Tags
Dipole 1/2 wave 3.5 MHz length : 40 m. Robust 60 mm diameter aluminum balun with SO-239 connector (female PL) and insulators at the ends + CHOKE BALUN integrated.
Double dipole 1/2 wave 7 and 14 MHz, lengths : 20 + 10 m (4 wires). Robust aluminum balun with SO-239 (PL) connector and insulators at the ends.
Double dipole 1/2 wave 7 and 14 MHz, lengths : 20 + 10 m (4 wires). Robust aluminum balun with SO-239 connector and insulators at the ends + CHOKE BALUN integrated.
Double dipole 1/2 wave 3.5 and 7 MHz, lengths : 40 + 20 m (4 wires). Robust aluminum balun with SO-239 connector and insulators at the ends.
Double dipole 1/2 wave 3.5 and 7 MHz, lengths : 40 + 20 m (4 wires). Robust aluminum balun with SO-239 connector and insulators at the ends + CHOKE BALUN integrated.
Multiband dipole antenna designed for transmitting/receiving on bands between 7 MHz and 30 MHz. Its power rating is 500 watts PEP and its total length is 15 m.
Double 28 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Multiband dipole antenna designed for transmitting/receiving on bands between 3.5 MHz and 15 MHz. Its power rating is 500 watts PEP and its total length is 28 m.
Double 24 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Double 21 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Double 18 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Double 14 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Double 10 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Double 7 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.
Double 3,5 MHz Bazooka housed in a sturdy aluminum case with end insulators and suspension hook. Bandwidth and gain higher than a Dipole. Its design reduces reception noise, fading and the risk of disturbance in the neighborhood. Made of 50 Ω coaxial, our Double Bazookas are therefore more mechanically resistant than those made of 75 Ω.