RM-PSA0756-3R

    Planar Spiral Antenna 3 dBi Typ. Gain, 0.75-6 GHz Frequency Range RM-PSA0756-3R

    RF MISO’s Model RM-PSA0756-3R is a right-handed circularly planar spiral antenna that operates from 0.75-6GHz. The antenna offers a gain 3 dBi Typ. and low VSWR 1.5:1 with SMA-KFD connector. It designed for EMC, reconnaissance, orientation, remote sensing, and flush mounted vehicle applications. These helical antennas can be used as separate antenna components or as feeders for reflector satellite antennas.

  • Biconical Antenna 1-8 GHz Frequency Range 2 dBi Typ. Gain RM-BCA18-2

    Biconical Antenna 1-8 GHz Frequency Range 2 dBi Typ. Gain RM-BCA18-2

    RF MISO’s Model RM-BCA18-2 is a linear polarization biconical antenna that operates from 1-8GHz. The antenna offers a gain 2 dBi Typ. and low VSWR 1.5:1 with SMA-Female connector. It covers L, S, and C bands, suitable for multi-band scenarios.

  • Waveguide to Coaxial Adapter 0.95-1.45GHz Frequency Range RM-WCA770

    Waveguide to Coaxial Adapter 0.95-1.45GHz Frequency Range RM-WCA770

    The RM-WCA770 are right angle (90°) waveguide to coaxial adapters that operate the frequency range of 0.95-1.45GHz. They are designed and manufactured for instrumentation grade quality but offered at a commercial grade price, allowing for an efficient transition between the rectangular waveguide and N-Female coaxial connector.

  • Planar Spiral Antenna 5 dBi Typ. Gain, 18-40 GHz Frequency Range RM-PSA1840-5

    Planar Spiral Antenna 5 dBi Typ. Gain, 18-40 GHz Frequency Range RM-PSA1840-5

    RF MISO’s Model RM-PSA1840-5 is a right-handed circularly planar spiral antenna that operates from 18 to 40GHz.  It designed for EMC, reconnaissance, orientation, remote sensing, and flush mounted vehicle applications. These helical antennas can be used as separate antenna components or as feeders for reflector satellite antennas.

  • Corrugated Horn Antenna 22dBi Typ Gain, 140-220GHz Frequency Range RM-CGHA5-22

    Corrugated Horn Antenna 22dBi Typ Gain, 140-220GHz Frequency Range RM-CGHA5-22

    Specifications                                   RM-CGHA5-22 Parameters Specification Unit Frequency Range 140-220 GHz Gain 22 Typ. dBi VSWR 1.6 Typ Isolation 30 Typ. dB Polarization Linear Waveguide WR5 Material Al Finishing Paint Size(L*W*H) 30.4*19.1*19.1 (±5) mm Weight 0.011 kg
  • Planar Spiral Antenna 2 dBi Typ. Gain, 2-18 GHz Frequency Range RM-PSA218-2R

    Planar Spiral Antenna 2 dBi Typ. Gain, 2-18 GHz Frequency Range RM-PSA218-2R

    RF MISO’s Model RM-PSA218-2R is a right-handed circularly planar spiral antenna that operates from 2-18GHz. The antenna offers a gain 2 dBi Typ. and low VSWR 1.5:1 with SMA-KFD connector. It designed for EMC, reconnaissance, orientation, remote sensing, and flush mounted vehicle applications. These helical antennas can be used as separate antenna components or as feeders for reflector satellite antennas.

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