Jamming antennas are ideal for many electronic warfare and tactical applications. Disabling enemy transmissions has a long history of effectiveness in combat, and these antennas have taken these applications to a very refined level.
HIGH POWER DIRECTIONAL LOG-PERIODIC ANTENNAS
High powered HF, VHF and UHF LPDAs are directional log-periodic dipole arrays primarily designed for EW and jamming applications. Power handling up to kilowatts with LPDA gains of 6 dBi, or a 80° - 100° H-Plane beam width are typical. Polarisation is adjustable between vertical and horizontal without lowering of masts on some units.
Wideband monopole antennas covers the frequency range of 1 MHz to 30 MHz at an input power of 1000 W. The antenna patterns are omni-directional, making it ideal for wideband jamming applications such as improvised explosive device (IED) suppression. Constructed entirely from corrosion-resistant materials and specified over a wide operating temperature range: -30 deg C to +55 deg C.
Pump up to kilowatts through omni-directional high-powered EW antennas that operate in HF, VHF and UHF frequency bands.
Click part number for datasheet: 1.5-30 MHz 1 kW Inverted-V: DIPL-A0056 20-100 MHz 400 W Compact Bowtie: DIPL-A0047 20-1000 MHz 1 kW Wire whips Dipole: DIPL-A0045
BROADBAND HIGH POWER OMNIDIRECTIONAL ANTENNAS
High power broadband antennas designed for jamming applications range from 88 to 6000 MHz. Omnidirectional antennas have excellent radiation pattern, no pattern break-up, and a consistently low VSWR across the entire frequency band. Full rated power is handled continuously at all frequencies, ideal for all 100% duty-cycle applications. A sampling of OMNIs are presented here, many others are available. Please contact us to discuss your needs.
These high gain reflector antennas are designed for high power transmit applications where delivering power in a narrow beam with low backlobes is paramount. Polarization is adjustable between vertical and horizontal via the mounting bracket. Covers all cellular and 2.45 GHz WiFi bands.