700/800 MHz Corporate Collinear, 8dBd, 746-870MHz, 2° Downtilt
These industry leading PIM and PIP rated collinear arrays allow site operators to combine, with complete integrity, a large number of communications services into a single, low profile collinear
antenna array.
CC807-08-T2-P Features:
The true corporate feed of these arrays maintains total pattern integrity over a very broad operating bandwidth, similar to that previously available only in exposed dipole configurations. This is now achieved in the preferred form factor of a fully enclosed fiberglass radome. The corporate collinears employ a unique corporate phasing system enabling precision control of the element placements ensuring phase purity resulting in exceptional bandwidth and electrical performance.
Gain is maximized and side lobes reduced dramatically. In a patented design approach the individual dipole elements including matching network are fabricated entirely of a flexible circuit board. The dipole elements are soldered to a brass support tube which is directly connected to the mounting tube and the lightning spike at the top of the antenna.
• 500W Continuous Power rating
• -150dBc Passive Intermodulation (PIM) rating
• 25kW Peak Instantaneous Power (PIP) rating
• Extraordinary bandwidth characteristics with superior pattern control
•DC grounding on all elements for the ultimate in lightning protection and dissipation of static noise
Nominal Gain dBd | 8 |
Frequency MHz | 746 to 870MHz |
Peak Instantaneous Power kW | 25 |
Tunable Bandwidth | Full band |
VSWR | <1.5:1 |
Downtilt | 2° |
Vertical Beamwidth | 9° |
Horizontal Beamwidth | Omni +/- 0.5dB |
Power W | 500 |
Passive IM 3rd Order (2x20W) dBc | -150 |
Construction | Composite fiberglass sky, blue radome, aluminum mounting tube |
Radome Diameter (inch) | 3 |
Weight (pound) | 27 |
Termination | 4.3-10 fixed female |
Invertible Mounting | No |
These industry leading PIM and PIP rated collinear arrays allow site operators to combine, with complete integrity, a large number of communications services into a single, low profile collinear
antenna array.