
DigiLog™ 2030
Single/Dual-Channel, Top-Mounted, Low-Power Slotted
DTV/Mobile TV Broadcast Antenna
Features & Benefits
• Designed
for Dual Adjacent or Single-Channel Operation
• 10 kW average power input rating at 700 MHz
Rugged standing wave UHF slot pylon design
• Available in a frequency range
from 400 to 1700 MHz
• Wide range of Standard and Custom Azimuth patterns available
• Horizontal and Circular Polarization Available
• Engineered and Built for DTV and 700 MHz to 1700 MHz mobile TV applications
RF
Technologies’ DigiLog™ 2030 Series are Low-Power Top-Mounted
slot antennas from UHF (Band IV)
to L band. These high-performance antennas
are designed to handle up to 10 kilowatts of input power at
700 MHz. The unique
and extraordinary bandwidth characteristics of this antenna make it technically
superior to alternative low power antenna systems for single and dual channel
requirements.
Designed to Meet Your Needs
The unique DigiLog™ 2030 antenna design delivers a stable low group
delay signal up to a 12 MHz in
bandwidth. The DigiLog 2030 antenna is available
in a frequency range of 400 to 1700 MHz, with either
horizontal or (C/P)
circular polarization. Each radiating element or slot along the aperture
of the antenna is equipped with RFT’s
patented high efficiency broadband
E-MagnexTM electromagnetic coupling structures. In C/P versions, excellent
axial linearity make
the antenna great for HDTV and wideband mobile TV/ 700
MHz transmissions. The antenna is available in a wide variety of standard
or
custom azimuth patterns. Beam tilt and null fill are custom engineered
for each antenna. The antenna is available in four to ten
bay sizes in one
bay increments.
Rugged Construction
The DigiLog™2030 Top-Mounted antenna is constructed with high strength
hot-dipped galvanized steel, (more than 4 bays), or
Passivated high strength
Aluminum, (4 bay antenna). Removable climbing pegs and top beacon mount
options are available.
The antenna can be supplied with a flanged top plate
or with a bury section to match your tower’s current footprint.
Digilog 2030 Data Profile Click here for PDF (1 MB)
