- Used for intermodulation panels, protecting your transmitters from reflected power and providing extra isolation
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power: physical size and materials used maximize the performance across the operating band
- Can be combined with a variety of loads, 5/25/60/100/150/250 watt combinations, as well as with second harmonic filters for Hybrid Combiners (HTCs )
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Ideal for blocking the transfer of RF power flow in the opposite direction -
Ideal for blocking the transfer of RF power flow in the opposite direction
- Used for intermodulation panels, protecting your transmitters from reflected power and providing extra isolation
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power: physical size and materials used maximize the performance across the operating band
- Can be combined with a variety of loads, 5/25/60/100/150/250 watt combinations, as well as with second harmonic filters for Hybrid Combiners (HTCs )
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- Low insertion loss
- Lower PIM versions available with DIN 7/16 Connector
- Compact dimensions: 5.5 x 1.0 x 1.7 in.
- 5, 6, 10, 15, 20, 30 dB values
- Average power of 200 Watts
- Mounting bracket supplied
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Omnidirectional antenna for wide frequency band applications. Ideal for mounting on buildings
- Available in UHF configuration (3 frequency splits)
- Rugged design to withstand the most extreme environmental conditions.
- The mounting hardware supplied will permit 0.75” to 2.38” O.D. pipe installation.
- DC ground for lightning protection
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- Low insertion loss
- Lower PIM versions available with DIN 7/16 Connector
- 3 dB values
- Average power of 300 Watts
- Mounting bracket supplied
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- Low insertion loss
- Lower PIM versions available with DIN 7/16 Connector
- 5 dB values
- Average power of 300 Watts
- Mounting bracket supplied
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Very large bandwidth which make it ideal for emergency use or resale
- Available in UHF configuration (3 frequency splits)
- Rugged design to withstand the most extreme environmental conditions
- The mounting hardware supplied will permit 0.75” to 2.3/8” O.D. pipe installation.
- DC ground for lightning protection
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Ideal for low clearance applications such as those found on trains, public transit vehicles, construction equipment and police vehicles
- Low-profile rugged alternative to a ¼-wave whip mobile antenna
- When mounted on a horizontal surface, maximum radiation is omnidirectional and vertically polarized
- High strength cast aluminum design. Can be coated for additional protection against harsh environmental conditions
- Supplied with an O-ring to ensure a moisture-proof installation
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Designed for external Public Safety Radio Frequencies to propagate within buildings, tunnels or public use environmentsDOWNLOAD PDF INSTALLATION PDF
- Offered with Fire Retardant 6200 Kydex or ABS radomes
- Meet the recommended fire safety practices of both the Federal Transit Administration (FTA) and the Federal Rail Administration (FRA) for smoke emission and flammability as tested under ASTM E-662 and ASTM E-162
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Ideal for low clearance applications such as those found on trains, public transit vehicles, construction equipment and police vehicles
- Low-profile rugged alternative to a ¼-wave whip mobile antenna
- When mounted on a horizontal surface, maximum radiation is omnidirectional and vertically polarized
- Impact-resistant ABS radome
- Supplied with a mounting gasket to ensure a moisture-proof installation
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DOWNLOAD PDF DOWNLOAD DIGITAL PATTERNSBroadband, ideal for point-to-point applications
- Available in VHF, UHF, 700/800/900 MHz configurations
- Very high front-to-back ratio
- Highly directive parabolic antennas consisting of a back-firing dipole reflector assembly for increased gain and directivity.
- Performance is constant throughout the band
- Rugged design to withstand harsh environmental conditions
- Ultra-low VSWR ratings
- Vertical or horizontal polarization
- DC ground for lightning protection
- Heavy-duty versions available
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Ideal for blocking the transfer of RF power flow in the opposite direction
- Used for intermodulation panels, protecting your transmitters from reflected power and providing extra isolation
- High isolation: minimizes intermodulation products
- Low loss: maximizes system performance
- Continuous power: physical size and materials used maximize the performance across the operating band
- Can be combined with a variety of loads, 5/25/60/100/150/250 watt combinations, as well as with second harmonic filters for Hybrid Combiners (HTCs )
